NationalInstruments.ModularInstruments.NISwitch.Fx45

Header: //Measurements/switch/niswitchComponents/niswitchHeaders/export/15.1/15.1.0f1/includes/niSwitch.h

C Header Value: NISWITCH_TOPOLOGY_2599_2_SPDT

C Header Value: NISWITCH_TOPOLOGY_2532_2_WIRE_DUAL_4X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2544_8X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_2586_10_SPST

C Header Value: NISWITCH_TOPOLOGY_2535_1_WIRE_4X136_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1127_4_WIRE_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2524_1_WIRE_DUAL_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2737_2_WIRE_4X64_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2530_1_WIRE_4X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2525_2_WIRE_DUAL_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2739_2_WIRE_16X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1130_1_WIRE_4X64_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1128_1_WIRE_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2522_53_SPDT

C Header Value: NISWITCH_TOPOLOGY_2576_2_WIRE_QUAD_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1127_2_WIRE_4X8_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2575_2_WIRE_98X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2530_1_WIRE_OCTAL_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2798_DUAL_TRANSFER

C Header Value: NISWITCH_TOPOLOGY_2593_DUAL_4X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_2565_16_SPST

C Header Value: NISWITCH_TOPOLOGY_2503_4_WIRE_12X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2584_1_WIRE_DUAL_6X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1129_2_WIRE_QUAD_4X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2570_40_SPDT

C Header Value: NISWITCH_TOPOLOGY_2530_1_WIRE_QUAD_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1127_1_WIRE_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1130_1_WIRE_QUAD_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2556_DUAL_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2554_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2569_100_SPST

C Header Value: NISWITCH_TOPOLOGY_2569_50_DPST

C Header Value: NISWITCH_TOPOLOGY_1193_QUAD_8X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1160_16_SPDT

C Header Value: NISWITCH_TOPOLOGY_2722_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_1193_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_1130_2_WIRE_QUAD_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2725_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2527_1_WIRE_DUAL_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2510_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2747_DUAL_8X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1130_1_WIRE_8X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2532_1_WIRE_SIXTEEN_2X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2526_1_WIRE_158X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2503_2_WIRE_24X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2532_2_WIRE_4X64_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1175_2_WIRE_95X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1166_32_SPDT

C Header Value: NISWITCH_TOPOLOGY_1130_2_WIRE_128X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2797_6X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_2575_1_WIRE_196X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2796_DUAL_6X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2530_2_WIRE_4X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2521_40_DPST

C Header Value: NISWITCH_TOPOLOGY_1166_16_DPDT

C Header Value: NISWITCH_TOPOLOGY_2530_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2527_4_WIRE_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1175_1_WIRE_196X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2523_26_DPDT

C Header Value: NISWITCH_TOPOLOGY_2532_1_WIRE_DUAL_16X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2531_1_WIRE_8X64_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2532_2_WIRE_8X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1128_2_WIRE_4X8_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2549_TERMINATED_2_SPDT

C Header Value: NISWITCH_TOPOLOGY_2530_1_WIRE_DUAL_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2584_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2501_2_WIRE_24X1_AMPLIFIED_MUX

C Header Value: NISWITCH_TOPOLOGY_2595_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2557_8X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1128_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2525_2_WIRE_QUAD_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2501_2_WIRE_24X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2533_1_WIRE_4X64_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2584_1_WIRE_12X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2591_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2501_2_WIRE_DUAL_12X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2524_1_WIRE_SIXTEEN_8X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2576_2_WIRE_OCTAL_8X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2529_2_WIRE_8X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2564_16_SPST

C Header Value: NISWITCH_TOPOLOGY_2503_2_WIRE_4X6_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2558_4_SPDT

C Header Value: NISWITCH_TOPOLOGY_2571_66_SPDT

C Header Value: NISWITCH_TOPOLOGY_1190_QUAD_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1193_QUAD_4X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_2746_QUAD_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1130_1_WIRE_OCTAL_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2514_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_1130_4_WIRE_QUAD_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1129_2_WIRE_DUAL_8X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2542_QUAD_2X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_1191_QUAD_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1130_2_WIRE_OCTAL_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2547_8X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2540_1_WIRE_8X9_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2527_2_WIRE_DUAL_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2524_1_WIRE_OCTAL_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2527_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2576_2_WIRE_DUAL_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2501_1_WIRE_48X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1163R_OCTAL_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2527_1_WIRE_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2530_1_WIRE_128X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2738_2_WIRE_8X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2566_8_DPDT

C Header Value: NISWITCH_TOPOLOGY_2532_1_WIRE_QUAD_4X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2530_2_WIRE_DUAL_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2527_2_WIRE_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1130_1_WIRE_SIXTEEN_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2727_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2512_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_1130_1_WIRE_DUAL_128X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2594_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2567_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_1193_DUAL_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2593_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2529_2_WIRE_DUAL_4X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2590_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1194_QUAD_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2575_2_WIRE_95X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1127_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2530_4_WIRE_DUAL_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2525_2_WIRE_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2568_15_DPST

C Header Value: NISWITCH_TOPOLOGY_1129_2_WIRE_DUAL_4X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1161_8_SPDT

C Header Value: NISWITCH_TOPOLOGY_1195_QUAD_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2720_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2593_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2548_4_SPDT

C Header Value: NISWITCH_TOPOLOGY_2576_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_1175_2_WIRE_98X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2515_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_1193_DUAL_8X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_1129_2_WIRE_16X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1192_8_SPDT

C Header Value: NISWITCH_TOPOLOGY_2531_1_WIRE_SIXTEEN_2X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1128_4_WIRE_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2576_2_WIRE_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2530_1_WIRE_8X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2501_1_WIRE_48X1_AMPLIFIED_MUX

C Header Value: NISWITCH_TOPOLOGY_2529_2_WIRE_4X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2799_2_SPDT

C Header Value: NISWITCH_TOPOLOGY_2525_2_WIRE_SIXTEEN_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2593_8X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_2525_2_WIRE_OCTAL_8X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2532_1_WIRE_16X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2503_2_WIRE_DUAL_12X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2532_2_WIRE_16X16_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2531_1_WIRE_4X128_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2532_1_WIRE_8X64_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2570_20_DPDT

C Header Value: NISWITCH_TOPOLOGY_1130_2_WIRE_4X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2559_TERMINATED_2_SPDT

C Header Value: NISWITCH_TOPOLOGY_2530_2_WIRE_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2530_4_WIRE_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2532_1_WIRE_4X128_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1130_1_WIRE_256X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1193_16X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_2586_5_DPST

C Header Value: NISWITCH_TOPOLOGY_2585_1_WIRE_10X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2503_2_WIRE_QUAD_6X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2520_80_SPST

C Header Value: NISWITCH_TOPOLOGY_2593_DUAL_8X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2566_16_SPDT

C Header Value: NISWITCH_TOPOLOGY_1167_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2503_1_WIRE_48X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1129_2_WIRE_4X64_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2597_6X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_CONFIGURED_TOPOLOGY

C Header Value: NISWITCH_TOPOLOGY_1130_4_WIRE_64X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2524_1_WIRE_QUAD_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2534_1_WIRE_8X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1129_2_WIRE_8X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1130_INDEPENDENT

C Header Value: NISWITCH_TOPOLOGY_2568_31_SPST

C Header Value: NISWITCH_TOPOLOGY_2545_4X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_2532_1_WIRE_DUAL_4X64_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2532_1_WIRE_DUAL_8X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2543_DUAL_4X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_1127_2_WIRE_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2555_4X1_TERMINATED_MUX

C Header Value: NISWITCH_TOPOLOGY_2530_2_WIRE_QUAD_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2546_DUAL_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2524_1_WIRE_128X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1169_50_DPST

C Header Value: NISWITCH_TOPOLOGY_2748_16X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2501_2_WIRE_4X6_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2536_1_WIRE_8X68_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1169_100_SPST

C Header Value: NISWITCH_TOPOLOGY_2526_2_WIRE_79X1_MUX

C Header Value: NISWITCH_TOPOLOGY_1128_2_WIRE_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2531_1_WIRE_DUAL_4X64_MATRIX

C Header Value: NISWITCH_TOPOLOGY_1193_32X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2576_2_WIRE_SIXTEEN_4X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2501_2_WIRE_QUAD_6X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2541_1_WIRE_8X12_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2584_2_WIRE_6X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2531_1_WIRE_DUAL_8X32_MATRIX

C Header Value: NISWITCH_TOPOLOGY_2564_8_DPST

C Header Value: NISWITCH_TOPOLOGY_2598_DUAL_TRANSFER

C Header Value: NISWITCH_TOPOLOGY_2596_DUAL_6X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2501_4_WIRE_12X1_MUX

C Header Value: NISWITCH_TOPOLOGY_2790_INDEPENDENT

Gets a value indicating whether handle is invalid.

A strongly-typed resource class, for looking up localized strings, etc.

Returns the cached ResourceManager instance used by this class.

Overrides the current thread's CurrentUICulture property for all resource lookups using this strongly typed resource class.

Looks up a localized string similar to ChannelName.

Looks up a localized string similar to ModularInstruments.NISwitch:.

Looks up a localized string similar to The argument cannot be empty.

Looks up a localized string similar to Error Code.

Looks up a localized string similar to Guid.

Looks up a localized string similar to The specified index does not exist.

Looks up a localized string similar to The instrument handle passed is not a valid NI-SWITCH handle..

Looks up a localized string similar to Message.

Looks up a localized string similar to The argument cannot be null or Empty..

Looks up a localized string similar to Cannot access a disposed object..

Looks up a localized string similar to Value exceeds accuracy/ range supported by Ivi.Driver.PrecisionTimeSpan.

Looks up a localized string similar to NISwitch Session.

Looks up a localized string similar to Simulate property cannot be set after construction..

Looks up a localized string similar to Unknown channel or repeated capability name..

Looks up a localized string similar to Invalid value for the parameter..

Looks up a localized string similar to Invalid value for the property..

Looks up a localized string similar to Warning Code.

The switch device does not produce a Scan Advanced Output trigger.

External Trigger. The switch device produces the Scan Advanced Output trigger on the external trigger output.

The switch device produces the Scan Advanced Output on the PXI TRIG0 line.

The switch device produces the Scan Advanced Output on the PXI TRIG1 line.

The switch device produces the Scan Advanced Output on the PXI TRIG2 line.

The switch device produces the Scan Advanced Output on the PXI TRIG3 line.

The switch device produces the Scan Advanced Output on the PXI TRIG4 line.

The switch device produces the Scan Advanced Output on the PXI TRIG5 line.

The switch device produces the Scan Advanced Output on the PXI TRIG6 line.

The switch device produces the Scan Advanced Output on the PXI TRIG7 line.

The switch device produces the Scan Advanced Output trigger on the front connector.

The switch device produces the Scan Advanced Output trigger on the rear connector.

The switch module waits until it receives a trigger on the PXI star trigger bus before processing the next entry in the scan list.

Immediate Trigger. The switch device does not wait for a trigger before processing the next entry in the scan list.

External Trigger. The switch device waits until it receives a trigger from an external source through the external trigger input before processing the next entry in the scan list.

The switch device waits until you call the niSwitch_SendSoftwareTrigger function before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the PXI TRIG0 line before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the PXI TRIG1 line before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the PXI TRIG2 line before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the PXI TRIG3 line before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the PXI TRIG4 line before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the PXI TRIG5 line before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the PXI TRIG6 line before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the PXI TRIG7 line before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the PXI STAR trigger bus before processing the next entry in the scan list.

The switch device waits until it receives a trigger on the rear connector.

The switch device waits until it receives a trigger on the front connector.

Provides data for the event.

For more information, refer to NI Switches Help. 12/12/2012 10:57:45 AM NI False

Gets the string containing the description of the coercion event.

Returns a string containing the description of the coercion. 9/14/2012 10:30:42 AM NI False 6/1/2011 4:22:11 PM NI False 6/1/2011 4:22:29 PM NI False 6/1/2011 4:22:38 PM NI False 6/1/2011 4:22:22 PM NI False 11/13/2011 4:22:22 PM NI False 11/13/2011 4:22:22 PM NI False 11/13/2011 4:22:22 PM NI False 11/13/2011 4:22:22 PM NI False

Defines properties and methods that represent the the result of a error query.

For more information, refer to NI Switches Help. 12/12/2012 12:52:16 PM NI False

Gets the error code returned by the driver.

Returns an representing the error code. 10/22/2012 1:31:27 PM NI False

Gets the user readable error string.

Returns a representing the error string. 05/02/2012 4:03:14 PM NI False

Determines whether the current instance of and the user specified object are equal.

Specifies the object to be compared to the current instance of . if the two instances are equal; otherwise, . 05/02/2012 4:03:14 PM NI False

Determines whether the current instance of and the user specified object are equal.

Specifies the object to be compared to the current instance of . if the two instances are equal; otherwise, . 05/02/2012 4:03:14 PM NI False

Checks whether the two instances of are equal.

Specifies a object. Specifies a object. if the two instances are equal; otherwise, . 05/02/2012 4:03:14 PM NI False

Checks whether the two instances of are unequal.

Specifies a object. Specifies a object. if the two instances are unequal; otherwise, . 12/30/2011 5:53:26 PM NI True

Returns the hash code for the current instance of .

Returns an representing the hash value generated for the current instance of . 12/30/2011 5:53:20 PM NI True

Represents the properties for the InterchangeWarning event.

For more information, refer to NI Switches Help. 12/12/2012 12:27:54 PM NI False

Gets the string which provides a description of the InterChangeCheck warning.

Returns a which describes the InterChangeCheck warning. 10/9/2012 1:44:39 AM NI False

Defines properties and methods used to control individual relays and get relay charactereistics.

For more information, refer to NI Switches Help. 12/12/2012 12:28:19 PM NI False

Returns the relay name string that is in the relay list at the specified index.

A 1-based index into the channel table. The default value is 1. The maximum value is the value of the property. Returns a that indicates the relay name string that is in the relay list at the specified index. The method was accessed after the associated object was disposed. 11/28/2012 1:31:34 PM NI False

Returns the number of times the relay has changed from closed to open.

The name of the relay. Returns a that indicates the number of times the relay has changed from closed to open. Relay count is useful for tracking relay lifetime and usage. Call before to ensure an accurate count. The method was accessed after the associated object was disposed. 11/28/2012 1:31:28 PM NI False

Returns the relay position for the relay specified in the relayName parameter.

Name of the relay. Returns a object that indicates the relay position for the relay specified in the relayName parameter. The method was accessed after the associated object was disposed. 11/28/2012 1:31:39 PM NI False

Controls individual relays of the switch.

Name of the relay or set of relays to control. Specifies whether to open or close a given relay. Defined values The method was accessed after the associated object was disposed. 11/28/2012 1:31:48 PM NI False 1/10/2013 12:10:15 PM NI False

Returns the coercion information associated with the IVI session. This method retrieves and clears the oldest instance in which the instrument driver coerced a value you specified to another value.

This method returns the coercion information associated with the IVI session. This method retrieves and clears the oldest instance in which the instrument driver coerced a value you specified to another value. 9/14/2012 10:34:28 AM NI False 6/1/2012 4:49:23 PM NI False 6/1/2012 4:49:46 PM NI False 6/1/2012 4:49:35 PM NI False 6/1/2012 4:49:31 PM NI False 6/1/2012 4:49:40 PM NI False

Defines a root class that is used to identify and control the instrument session.

All properties, methods, and events fall under either the NISwitch class or are the sub-objects of this class. To interact with the NI-SWITCH, you must create an instance of this class. 12/30/2011 5:52:41 PM NI True

Creates a new instrument driver session.

Specifies the name of the device in which the session is opened. Valid Values: - (default value) - Currently unsupported. - Reset device (default value) - Currently unsupported. The device will not reset. 11/7/2012 1:07:16 PM NI False

Creates a new instrument driver session and sets the initial state of session properties.

Specifies the name of the device in which the session is opened. Valid Values: - (Default Value) - Currently unsupported. - Reset Device (Default Value) - Currently unsupported. The device will not reset. Sets the initial state of the following session properties: , , , , , . 11/7/2012 1:13:48 PM NI False

Creates a new instrument driver session and sets the topology of device.

Specifies the name of the device in which the session is opened. Pass the topology name you want to use for the switch you specify with the resourceName parameter. All the valid values are defined in . Enables simulation of the switch module specified in the resourceName parameter. Simulate. (default) Do not simulate. Specifies whether to reset the switch module during the initialization process. (default) Reset device. The device will not reset. 11/7/2012 1:15:11 PM NI False

Creates a new instrument driver session from an existing instrument handle.

Specifies the pre-existing instrument handle used to create a new instrument driver session. 11/7/2012 1:01:56 PM NI False

Closes the specified session and deallocates the reserved resources, if not already disposed.

You can call this method safely more than once, even if the session is already closed. A call to this method disposes the SafeHandle class used to hold the instrument handle. If the call to this method fails due to some reason, like the session being closed by some external means, you will not be notified about the failure. To help you identify failures in the ReleaseHandle method of the SafeHandle class, managed debugging assistant (MDA) is activated. For details refer to . The call to this method fails when you externally close a session by: Initializing a session with a resource name for which the session is already open, within the same process. This causes the instrument handle held by the existing session to become invalid. Getting the instrument handle out using the method and closing this handle directly. 9/12/2012 11:56:11 AM NI False

Gets a value that indicates whether the session has been disposed.

if the object is disposed; otherwise, . 12/5/2012 3:26:40 PM NI False

Gets a object that defines the inherent characteristics of the NI-SWITCH driver.

Returns a object . 9/13/2012 9:36:27 AM NI False

Gets a object which represents the Channel Collection and their properties in NI-SWITCH.

Returns a object. 11/7/2012 3:12:40 PM NI False

Gets a object which contains methods and properties used to configure a NI-SWITCH device using a scan list.

Returns a object. 9/12/2012 3:39:01 PM NI False

Gets a object which is used to build a channel path in the NI-SWITCH driver.

Returns a object. 9/12/2012 3:38:22 PM NI False

Gets a object which represent the methods and properties related to the relay operation in the NI-SWITCH driver.

Returns a object. 9/12/2012 3:38:40 PM NI False 6/1/2012 2:24:12 PM NI False 6/1/2012 2:24:57 PM NI False 6/1/2012 2:24:20 PM NI False 6/1/2012 2:24:20 PM NI False

Gets a object to access the utility features on the NI-SWITCH driver.

Returns a object. 5/24/2013 3:46:23 PM NI False

Gets a object which defines the methods and properties for identifying the NI-SWITCH driver.

Returns a object. 5/24/2013 3:46:40 PM NI False

Gets a object that defines methods and properties for common operations on the NI-SWITCH driver.

Returns a object. 5/24/2013 3:46:59 PM NI False

Returns the value of the underlying instrument handle.

Returns an representing the value of the underlying instrument handle. The method was accessed after the associated object was disposed. 12/5/2012 3:27:11 PM NI False

Closes the session to the device.

11/8/2012 2:14:51 PM NI False

Gets a object that defines methods and properties for common operations on the NI-SWITCH driver.

Returns a object. 10/9/2012 4:41:23 AM NI False

Gets a object to access the utility features on the NI-SWITCH driver.

Returns a object. 9/12/2012 3:36:57 PM NI False

Gets a object which defines the methods and properties for identifying the NI-SWITCH driver.

Returns a object. 9/12/2012 3:37:51 PM NI False 6/1/2012 2:24:39 PM NI False 6/1/2012 2:24:39 PM NI False 6/1/2012 2:24:46 PM NI False

Returns a service object on the basis of the type mentioned in the serviceType parameter.

The type of the object to be retrieved. Returns an object on the basis of the type mentioned in the serviceType parameter. The method was accessed after the associated object was disposed. 12/5/2012 3:27:58 PM NI False

Defines the methods and properties that provide information about the instrument and the NI-SWITCH driver.

For more information, refer to NI Switches Help. 12/12/2012 12:14:22 PM NI False

Gets a string which contains additional version information about the NI-SWITCH instrument driver.

Returns a that contains additional version information about the NI-SWITCH instrument driver. The was accessed after the associated object was disposed. 11/28/2012 1:25:49 PM NI False

Gets the the name of the vendor that supplies the NI-SWITCH driver.

Returns a that contains the name of the vendor that supplies the NI-SWITCH driver. The was accessed after the associated object was disposed. 11/28/2012 1:26:06 PM NI False

Gets a that contains a brief description of the specific driver.

Returns a that contains a brief description about the NI-SWITCH driver. The was accessed after the associated object was disposed. 11/28/2012 1:25:22 PM NI False

Gets the name of the instrument manufacturer of the NI-SWITCH device that is currently in use.

Returns a that contains the name of the instrument manufacturer of the NI-SWITCH device that is currently in use. The was accessed after the associated object was disposed. 11/28/2012 1:25:38 PM NI False

Gets the that contains an identifier for NI-Switch .NET API.

Returns a that contains an identifier for NI-Switch .NET API. 5/21/2012 12:06:19 PM NI False

Gets the model number or name of the NI-SWITCH device that is currently in use.

Returns a that contains the model number or name of the NI-SWITCH device that is currently in use. The was accessed after the associated object was disposed. 11/28/2012 1:25:44 PM NI False

Gets a string that contains the firmware revision information for the NI-SWITCH device that is currently in use.

Returns a that contains the firmware revision information for the NI-SWITCH device that is currently in use. The was accessed after the associated object was disposed. 11/28/2012 1:25:32 PM NI False

Gets the major version number of the IviSwtch class specification.

Returns a representing the major version number of the IviSwtch class specification. 10/5/2012 3:24:16 PM NI False

Gets the minor version number of the class specification with which NI-SWITCH driver is compliant.

Returns a representing the minor version number of the class specification with which NI-SWITCH driver is compliant. 10/5/2012 3:24:44 PM NI False

Returns a list of names of class capability groups that the IVI-specific driver implements.

Returns a containing the list of names of class capability groups that the IVI-specific driver implements. The method was accessed after the associated object was disposed. 11/28/2012 1:26:13 PM NI False

Returns a list of names of instrument models with which the IVI-specific driver is compatible.

Returns a containing the list of names of instrument models with which the IVI-specific driver is compatible. The method was accessed after the associated object was disposed. 11/28/2012 1:26:23 PM NI False 6/1/2011 2:48:18 PM NI False 5/21/2012 1:48:01 PM NI False 5/21/2012 12:07:48 PM NI False 5/21/2012 12:07:54 PM NI False 5/21/2012 12:07:59 PM NI False 5/21/2012 12:08:03 PM NI False 5/21/2012 12:08:07 PM NI False 5/21/2012 12:08:11 PM NI False 5/21/2012 12:07:12 PM NI False 5/21/2012 12:07:37 PM NI False 5/21/2012 12:07:44 PM NI False

Defines properties that affect the operation of the instrument driver.

For more information, refer to the NI Switches Help. 12/12/2012 12:15:39 PM NI False

Gets or sets whether to perform interchangeability checking and retrieve interchangeability warnings.

if interchangeability checking is enabled; otherwise . The default value is . NI-SWITCH does not support interchangeability check. The was accessed after the associated object was disposed. 11/28/2012 1:26:54 PM NI False

Gets or sets whether the IVI engine keeps a list of the value coercions it makes for integer and real type properties.

if the IVI engine keeps a list of the value coercions; otherwise, . The was accessed after the associated object was disposed. 11/28/2012 1:27:36 PM NI False

Gets the driver setup string used to set the initial values for properties that are specific to NI-SWITCH.

Returns a representing the driver setup string that you specified in the IVI configuration store. The default value is an empty string. The was accessed after the associated object was disposed. 11/28/2012 1:26:48 PM NI False

Gets or sets a value which indicates whether to simulate NI-SWITCH I/O operations.

if NI-SWITCH simulates instrument driver I/O operations; if NI-SWITCH communicates directly with the instrument. This property is useful for debugging applications without using hardware. The property was accessed after the associated object was disposed. 11/28/2012 1:27:07 PM NI False

Gets or sets whether to validate proper values and method parameters. If you enable this property, NI-SWITCH validates the parameter values that you pass to NI-SWITCH methods.

if validating property values and method parameters is enabled; otherwise, . Range checking parameters is very useful for debugging. After you validate your program, you can set this property to to disable range checking and maximize performance. The was accessed after the associated object was disposed. 11/28/2012 1:27:30 PM NI False

Gets or sets whether NI-SWITCH queries the NI-SWITCH device status after each operation.

if querying is enabled; otherwise, . NI-SWITCH can choose to ignore status checking for particular properties, regardless of the setting of this property. Querying the device status is useful for debugging. After you validate your program, you can set this property to to disable status checking and maximize performance. The was accessed after the associated object was disposed. 11/28/2012 1:27:23 PM NI False

Gets or sets whether to cache the value of properties.

if caching is enabled; otherwise, . The default value is . If you set this property to , NI-SWITCH tracks the current NI-SWITCH device settings and avoids sending redundant commands to the device. NI-SWITCH can always cache or never cache particular properties, regardless of the setting of this property. The was accessed after the associated object was disposed. 11/28/2012 1:26:40 PM NI False

Gets the resource name that the NI-SWITCH uses to identify the physical device.

Returns a representing the resource descriptor that the user specified for the physical device. If you initialize NI-SWITCH with a logical name, this property contains the resource name that corresponds to the entry in the IVI configuration utility. If you initialize NI-SWITCH with the resource name, this property contains that value. The was accessed after the associated object was disposed. 11/28/2012 1:27:00 PM NI False

Gets the logical name that you specified when opening the current IVI session.

Returns a representing the logical name that you specified when opening the current IVI session. You may pass a logical name to the NI-SWITCH session during initialization of session. The IVI configuration utility must contain an entry for the logical name. The logical name entry refers to a driver session section in the IVI configuration file. The driver session section specifies a physical device and initial user options. The property was accessed after the associated object was disposed. 11/28/2012 1:27:13 PM NI False

Raises the Warning Events.

Warning Arguments Specifies the details of the warning

Raises IVI Operation Warning Events.

Passing the GUID code containg the parameter related to warning

Occurs when the driver creates a interchange warning.

5/22/2012 11:07:05 AM NI False

Occurs when the driver creates a coercion warning.

5/22/2012 11:04:24 AM NI False

Invalidates all properties.

The method was accessed after the associated object was disposed. 10/5/2012 3:49:59 PM NI False

Determines whether the test module has dependencies on the operation of previously executed test modules.

The interchangeability checking algorithms in the specific driver ignore all previous configuration operations, after calling the function. The method was accessed after the associated object was disposed. 11/28/2012 1:27:47 PM NI False

Occurs when the NI-SWITCH driver creates a driver warning.

9/18/2012 3:49:27 PM NI False

Occurs when the NI-SWITCH driver creates a coercion warning.

9/18/2012 3:49:38 PM NI False

Occurs when the NI-SWITCH driver creates a interchange warning.

9/18/2012 3:49:48 PM NI False

Performs application-defined tasks associated with freeing, releasing, or resetting unmanaged resources.

12/29/2011 10:24:43 AM NI True

6/1/2011 3:10:00 PM NI False 6/1/2011 3:10:04 PM NI False 6/1/2011 3:11:36 PM NI False 5/21/2012 5:14:30 PM NI False 6/1/2011 3:12:21 PM NI False 6/1/2011 3:12:25 PM NI False 6/1/2011 3:12:29 PM NI False 6/1/2011 4:13:04 PM NI False 6/1/2011 3:12:35 PM NI False

Gets or sets how events and callback delegates are invoked.

if events and callbacks are invoked through the or methods; otherwise, events and callbacks are invoked directly. The default value is . Events, Callbacks, and Thread Safety in Measurement Studio .NET Class Libraries The property was accessed after the associated object was disposed. 12/29/2011 10:24:15 AM NI True

Defines a class containing a collection of all the channels in the NI-SWITCH driver. The class represents each channel.

For more information, refer to NI Switches Help. 12/12/2012 10:51:57 AM NI False

Gets the number of channels supported by the specified device.

Specifies an to indicate the number of channels supported by the specified device. The was accessed after the associated object was disposed. 11/28/2012 1:23:04 PM NI False

Gets the object which corresponds to the channel name used in the name parameter.

Returns the exception when the paramenter name passed is null. Returns the exception when the name is not a valid channel name. Represents the name of the channel in the NI-SWITCH device. Specifies a object of the type 10/8/2012 11:45:56 PM NI False

Gets the object which corresponds to the channel index used in the index parameter.

Represents the index of the channel in the NI-SWITCH device. Specifies a object of the type . 9/13/2012 2:47:57 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False

Defines the properties which are used to configure the characteristics of a particular channel on a switch device.

For more information, refer to NI Switches Help. 12/12/2012 10:51:39 AM NI False

Gets or sets a value that specifies whether you want to identify the channel as a source channel. Typically, you set this attribute to when you attach the channel to a power supply, a function generator, or an active measurement point on the unit under test, and you do not want to connect the channel to another source. The driver prevents source channels from connecting to each other. The function returns the when you attempt to connect two channels that you identify as source channels.

if the channel is a source channel; otherwise, . The was accessed after the associated object was disposed. 11/28/2012 1:22:34 PM NI False

Gets or sets a value that specifies whether to reserve the channel for creating an internal path. A channel that is available for creating the internal path is called a configuration channel. The driver may use configuration channels to create paths between two channels which you specify in the method. Configuration channels are not available for external connections. Set this attribute to to mark the channel as a configuration channel. Set this attribute to to mark the channel as available for external connections. After you identify a channel as a configuration channel, you cannot use that channel for external connections. The method returns the exception when you attempt to establish a connection between a configuration channel and any other channel.

if the channel is marked for creating an internal path; otherwise, . The was accessed after the associated object was disposed. 12/5/2012 3:37:17 PM NI False

Gets or sets a value that indicates whether an analog bus line is shared, so that multiple NI SwitchBlock devices may connect to it simultaneously. To enable multiple NI SwitchBlock devices to share an analog bus line, set this attribute to for each device on the channel that corresponds with the shared analog bus line. The default value for all devices is , which disables sharing of the analog bus.

if the channel is enabled as a shared analog bus line; otherwise, . The default value is . The was accessed after the associated object was disposed. 12/5/2012 3:28:23 PM NI False

Gets the name of the channel as defined in the NI-SWITCH device.

Returns the name of the Channel. 10/5/2012 12:21:35 PM NI False

Gets a object which defines the specific characteristics of a channel.

Returns a object. 10/30/2012 1:40:39 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False

Defines properties used to obtain the characteristics of the NI-SWITCH device. These attributes are channel-based. The characteristics of all channels in a path determine the characteristics of the path. For example, the maximum current that a path can carry is the minimum of the maximum carry currents of the individual switches in the path.

For more information, refer to the NI Switches Help. 12/12/2012 10:57:07 AM NI False

Gets the maximum AC current that the channel can carry.

Specifies a to indicate the maximum AC current that the channel can carry. Returns the value, in Amperes RMS. The was accessed after the associated object was disposed. 11/28/2012 1:23:21 PM NI False

Gets the maximum AC current that the channel can switch.

Specifies a to indicate the maximum AC current that the channel can switch. Returns the value, in Amperes RMS. The was accessed after the associated object was disposed. 11/28/2012 1:23:27 PM NI False

Gets the maximum AC power that the channel can carry.

Specifies a to indicate the maximum AC power that the channel can carry. Returns the value, in volt-amperes. The was accessed after the associated object was disposed. 11/28/2012 1:23:33 PM NI False

Gets the maximum AC power the channel can switch.

Specifies a to indicate the maximum AC power that the channel can switch. Returns the value, in volt-amperes. The was accessed after the associated object was disposed. 11/28/2012 1:23:40 PM NI False

Gets the maximum AC voltage the channel can switch.

Specifies a to indicate the maximum AC voltage that the channel can switch. Returns the value, in volts RMS. The was accessed after the associated object was disposed. 11/28/2012 1:23:45 PM NI False

Gets the bandwidth for the channel.

Specifies a to indicate the bandwidth for the channel. Returns the value, in hertz. The was accessed after the associated object was disposed. 11/28/2012 1:23:53 PM NI False

Gets the maximum DC current the channel can carry.

Specifies a to indicate the maximum DC current the channel can carry. Returns the value, in amperes. The was accessed after the associated object was disposed. 11/28/2012 1:23:59 PM NI False

Gets the maximum DC current that the channel can switch.

Specifies a to indicate the maximum DC current that the channel can switch. Returns the value, in amperes. The was accessed after the associated object was disposed. 11/28/2012 1:24:05 PM NI False

Gets the maximum DC power that the channel can switch.

Specifies a to indicate maximum DC power that the channel can switch. Returns the value, in watts. The was accessed after the associated object was disposed. 11/28/2012 1:24:21 PM NI False

Gets the maximum DC voltage the channel can switch.

Specifies a to indicate maximum DC voltage the channel can switch. Returns the value, in volts. The was accessed after the associated object was disposed. 11/28/2012 1:24:28 PM NI False

Gets or sets the maximum length of time from after you make a connection until the signal flowing through the channel settles. The units are seconds. NOTE: If you use PXI-2501/2503/2565/2590/2591 the actual delay will always be the greater value of the and the value you specify as the .

Specifies a to indicate maximum length of time from after you make a connection until the signal flowing through the channel settles. The was accessed after the associated object was disposed. 11/28/2012 1:24:46 PM NI False

Gets the wire mode of the switch device. This property affects the values of the and attributes. The actual number of input and output lines on the switch device is fixed, but the number of channels depends on how many lines constitute each channel.

Specifies an to indicate the wire mode of the switch device. The was accessed after the associated object was disposed. 11/28/2012 1:24:54 PM NI False

Gets the characteristic impedance for the channel.

Specifies a to indicate characteristic impedance for the channel. Returns the value, in ohms. The was accessed after the associated object was disposed. 11/28/2012 1:24:36 PM NI False

Gets the maximum DC power that the channel can carry.

Specifies a to indicate the maximum DC power that the channel can carry. Returns the value, in watts. The was accessed after the associated object was disposed. 11/28/2012 1:24:13 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False 5/24/2012 2:48:18 PM NI False

Defines the methods and properties that provide information about the inherent characteristics of the NI-SWITCH driver.

For more information, refer to NI Switches Help. 12/12/2012 12:28:00 PM NI False

Gets or sets a value which indicates whether to power down latching relays after waiting for the relays to settle.

if a call to Wait For Debounce ensures that the relays are settled and the latching relays are powered down; otherwise, . The property was accessed after the associated object was disposed. 11/28/2012 1:29:33 PM NI False

Gets the serial number for the switch controlled by NI-SWITCH.

Specifies a that indicates the serial number for the switch controlled by the NI-SWITCH driver. If the device does not return a serial number, NI-SWITCH returns the Invalid Attribute error. The was accessed after the associated object was disposed. 11/28/2012 1:29:48 PM NI False

Gets the number of relays.

Specifies an which indicates the number of relays. The property was accessed after the associated object was disposed. 11/28/2012 1:29:17 PM NI False

Gets the number of channels on the column of a matrix or scanner. If the switch is a scanner, this value is the number of input channels.

Specifies an which indicates the number of channels on the column of a matrix or scanner. The property affects the number of available columns. The property was accessed after the associated object was disposed. 11/28/2012 1:29:13 PM NI False

Gets the number of channels on a row of a matrix or scanner. If the switch is a scanner, this value is the number of output channels.

Specifies an which indicates the number of channels on a row of a matrix or scanner. The property affects the number of available columns. The property was accessed after the associated object was disposed. 11/28/2012 1:29:24 PM NI False

Gets the temperature, in degrees Celcius, for the switch module.

The property was accessed after the associated object was disposed. Specifies a that indicates the temperature, in degrees Celcius, for the switch module. 11/28/2012 1:29:40 PM NI False

Defines properties and methods which represent the result of the revision query operation.

For more information, refer to NI Switches Help. 12/12/2012 12:52:23 PM NI False

Gets a string that contains version information about the NI-SWITCH driver.

A containing the instrument driver software revision numbers. 12/30/2011 5:54:17 PM NI True

Gets a string that contains the firmware revision information for the NI-SWITCH instrument that you are currently using.

A containing the instrument firmware revision numbers. 12/30/2011 5:54:09 PM NI True

Determines whether this instance of and the object that you specify are equal.

The object to be compared to the current instance of . if the two instances are equal; otherwise, . 12/30/2011 5:54:37 PM NI True

Determines whether the current instance of and the object that you specify are equal.

The object to be compared to the current instance of to be compared. if the two instances are equal; otherwise, . 12/30/2011 5:55:02 PM NI True

Checks whether the two instances of are equal.

A object. A object. if the two instances are equal; otherwise, . 12/30/2011 5:55:24 PM NI True

Checks whether the two instances of are unequal.

A object. A object. if the two instances are unequal; otherwise, . 12/30/2011 5:55:18 PM NI True

Returns the hash code for .

An containing the hash code for . 12/30/2011 5:55:11 PM NI True

Defines the properties used to configure a switch device using a scan list string.

For more information, refer to NI Switches Help. 12/12/2012 12:28:24 PM NI False

This property contains a , which is a string that specifies channel connections and trigger conditions. The function makes or breaks connections and waits for triggers according to the instructions in the . The is comprised of channel names that you separate with special characters. These special characters determine the operations the scanner performs on the channels when it executes this scan list. To create a path between two channels, use the following character between the two channel names: -> (a dash followed by a '>' sign) Example: "CH1->CH2" tells the switch to make a path from channel CH1 to channel CH2. To break or clear a path, use the following character as a prefix before the path: ~ (tilde) Example: "~CH1->CH2" tells the switch to break the path from channel CH1 to channel CH2. To create a path between two channels, use the following character between the two channel names: -> (a dash followed by a '>' sign) Example: "CH1->CH2" tells the switch to make a path from channel CH1 to channel CH2. To tell the switch device to create multiple paths simultaneously, use the following character as a separator between the paths: , (comma) Example: "A->B;CH1->CH2,CH3->CH4" instructs the scanner to make the path between channels A and B, wait for a trigger, and then simultaneously make the paths between channels CH1 and CH2 and between channels CH3 and CH4.

Specifies a that indicates string that specifies channel connections and trigger conditions for scan operation. The was accessed after the associated object was disposed. 11/28/2012 1:33:27 PM NI False

Specifies what happens to existing connections that conflict with the connections you make in a . For example, if CH1 is already connected to CH2 and the instructs the switch to connect CH1 to CH3, this attribute specifies what happens to the connection between CH1 and CH2. If the value of this attribute is , the switch takes no action on existing paths. If the value is , the switch breaks conflicting paths before making new ones. If the value is , the switch breaks conflicting paths after making new ones. Most switches support only one of the possible values. In such cases, this attribute serves as an indicator of the device's behavior.

The values for the property are defined in . The was accessed after the associated object was disposed. 11/28/2012 1:33:36 PM NI False

Gets or sets a value that indicates whether a switch device stops scanning at the end of the scan, or continues scanning from the top of the scan list. Notice that if you set the scan to continuous , the method will always time out and you must call to stop the scan.

if the switch device stops scanning at the end of the scan, and if the device continues scanning from the top of the scan list. The was accessed after the associated object was disposed. 11/28/2012 1:32:35 PM NI False

Gets or sets a value which specifies the source of the trigger for which the switch can wait when processing a . The switch waits for a trigger when it encounters a semicolon in a . When the trigger occurs, the switch advances to the next entry in the .

The values accepted by this property are defined in . The was accessed after the associated object was disposed. : The switch does not wait for a trigger before processing the next entry in the . : The switch waits until it receives a trigger from an external source through the "trigger in" connector. : The switch waits until you call the method. : The switch waits until it receives a trigger on the SCXI or PXI_TRIG0 line before processing the next entry in the . : The switch waits until it receives a trigger on the PXI_TRIG1 line before processing the next entry in the . : The switch waits until it receives a trigger on the SCXI or PXI_TRIG2 line before processing the next entry in the . : The switch waits until it receives a trigger on the PXI_TRIG3 line before processing the next entry in the . : The switch waits until it receives a trigger on the PXI_TRIG4 line before processing the next entry in the . : The switch waits until it receives a trigger on the PXI_TRIG5 line before processing the next entry in the . : The switch waits until it receives a trigger on the PXI_TRIG6 line before processing the next entry in the . : The switch waits until it receives a trigger on the PXI_TRIG7 line before processing the next entry in the . : The switch waits until it receives a trigger on the PXI STAR trigger bus before processing the next entry in the . : The switch waits until it receives a trigger on the Rear connector before processing the next entry in the scan list. This value is valid for SCXI scanners that consist of a single device. If more than one device is used, you must use or functions to route a trigger from the connector on another module to one of the TTL lines instead. : The switch waits until it receives a trigger on the front connector before processing the next entry in the scan list. When using SCXI scanners, this variable is valid for scanners that consist of a single device. If more than one device is used, you must use the or functions to route a trigger from the connector on another module to one of the TTL lines instead. 11/28/2012 1:33:41 PM NI False

Gets or sets a value which specifies the method you want to use to notify another instrument that all signals going through the switch have settled following the processing of one entry in the .

The values accepted by this property are defined in The was accessed after the associated object was disposed. : The switch does not produce a trigger. : The switch produces the trigger on the "trigger out" connector. : The switch produces the on the SCXI or PXI_TRIG0 line. : The switch produces the on the PXI_TRIG1 line. : The switch produces the on the SCXI or PXI_TRIG2 line. : The switch produces the on the PXI_TRIG3 line. : The switch produces the on the PXI_TRIG4 line. : The switch produces the on the PXI_TRIG5 line. : The switch produces the on the PXI_TRIG6 line. : The switch produces the on the PXI_TRIG7 line. The switch produces the on the PXI STAR trigger bus. : The switch will send its SCANNER ADVANCED output to the front connector. When using SCXI switches as scanners, all the devices that are part of the scanner will send their SCANNER ADVANCED output to their respective front connectors. 11/28/2012 1:32:21 PM NI False

Gets or sets a value which indicates whether the switch has completed the scan operation. The value indicates that the scan is complete.

to indicate that the scan is not complete; otherwise The was accessed after the associated object was disposed. 11/28/2012 1:33:03 PM NI False

Gets or sets a value which indicates the minimum amount of time, in seconds, the Switch device waits before it asserts the trigger after opening or closing the switch. The switch always before asserting the trigger.

Specifies an which indicates the minimum amount of time, in seconds, the SWITCH device waits before it asserts the trigger after opening or closing the switch. The switch always before asserting the trigger. The was accessed after the associated object was disposed. 11/28/2012 1:32:40 PM NI False

In a , a semicolon (;) is used to indicate that at that point in the , the scan engine should pause until a trigger is received from the . If that trigger is user generated through either a hardware pulse or the method, it is necessary for the user to know when the scan engine has reached such a state.

the scan engine is waiting for trigger; otherwise The was accessed after the associated object was disposed. 11/28/2012 1:33:09 PM NI False

Gets or sets a value which indicates whether to apply the pulse width to the . Set the property to to prevent the switch module from being triggered by pulses that are less than 150 ns on PXI trigger lines 0-7. When this property is set to , noise on the PXI trigger lines might trigger the switch module. If the device triggering the switch module can send pulses greater than 150 ns, do not disable this property.

to prevent the switch module from being triggered by pulses that are less than 150 ns on PXI trigger lines 0-7; otherwise, for noise on the PXI trigger lines might trigger the switch module. If the device triggering the switch module can send pulses greater than 150 ns, do not disable this property. The was accessed after the associated object was disposed. 11/28/2012 1:32:47 PM NI False

Gets or sets a value which determines the behavior of the trigger input.

The valid values for this property are defined in . The was accessed after the associated object was disposed. 11/28/2012 1:33:46 PM NI False

Gets or sets a value which specifies how to start handshaking with a measurement device.

The values that can be set on this property are defined in . The was accessed after the associated object was disposed. 11/28/2012 1:32:54 PM NI False

Gets or sets the advance polarity for the scan.

The values that can be set for the Advance Polarity are defined in . The was accessed after the associated object was disposed. 11/28/2012 1:32:28 PM NI False

Takes the provided, programs the switching hardware and initiates the scan. Once initiation is complete, the operation will return.

Pass the you want the instrument to use. Use the initiation parameter to specify whether the switch or the measurement device initiates the scan trigger handshake. This parameter determines whether to wait for the scan to reach a trigger point before completing. If the measurement device initiates the scan, set this parameter to . This method then waits until the switch is waiting for a trigger from the measurement device before completing. If the switch initiates the scan, set this parameter to . This function then completes immediately after initiating the scan. You should have already set up your DMM to wait for a trigger before calling this function with Initiation set to . The itself is comprised of a list of channel connections separated by semicolons. For example, the following would scan the first three channels of a multiplexer: com0->ch0; com0->ch1; com0->ch2;. Refer to for additional information. To see the status of the scan, you can call either or . Use the method to configure the scan trigger. Use the method to stop the scan if you are in continuous scan mode (Refer to otherwise the scan halts automatically when the end of the scan list is reached. For reference, this operation is equivalent to calling and . This exception is used when the driver finds that the given scan list string does not have the correct syntax, or the scan list syntax cannot be implemented by the switch. This exception is used when no explicit path exists between the two channels.. This exception is used when an attempt is made to connect two channels that are already explicitly connected. When an underlying IVI-C driver was called to perform an action, the IVI-C driver action did not succeed. The method was accessed after the associated object was disposed. 11/28/2012 1:34:47 PM NI False

Sends a software trigger to the switch specified in the NI-SWITCH session. When the is set to through either the function or the attribute, the scan does not proceed from a semicolon (wait for trigger) until is called.

A Send Software Trigger method could not send a software trigger. The method was accessed after the associated object was disposed. 11/28/2012 1:35:20 PM NI False

Pauses until the switch stops scanning or until the maximum time has elapsed, when NI-SWITCH returns a timeout error.

Specifies the maximum length of time to wait for the switch module to stop scanning. If the specified time elapses before the scan ends, a MaxTimeExceededException is returned. The default value is 5000 ms. The operation implemented by the method did not complete within the maximum time allowed. The method was accessed after the associated object was disposed. 11/28/2012 1:35:31 PM NI False

Configures the and used for scanning. Refer to Switch Device Help to determine if the switch module supports scanning. The is comprised of a list of channel connections separated by semicolons. For example, the following scan list will scan the first three channels of a multiplexer: com0->ch0; com0->ch1; com0->ch2; Refer to for more information on scan list syntax. To see the status of the scan, call either or . Use the method to configure the scan trigger. Use the method to start the scan.

The scan list to use. NI-SWITCH uses this value to set the attribute. Specifies how the switch module breaks existing connections when scanning. The driver uses this value to set the attribute. Refer to for more information. The default value is . The method was accessed after the associated object was disposed. 11/28/2012 1:34:06 PM NI False

Configures the scan triggers for the scan list established with . Refer to Device Help to determine if the switch module supports scanning. sets the location that the switch expects to receive an input trigger to advance through the . This method also sets the location where it outputs a scan advanced signal after it completes an entry in the scan list.

The minimum length of time you want the switch to wait after it creates a path until it asserts a trigger on the scan advanced output line. The driver uses this value to set the attribute. The is in addition to the . Express this value in seconds. The default value is 0.0 s. Trigger source you want the switch module to use during scanning. The driver uses this value to set the attribute. The switch waits for the trigger you specify when it encounters a semicolon in the scan list. When the trigger occurs, the switch advances to the next entry in the scan list. Refer to for a list of valid values. Output destination of the scan advanced trigger signal. NI-SWITCH uses this value to set the attribute. After the switch processes each entry in the scan list, it waits the length of time you specify in the parameter and then asserts a trigger on the line you specify with this parameter. Refer to for a list of valid values The method was accessed after the associated object was disposed. 11/28/2012 1:34:12 PM NI False

Routes the from the front or rear connector to a trigger bus line (TTLx). To disconnect the route, call this function again and specify for trigger bus line parameter.

The location of the source on the switch module. Valid Values are defined in . The default value is . The trigger line to route the . Select to break an existing route. Valid Values are defined in . If , inverts the input trigger signal from falling to rising or vice versa. The default value is . The method was accessed after the associated object was disposed. 11/28/2012 1:34:39 PM NI False

Routes the from a trigger bus line (TTLx) to the front or rear connector.

The scan advanced output trigger destination. The values are defined in . The trigger line to route the from the front or rear connector. Select to break an existing route. The Valid Values for this is defined in .: If inverts the input trigger signal from falling to rising or vice versa. The default value is . The method was accessed after the associated object was disposed. 11/28/2012 1:34:32 PM NI False

Aborts the scan in progress. Initiate a scan with . If the switch module is not scanning, exception is returned.

This exception is used when the driver expects that the switch is currently scanning through the scan list, but it is not. The method was accessed after the associated object was disposed. 11/28/2012 1:33:56 PM NI False

Commits the configured and trigger settings to hardware and initiates the scan. If was called earlier, only initiates the scan and returns immediately. Once the scanning operation begins, you cannot perform any other operation other than GetAttribute, , or . All other functions return the Exception. To stop the scanning operation, call .

This exception is used when no scan list is specified. The method was accessed after the associated object was disposed. 11/28/2012 1:34:22 PM NI False

Downloads the configured and trigger settings to hardware.

Calling this method is optional. The method was accessed after the associated object was disposed. 11/28/2012 1:28:05 PM NI False 5/25/2012 12:32:47 PM NI False 5/25/2012 4:43:36 PM NI False 5/25/2012 4:43:44 PM NI False 5/25/2012 4:43:49 PM NI False 5/25/2012 12:32:43 PM NI False 5/25/2012 4:43:54 PM NI False 5/25/2012 12:32:56 PM NI False 5/25/2012 12:33:06 PM NI False 5/25/2012 12:33:11 PM NI False 5/25/2012 12:33:16 PM NI False 5/25/2012 12:33:24 PM NI False 5/25/2012 12:33:36 PM NI False 5/25/2012 12:33:41 PM NI False 5/25/2012 4:44:00 PM NI False 5/25/2012 4:44:05 PM NI False

Defines properties and methods which are used to connect and disconnect two channels.

For more information, refer to NI Switches Help. 12/12/2012 12:28:05 PM NI False

Gets a value which indicates whether the entire NI-SWITCH device has settled since the last switching command.

if all signals going through the NI-SWITCH device are valid; otherwise, . The property was accessed after the associated object was disposed. 11/28/2012 1:29:57 PM NI False

Verifies that you can create a path between channel1 and channel2.

Indicates one of the channel name of the desired path. Indicates the name of the other channel name of the desired path. Returns a object indicating whether a path is valid. If a path is possible in the switch module, the availability of that path is returned given the existing connections. If the path is possible but in use, an warning is returned. The was accessed after the associated object was disposed. 11/28/2012 1:30:07 PM NI False

Creates a path between channel1 and channel2.

Indicates one of the channel name of the desired path. Indicates the name of the other channel name of the desired path. The two channels are already explicitly connected by calling either the or methods. One of the channels is a configuration channel. Both channels are connected to a different source. channel1 and channel2 are one and the same channel Driver cannot find a path between the two channels. A repeated capability selector is expected, but the driver does not recognise the provided name. When an underlying IVI-C driver was called to perform an action, the IVI-C driver action did not succeed. The was accessed after the associated object was disposed. 11/28/2012 1:30:15 PM NI False

Creates connections between the channels that you specify in connectionList. Specify connections with two endpoints only or the explicit path between two endpoints.

Specifies a list of connections between channels to make. NI-SWITCH validates the connection list, and aborts execution of the list if errors are returned. If the two channels are already connected. If a channel is a configuration channel. Error elaboration contains information about which of the two channels is a configuration channel. If two channels in a single connection are connected to a different source. Error elaboration contains information about the connection channel with errors. If two channels in a single connection are the same channel. If the driver cannot find a path between two channels. The was accessed after the associated object was disposed. 7/9/2013 2:01:03 PM NI False

Destroys the path between two channels that you create using the or methods.

Indicates one of the channel name of the path to break. Indicates the name of the other channel name of the path to break. A repeated capability selector is expected, but the driver does not recognise the provided name. When an underlying IVI-C driver was called to perform an action, the IVI-C driver action did not succeed. The was accessed after the associated object was disposed. 10/5/2012 5:48:18 PM NI False

Breaks the connections between channels specified in disconnection list. If no connections exist between channels, NI-SWITCH returns an error.

Specifies a list of connections between channels to break. NI-SWITCH validates the disconnection list, and aborts execution of the list if errors are returned. A repeated capability selector is expected, but the driver does not recognise the provided name. No path exists between two channels. The was accessed after the associated object was disposed. 7/9/2013 2:24:45 PM NI False

Breaks all existing paths.

If the switch module cannot break all paths, the warning is returned. The was accessed after the associated object was disposed. 11/28/2012 1:30:26 PM NI False

Pauses until all created paths have settled.

Specifies the maximum length of time to wait for all relays in the switch module to activate or deactivate. maximumTime parameter elapses before the switch paths settle The was accessed after the associated object was disposed. 11/28/2012 1:31:11 PM NI False

Connects two channels by specifying an explicit path in the pathList parameter, which is an array of with the source channel as the first element and the destination channel as the next element.

A string composed of comma-separated paths will be built from the channels in the array. For example, for the array {"ch0", "com0", "ab0"}, the built string is "ch0->com0, com0->ab0". Represents an array of indicating paths between source channel (channel 1) and destination channel (channel 2). The first and last names in the path are the endpoints of the path. Every other channel in the path are configuration channels. This exception is used when an attempt is made to connect two channels that are already explicitly connected. This exception is used when the driver detects an attempt to explicitly connect to a configuration channel. This exception is used when an attempt is made to connect two channels that are both sources. This exception is used when an attempt is made to connect two channels which cannot be directly connected. This exception is used when the driver finds that one of the channels in the path is a configuration channel that is in use. This exception is used when the driver expects to find a path between two channels, but the path is not found. This exception is used when the driver detects that a channel name is duplicated in the path. When an underlying IVI-C driver was called to perform an action, the IVI-C driver action did not succeed. See the MSDN documentation for System.ArgumentNullException. The method was accessed after the associated object was disposed. 11/28/2012 1:30:47 PM NI False

Returns a that identifies the explicit path created with .

Indicates one of the channel name of the desired path. Indicates the name of the other channel name of the desired path. Returns a that identifies the path between the desired two channels. This exception is used when no explicit path exists between the two channels.. The method was accessed after the associated object was disposed. 11/28/2012 1:30:35 PM NI False 5/22/2012 1:49:02 PM NI False 5/22/2012 1:49:14 PM NI False 5/22/2012 1:49:19 PM NI False 5/22/2012 1:49:25 PM NI False 5/22/2012 1:49:29 PM NI False 5/22/2012 1:49:53 PM NI False 5/22/2012 1:49:34 PM NI False 5/22/2012 1:49:40 PM NI False

Defines synchronization locks obtained on the NI-SWITCH session.

For more information, refer to NI Switches Help. 12/12/2012 12:15:30 PM NI False

Constructs an NI-SWITCH driver lock.

Specifies the base interface for synchronization locks obtained on the driver session. 10/9/2012 12:22:41 AM NI False

Releases a driver synchronization lock.

1/13/2012 3:54:35 PM NI True

Defines the methods that provide a basic set of utility operations.

For more information, refer to NI Switches Help. 12/12/2012 12:27:44 PM NI False

Reads an error code and a message from the instrument error queue.

Returns a object. NI-SWITCH does not have an error queue, so this method never returns any errors. The method was accessed after the associated object was disposed. 11/28/2012 1:28:17 PM NI False

Verifies that NI-SWITCH device can communicate with the switch.

Returns a object. The method was accessed after the associated object was disposed. 11/28/2012 1:28:58 PM NI False

Places the instrument in a quiescent state as quickly as possible.

In a quiescent state, an instrument has minimal or no effect on the external system to which it is connected. The method was accessed after the associated object was disposed. 11/28/2012 1:28:11 PM NI False

Resets the switch module and applies initial settings from the logical name which you used to initialize the session. If the session was created without a logical name, this method is equivalent to .

The method was accessed after the associated object was disposed. 11/28/2012 1:28:46 PM NI False

Returns the revision number of the NI-SWITCH driver.

An object of type . was called after the associated or object was disposed. The underlying NI-SWITCH driver returned an error.

Acquires a synchronization lock on this instance of the NI-SWITCH driver.

Returns an object of type as a reference to the acquired lock. The method was accessed after the associated object was disposed. 5/30/2012 4:44:23 PM NI False

Acquires a synchronization lock on this instance of the NI-SWITCH driver.

Returns an object of type as a reference to the acquired lock. Specifies the maximum amount of time to wait to acquire the lock. The method was accessed after the associated object was disposed. 5/30/2013 6:28:23 PM NI False

Disconnects all created paths and returns the switch module to the initialization state.

Configuration channel and source channel settings remain unchanged. The method was accessed after the associated object was disposed. 11/28/2012 1:28:38 PM NI False 5/30/2013 1:28:31 PM NI False 5/30/2013 6:19:53 AM NI False

Defines the values required for the property.

11/5/2012 1:09:40 PM NI False

Specifies no implicit action on connections when scanning.

10/22/2012 4:05:45 PM NI False

Specifies that the switch device breaks existing connections before making new connections.

10/22/2012 4:05:24 PM NI False

Specifies that the switch device breaks existing connections after making new connections.

10/22/2012 4:05:12 PM NI False

Defines properties that indicate all the values for trigger source that you want the switch module to use during switch scanning operation. The switch waits for the trigger you specify when it encounters a semicolon in the scan list. When the trigger occurs, the switch advances to the next entry in the scan list.

For more information, refer to NI Switches Help. 12/12/2012 12:51:45 PM NI False

Gets a value corresponding to an immediate trigger. The switch does not wait for a trigger before processing the next entry in the scan list.

Returns the corresponding to the Immediate trigger. 11/5/2012 1:47:32 PM NI False

Gets a value corresponding to a trigger from an external source through the external trigger input before processing the next entry in the scan list.

Returns the corresponding to the External trigger. 11/5/2012 1:46:36 PM NI False

Gets a value which indicates that the switch waits until you call the method before processing the next entry in the scan list.

Returns the corresponding to the Software trigger. 11/5/2012 1:48:31 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG0 line. The switch waits until it receives a trigger on the PXI_TRIG0 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl0 trigger. 11/5/2012 1:51:25 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG1 line. The switch waits until it receives a trigger on the PXI_TRIG1 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl1 trigger. 11/5/2012 1:51:42 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG2 line. The switch waits until it receives a trigger on the PXI_TRIG2 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl2 trigger. 11/5/2012 1:51:50 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG3 line. The switch waits until it receives a trigger on the PXI_TRIG3 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl3 trigger. 11/5/2012 1:51:59 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG4line. The switch waits until it receives a trigger on the PXI_TRIG4 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl4 trigger. 11/5/2012 1:52:17 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG5 line. The switch waits until it receives a trigger on the PXI_TRIG5 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl5 trigger. 11/5/2012 1:52:27 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG6 line. The switch waits until it receives a trigger on the PXI_TRIG6 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl6 trigger. 11/5/2012 1:52:39 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG7 line. The switch waits until it receives a trigger on the PXI_TRIG7 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl7 trigger. 11/5/2012 1:52:49 PM NI False

Gets a value corresponding to a trigger on the PXI star trigger bus before processing the next entry in the scan list.

Returns the corresponding to the PxiStar trigger. 11/5/2012 1:47:35 PM NI False

Gets a value corresponding to a trigger on the front connector.

Returns the corresponding to the FrontConnector Trigger. 11/5/2012 1:46:49 PM NI False

Gets a value corresponding to a trigger on the rear connector.

Returns the corresponding to the RearConnector trigger. 11/5/2012 1:47:39 PM NI False

Gets a value corresponding to a trigger on the rear connector module 1.

Returns the corresponding to the RearConnectorModule1 trigger. 11/5/2012 1:47:42 PM NI False

Gets a value corresponding to a trigger on the rear connector module 2.

Returns the corresponding to the RearConnectorModule2 trigger. 11/5/2012 1:47:56 PM NI False

Gets a value corresponding to a trigger on the rear connector module 3.

Returns the corresponding to the RearConnectorModule3 trigger. 11/5/2012 1:48:01 PM NI False

Gets a value corresponding to a trigger on the rear connector module 4.

Returns the corresponding to the RearConnectorModule4 trigger. 11/5/2012 1:48:05 PM NI False

Gets a value corresponding to a trigger on the rear connector module 5.

Returns the corresponding to the RearConnectorModule5 trigger. 11/5/2012 1:48:09 PM NI False

Gets a value corresponding to a trigger on the rear connector module 6.

Returns the corresponding to the RearConnectorModule6 trigger. 11/5/2012 1:48:13 PM NI False

Gets a value corresponding to a trigger on the rear connector module 7.

Returns the corresponding to the RearConnectorModule7 trigger. 11/5/2012 1:48:16 PM NI False

Gets a value corresponding to a trigger on the rear connector module 8.

Returns the corresponding to the RearConnectorModule8 trigger. 11/5/2012 1:48:19 PM NI False

Gets a value corresponding to a trigger on the rear connector module 9.

Returns the corresponding to the RearConnectorModule9 trigger. 11/5/2012 1:48:25 PM NI False

Gets a value corresponding to a trigger on the rear connector module 10.

Returns the corresponding to the RearConnectorModule10 trigger. 11/5/2012 1:47:46 PM NI False

Gets a value corresponding to a trigger on the rear connector module 11.

Returns the corresponding to the RearConnectorModule11 trigger. 11/5/2012 1:47:50 PM NI False

Gets a value corresponding to a trigger on the rear connector module 12.

Returns the corresponding to the RearConnectorModule12 trigger. 11/5/2012 1:47:53 PM NI False

Gets a value corresponding to a trigger on the front connector module 1.

Returns the corresponding to the FrontConnectorModule1 Trigger. 11/5/2012 1:46:52 PM NI False

Gets a value corresponding to a trigger on the front connector module 2.

Returns the corresponding to the FrontConnectorModule2 trigger. 11/5/2012 1:47:03 PM NI False

Gets a value corresponding to a trigger on the front connector module 3.

Returns the corresponding to the FrontConnectorModule3 trigger. 11/5/2012 1:47:06 PM NI False

Gets a value corresponding to a trigger on the front connector module 4.

Returns the corresponding to the FrontConnectorModule4 trigger. 11/5/2012 1:47:09 PM NI False

Gets a value corresponding to a trigger on the front connector module 5.

Returns the corresponding to the FrontConnectorModule5 trigger. 11/5/2012 1:47:13 PM NI False

Gets a value corresponding to a trigger on the front connector module 6.

Returns the corresponding to the FrontConnectorModule6 trigger. 11/5/2012 1:47:16 PM NI False

Gets a value corresponding to a trigger on the front connector module 7.

Returns the corresponding to the FrontConnectorModule7 trigger. 11/5/2012 1:47:22 PM NI False

Gets a value corresponding to a trigger on the front connector module 8.

Returns the corresponding to the FrontConnectorModule8 trigger. 11/5/2012 1:47:25 PM NI False

Gets a value corresponding to a trigger on the front connector module 9.

Returns the corresponding to the FrontConnectorModule9 trigger. 11/5/2012 1:47:29 PM NI False

Gets a value corresponding to a trigger on the front connector module 10.

Returns the corresponding to the FrontConnectorModule10 trigger. 11/5/2012 1:46:55 PM NI False

Gets a value corresponding to a trigger on the front connector module 11.

Returns the corresponding to the FrontConnectorModule11 trigger. 11/5/2012 1:46:58 PM NI False

Gets a value corresponding to a trigger on the front connector module 12.

Returns the corresponding to the FrontConnectorModule12 trigger. 11/5/2012 1:47:01 PM NI False

Defines properties that indicate the output destination of the scan advanced trigger signal.

For more information, refer to NI Switches Help. 12/12/2012 12:28:30 PM NI False

Gets a value corresponding to a trigger on the PXI star trigger bus before processing the next entry in the scan list.

Returns the corresponding to the PxiStar trigger. 11/5/2012 1:47:35 PM NI False

Gets a value that indicates no implicit action on scanning connections.

Returns the corresponding to the None trigger. 11/5/2012 1:43:58 PM NI False

Gets a value for the external trigger. The switch waits until it receives a trigger from an external source through the external trigger input before processing the next entry in the scan list.

Returns the corresponding to the external trigger. 11/5/2012 1:42:33 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG0 line. The switch waits until it receives a trigger on the PXI_TRIG0 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl0 trigger. 11/5/2012 1:44:50 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG1 line. The switch waits until it receives a trigger on the PXI_TRIG1 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl1 trigger. 11/5/2012 1:44:54 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG2 line. The switch waits until it receives a trigger on the PXI_TRIG2 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl2 trigger. 11/5/2012 1:44:57 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG3 line. The switch waits until it receives a trigger on the PXI_TRIG3 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl3 trigger. 11/5/2012 1:45:03 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG4 line. The switch waits until it receives a trigger on the PXI_TRIG4 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl4 trigger. 11/5/2012 1:45:08 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG5 line. The switch waits until it receives a trigger on the PXI_TRIG5 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl5 trigger. 11/5/2012 1:45:12 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG6 line. The switch waits until it receives a trigger on the PXI_TRIG6 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl6 trigger. 11/5/2012 1:45:16 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG7 line. The switch waits until it receives a trigger on the PXI_TRIG7 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl7 trigger. 11/5/2012 1:45:23 PM NI False

Gets a value corresponding to the FrontConnector trigger. The switch waits until it receives a trigger on the front connector.

Returns the corresponding to the FrontConnector trigger. 11/5/2012 1:42:41 PM NI False

Gets a value corresponding to the RearConnector trigger. The switch waits until it receives a trigger on the rear connector.

Returns the corresponding to the RearConnector trigger. 11/5/2012 1:44:01 PM NI False

Gets a value corresponding to the RearConnectorModule1 trigger. The switch waits until it receives a trigger on the rear connector module 1.

Returns the corresponding to the RearConnectorModule1 Trigger. 11/5/2012 1:44:10 PM NI False

Gets a value corresponding to the RearConnectorModule2 trigger.The switch waits until it receives a trigger on the rear connector module 2.

Returns the corresponding to the RearConnectorModule2 trigger. 11/5/2012 1:44:20 PM NI False

Gets a value corresponding to the RearConnectorModule3 trigger. The switch waits until it receives a trigger on the rear connector module 3.

Returns the corresponding to the RearConnectorModule3 trigger. 11/5/2012 1:44:23 PM NI False

Gets a value corresponding to the RearConnectorModule4 trigger. The switch waits until it receives a trigger on the rear connector module 4.

Returns the corresponding to the RearConnectorModule4 Trigger. 11/5/2012 1:44:26 PM NI False

Gets a value corresponding to the RearConnectorModule5 trigger. The switch waits until it receives a trigger on the rear connector module 5.

Returns the corresponding to the RearConnectorModule5 trigger. 11/5/2012 1:44:29 PM NI False

Gets a value corresponding to the RearConnectorModule6 trigger. The switch waits until it receives a trigger on the rear connector module 6.

Returns the corresponding to the RearConnectorModule6 trigger. 11/5/2012 1:44:32 PM NI False

Gets a value corresponding to the RearConnectorModule7 trigger. The switch waits until it receives a trigger on the rear connector module 7.

Returns the corresponding to the RearConnectorModule7 trigger. 11/5/2012 1:44:37 PM NI False

Gets a value corresponding to the RearConnectorModule8 trigger. The switch waits until it receives a trigger on the rear connector module 8.

Returns the corresponding to the RearConnectorModule8 trigger. 11/5/2012 1:44:41 PM NI False

Gets a value corresponding to the RearConnectorModule9 trigger. The switch waits until it receives a trigger on the rear connector module 9.

Returns the corresponding to the RearConnectorModule9 trigger. 11/5/2012 1:44:45 PM NI False

Gets a value corresponding to the RearConnectorModule10 trigger.The switch waits until it receives a trigger on the rear connector module 10.

Returns the corresponding to the RearConnectorModule10 trigger. 11/5/2012 1:44:05 PM NI False

Gets a value corresponding to the RearConnectorModule11 trigger.The switch waits until it receives a trigger on the rear connector module 11.

Returns the corresponding to the RearConnectorModule11 trigger. 11/5/2012 1:44:13 PM NI False

Gets a value corresponding to the RearConnectorModule12 trigger. The switch waits until it receives a trigger on the rear connector module 12.

Returns the corresponding to the RearConnectorModule12 trigger. 11/5/2012 1:44:16 PM NI False

Gets a value corresponding to the FrontConnectorModule1 trigger. The switch waits until it receives a trigger on the front connector module 1.

Returns the corresponding to the FrontConnectorModule1 trigger. 11/5/2012 1:42:49 PM NI False

Gets a value corresponding to the FrontConnectorModule2 trigger. The switch waits until it receives a trigger on the front connector module 2.

Returns the corresponding to the FrontConnectorModule2 trigger. 11/5/2012 1:43:14 PM NI False

Gets a value corresponding to the FrontConnectorModule3 trigger. The switch waits until it receives a trigger on the front connector module 3.

Returns the corresponding to the FrontConnectorModule3 trigger. 11/5/2012 1:43:18 PM NI False

Gets a value corresponding to the FrontConnectorModule4 trigger. The switch waits until it receives a trigger on the front connector module 4.

Returns the corresponding to the FrontConnectorModule4 trigger. 11/5/2012 1:43:24 PM NI False

Gets a value corresponding to the FrontConnectorModule5 trigger. The switch waits until it receives a trigger on the front connector module 5.

Returns the corresponding to the FrontConnectorModule5 trigger. 11/5/2012 1:43:31 PM NI False

Gets a value corresponding to the FrontConnectorModule6 trigger. The switch waits until it receives a trigger on the front connector module 6.

Returns the corresponding to the FrontConnectorModule6 trigger. 11/5/2012 1:43:34 PM NI False

Gets a value corresponding to the FrontConnectorModule10 trigger. The switch waits until it receives a trigger on the front connector module 7.

Returns the corresponding to the FrontConnectorModule7 trigger. 11/5/2012 1:43:38 PM NI False

Gets a value corresponding to the FrontConnectorModule8 trigger. The switch waits until it receives a trigger on the front connector module 8.

Returns the corresponding to the FrontConnectorModule8 trigger. 11/5/2012 1:43:49 PM NI False

Gets a value corresponding to the FrontConnectorModule10 trigger. The switch waits until it receives a trigger on the front connector module 9.

Returns the corresponding to the FrontConnectorModule9 trigger. 11/5/2012 1:43:54 PM NI False

Gets a value corresponding to the FrontConnectorModule10 trigger. The switch waits until it receives a trigger on the front connector module 10.

Returns the corresponding to the FrontConnectorModule10 trigger. 11/5/2012 1:43:03 PM NI False

Gets a value corresponding to the FrontConnectorModule11 trigger. The switch waits until it receives a trigger on the front connector module 11.

Returns the corresponding to the FrontConnectorModule11 trigger. 11/5/2012 1:43:06 PM NI False

Gets a value corresponding to the FrontConnectorModule12 trigger. The switch waits until it receives a trigger on the front connector module 12.

Returns the corresponding to the FrontConnectorModule12 trigger. 11/5/2012 1:43:10 PM NI False

Indicates whether the relay is open or closed.

5/23/2012 2:36:29 PM NI False

Indicates that the relay is in a open position.

5/23/2012 2:37:14 PM NI False

Indicates that the relay is in a close position.

5/23/2012 2:37:22 PM NI False

Specifies whether to open or close a given relay.

5/23/2012 2:33:21 PM NI False

Specifies that you need to open the relay.

10/22/2012 3:51:20 PM NI False

Specifies that you need to close the relay.

10/22/2012 3:51:02 PM NI False

Defines the values for the different types of intiation for .

11/9/2012 1:31:21 PM NI False

Specifies that the Switch device initiates scanning.

11/5/2012 1:03:57 PM NI False

Specifies that the measurement device initiates scanning.

11/5/2012 1:03:37 PM NI False

Defines properties which indicate the location of the input trigger source on the switch module

For more information, refer to NI Switches Help. 12/12/2012 12:51:57 PM NI False

Gets a value corresponding to a trigger on the front connector.

Returns the corresponding to the FrontConnector trigger. 11/5/2012 1:50:38 PM NI False

Gets a value corresponding to a trigger on the rear connector.

Returns the corresponding to the RearConnector trigger. 11/5/2012 1:50:47 PM NI False

Defines properties that indicate the trigger line to route the input trigger.

Select to break an existing route. For more information, refer to NI Switches Help. 12/12/2012 12:51:51 PM NI False

Gets a value which indicates no implicit action on connections when scanning.

Returns the corresponding to the None trigger. 11/5/2012 1:49:58 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG0 line. The switch waits until it receives a trigger on the PXI_TRIG0 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl0 trigger. 11/5/2012 1:53:07 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG1 line. The switch waits until it receives a trigger on the PXI_TRIG1 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl1 trigger. 11/5/2012 1:53:18 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG2 line. The switch waits until it receives a trigger on the PXI_TRIG2 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl2 trigger. 11/5/2012 1:53:28 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG3 line. The switch waits until it receives a trigger on the PXI_TRIG3 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl3 trigger. 11/5/2012 1:53:38 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG4 line. The switch waits until it receives a trigger on the PXI_TRIG4 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl4 trigger. 11/5/2012 1:53:43 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG5 line. The switch waits until it receives a trigger on the PXI_TRIG5 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl5 trigger. 11/5/2012 1:53:54 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG6 line. The switch waits until it receives a trigger on the PXI_TRIG6 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl6 trigger. 11/5/2012 1:54:06 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG7 line. The switch waits until it receives a trigger on the PXI_TRIG7 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl7 trigger. 11/5/2012 1:54:29 PM NI False

Defines properties that indicate the scan advanced output trigger destination used in .

For more information, refer to NI Switches Help. 12/12/2012 12:51:40 PM NI False

Gets a value corresponding to a trigger on the front connector.

Returns the corresponding to the FrontConnector trigger. 11/5/2012 1:46:26 PM NI False

Gets a value corresponding to a trigger on the rear connector.

Returns the corresponding to the RearConnector trigger. 11/5/2012 1:46:30 PM NI False

Defines properties that indicate the trigger line to route the scan advanced output trigger from the front or rear connector.

Select to break an existing route. For more information, refer to NI Switches Help. 12/12/2012 12:29:38 PM NI False

Gets a value that indicates no implicit action on scanning connections.

Returns the corresponding to the None trigger. 11/5/2012 2:51:29 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG0 line. The switch waits until it receives a trigger on the PXI_TRIG0 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl0 trigger. 11/5/2012 1:45:34 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG1 line. The switch waits until it receives a trigger on the PXI_TRIG1 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl1 trigger. 11/5/2012 1:45:38 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG2 line. The switch waits until it receives a trigger on the PXI_TRIG2 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl2 trigger. 11/5/2012 1:45:42 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG3 line. The switch waits until it receives a trigger on the PXI_TRIG3 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl3 trigger. 11/5/2012 1:45:46 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG4 line. The switch waits until it receives a trigger on the PXI_TRIG4 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl4 trigger. 11/5/2012 1:45:50 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG5 line. The switch waits until it receives a trigger on the PXI_TRIG5 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl5 trigger. 11/5/2012 1:45:54 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG6 line. The switch waits until it receives a trigger on the PXI_TRIG6 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl6 trigger. 11/5/2012 1:45:57 PM NI False

Gets a value corresponding to a trigger on the PXI_TRIG7 line. The switch waits until it receives a trigger on the PXI_TRIG7 line before processing the next entry in the scan list.

Returns the corresponding to the Ttl7 trigger. 11/5/2012 1:46:07 PM NI False

Specifies the values.

9/13/2012 2:09:22 PM NI False

Specifies that the trigger occurs on the rising edge of the signal.

10/22/2012 2:36:54 PM NI False

Specifies that the trigger occurs on the falling edge of the signal.

10/22/2012 2:36:48 PM NI False

Defines properties and methods that are common to all sub-object NI-SWITCH classes.

Contains members that are common to all sub-object NI-SWITCH classes. 10/26/2012 1:32:19 PM NI False

Defines the topology name you want to use for the NI-SWITCH device. See the constructor which takes the topology as one of the parameters in the class for more information about topologies.

For more information, refer to NI Switches Help. 12/12/2012 10:57:55 AM NI False

Gets a value that indicates the last topology that was configured for the device in MAX.

Returns a which represents the last topology that was configured for the device in MAX. 12/14/2012 4:37:48 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1127 as a 1-wire 64x1 multiplexer, while connecting your signals using the NI SCXI-1331 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:00:07 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1127 as a 2-wire 32x1 multiplexer, while connecting your signals using the NI SCXI-1331 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:00:15 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1127 containing a 2-wire 4x8 matrix, while connecting your signals using the NI SCXI-1332 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:00:20 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1127 containing a 4-wire 16x1 matrix, while connecting your signals using the NI SCXI-1331 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:00:25 PM NI False

Gets a value that indicates the NI SCXI-1127 in the independent topology, while connecting your signals using the NI SCXI-1331 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:00:39 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1128 as a 1-wire 64x1 multiplexer, while connecting your signals using the NI SCXI-1331 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:01:00 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1128 as a 2-wire 32x1 multiplexer, while connecting your signals using the NI SCXI-1331 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:01:05 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1128 containing a 2-wire 4x8 matrix, while connecting your signals using the NI SCXI-1332 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:01:09 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1128 as a 4-wire 16x1 matrix, while connecting your signals using the NI SCXI-1331 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:01:15 PM NI False

Gets a value that uses the independent topology, while connecting your signals using the NI SCXI-1331 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:01:41 PM NI False

Gets a value that indicates a topology which uses the SCXI-1129 containing a 16x16 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:01:48 PM NI False

Gets a value that indicates a topology which uses the SCXI-1129 containing a 8x32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:02:43 PM NI False

Gets a value that indicates a topology which uses the SCXI-1129 containing a 4x64 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:02:18 PM NI False

Gets a value that indicates a topology which uses the SCXI-1129 containing two banks of 8x16 matrices.

Returns a representing the topology of the device for the session. 10/30/2012 2:03:26 PM NI False

Gets a value that indicates a topology which uses the SCXI-1129 containing two 4x32 matrices.

Returns a representing the topology of the device for the session. 10/30/2012 2:03:22 PM NI False

Gets a value that indicates a topology which uses the SCXI-1129 containing four banks of 4x16 matrices.

Returns a representing the topology of the device for the session. 10/30/2012 2:03:30 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 1-wire 256x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:03:35 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 1-wire 128x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:03:51 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 2-wire 128x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:06 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 4-wire quad 64x1 multiplexer. multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:22 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 1-wire 4x64 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:03:39 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 1-wire 8x32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:03:43 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 1-wire octal 32x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:03:56 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 1-wire quad 64x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:03:59 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as sixteen independent 1-wire 16x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:03 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 2-wire 4x32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:09 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 2-wire octal 16x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:12 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 2-wire quad 32x1 multiplexer. multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:17 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1130 as a 4-wire quad 16x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:26 PM NI False

Gets a value that indicates the NI SCXI-1130 in the independent topology, while connecting your signals using the NI SCXI-1377 terminal block.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:30 PM NI False

Gets a value that indicates a the NI SCXI-1160 in the 16-SPDT general purpose topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:35 PM NI False

Gets a value that indicates the NI SCXI-1161 in the 8-SPDT general purpose topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:39 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1163R in the octal 4x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:04:48 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1166 in the 32-SPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:10 PM NI False

Gets a value that indicates a topology which uses the NI SCXI-1166 in the 16-DPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:06 PM NI False

Gets a value that indicates the NI SCXI-1167 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:14 PM NI False

Gets a value that indicates the NI SCXI-1169 in the 100-SPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:19 PM NI False

Gets a value that indicates the NI SCXI-1169 in the 50-SPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:23 PM NI False

Gets a value that indicates the NI SCXI-1175 in the 1-wire 196x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:28 PM NI False

Gets a value that indicates the NI SCXI-1175 in the 2-wire 98x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:39 PM NI False

Gets a value that indicates the NI SCXI-1175 in the 2-wire 95x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:34 PM NI False

Gets a value that indicates the NI SCXI-1190 in the quad 4x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:43 PM NI False

Gets a value that indicates the NI SCXI-1191 in the quad 4x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:47 PM NI False

Gets a value that indicates the NI SCXI-1192 in the 8-SPDT general-purpose topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:51 PM NI False

Gets a value that indicates the NI SCXI-1193 in the 32x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:03 PM NI False

Gets a value that indicates the NI SCXI-1193 in the dual 16x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:14 PM NI False

Gets a value that indicates the NI SCXI-1193 in the quad 8x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:33 PM NI False

Gets a value that indicates the NI SCXI-1193 16x1 in the terminated multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:13:55 PM NI False

Gets a value that indicates the NI SCXI-1193 in the dual 8x1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:17 PM NI False

Gets a value that indicates the NI SCXI-1193 in the quad 4x1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:28 PM NI False

Gets a value that indicates the NI SCXI-1193 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:23 PM NI False

Gets a value that indicates the NI SCXI-1194 in the quad 4x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:39 PM NI False

Gets a value that indicates the NI SCXI-1195 in the quad 4x1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:43 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2501 as a 1-wire 48x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:51 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2501 as a 1-wire 48x1 amplified multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:47 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2501 as a 2-wire 24x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:15:00 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2501 as a 2-wire 24x1 amplified multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:14:55 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2501 as a 2-wire dual 12x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:15:13 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2501 as a 2-wire quad 6x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:15:18 PM NI False

Use this topology, when using the NI PXI-2501 as a 2-wire 4x6 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:15:09 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2501 as a 4-wire 12x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:15:22 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2503 as a 1-wire 48x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:15:25 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2503 as a 2-wire 24x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:15:30 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2503 as a 2-wire dual 12x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:16:27 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2503 as a 2-wire quad 6x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:16:31 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2503 as a 2-wire 4x6 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:15:35 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2503 as a 4-wire 12x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:16:34 PM NI False

Gets a value that indicates the NI PXI-2510 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:16:39 PM NI False

Gets a value that indicates the NI PXI-2512 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:16:43 PM NI False

Gets a value that indicates the NI PXI-2514 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:16:46 PM NI False

Gets a value that indicates the NI PXI-2515 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:16:50 PM NI False

Gets a value that indicates the NI PXI-2520 in the 80 SPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:16:57 PM NI False

Gets a value that indicates the NI PXI-2521 in the 40 DPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:02 PM NI False

Gets a value that indicates the NI PXI-2522 in the 53 SPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:07 PM NI False

Gets a value that indicates the NI PXI-2523 in the 26 DPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:12 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2527 as a 1-wire 64x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:18 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2527 as a 1-wire dual 32x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:34 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2527 as a 2-wire 32x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:38 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2527 as a 2-wire dual 16x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:42 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2527 as a 4-wire 16x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:45 PM NI False

Gets a value that indicates the NI PXI-2527 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:49 PM NI False

Gets a value that indicates the NI PXI-2529 as a 2-wire 8x16 matrix topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:57 PM NI False

Gets a value that indicates the NI PXI-2529 as a 2-wire 4x32 matrix topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:17:53 PM NI False

Gets a value that indicates the NI PXI-2529 as a 2-wire dual 4x16 matrix topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:02 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 1-wire 128x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:07 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 1-wire dual 64x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:20 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 2-wire 64x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:36 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 4-wire 32x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:03 PM NI False

Gets a value that indicates the NI PXI-2530 as a 1-wire 4x32 matrix topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:11 PM NI False

Gets a value that indicates the NI PXI-2530 as a 1-wire 8x16 matrix topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:16 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 1-wire octal 16x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:24 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 1-wire quad 32x1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:28 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 2-wire 4×16 matrix topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:32 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 2-wire dual 32×1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:47 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 2-wire quad 16×1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:18:56 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2530 as a 4-wire dual 16×1 multiplexer.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:07 PM NI False

Gets a value that uses the NI PXI-2530 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:11 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2531 as a 1-wire 4×128 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:15 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2531 as a 1-wire 8×64 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:19 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2531 as a 1-wire dual 4×64 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:24 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2531 as a 1-wire dual 8×32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:28 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 1-wire 16×32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:31 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 1-wire 4×128 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:35 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 1-wire 8×64 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:39 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 1-wire dual 16×16 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:43 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 1-wire dual 4×64 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:47 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 1-wire dual 8×32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:51 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 1-wire quad 4×32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:19:56 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 1-wire sixteen 2×16 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:00 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 2-wire 16×16 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:05 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 2-wire 4×64 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:08 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 2-wire 8×32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:17 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2532 as a 2-wire dual 4×32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:23 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2533 as a 1-wire 4×64 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:28 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2534 as a 1-wire 8×32 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:32 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2535 as a 1-wire 4×136 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:36 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2536 as a 1-wire 8×68 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:41 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2540 as a 1-wire 8x9 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:45 PM NI False

Gets a value that indicates a topology which uses the NI PXI-2541 as a 1-wire 8x12 matrix.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:48 PM NI False

Gets a value that indicates the NI PXI-2543 in the dual 4×1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:53 PM NI False

Gets a value that indicates the NI PXI-2545 in the terminated 4×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:20:56 PM NI False

Gets a value that indicates the NI PXI-2546 in the dual 4×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:00 PM NI False

Gets a value that indicates the NI PXI-2547 in the 8×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:04 PM NI False

Gets a value that indicates the NI PXI-2548 in the quad SPDT general-purpose topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:09 PM NI False

Gets a value that indicates the NI PXI-2549 in the dual terminated SPDT general-purpose topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:13 PM NI False

Gets a value that indicates the NI PXI-2554 in the 4×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:22 PM NI False

Gets a value that indicates the NI PXI-2555 in the 4×1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:41 PM NI False

Gets a value that indicates the NI PXI-2556 in the dual 4×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:45 PM NI False

Gets a value that indicates the NI PXI-2557 in the dual 8×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:50 PM NI False

Gets a value that indicates the NI PXI-2558 in the quad SPDT general-purpose topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:54 PM NI False

Gets a value that indicates the NI PXI-2559 in the dual terminated SPDT general-purpose topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:21:59 PM NI False

Gets a value that indicates the NI PXI-2564 in the 16-SPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:03 PM NI False

Gets a value that indicates the NI PXI-2564 in the 8-DPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:07 PM NI False

Gets a value that indicates the NI PXI-2565 in the 16-SPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:12 PM NI False

Gets a value that indicates the NI PXI-2566 in the 16-SPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:16 PM NI False

Gets a value that indicates the NI PXI-2566 in the 8-DPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:20 PM NI False

Gets a value that indicates the NI PXI-2567 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:25 PM NI False

Gets a value that indicates the NI PXI-2568 in the 31-SPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:40 PM NI False

Gets a value that indicates the NI PXI-2568 in the 15-DPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:30 PM NI False

Gets a value that indicates the NI PXI-2569 in the 100-SPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:44 PM NI False

Gets a value that indicates the NI PXI-2569 in the 50-DPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:51 PM NI False

Gets a value that indicates the NI PXI-2570 in the 40-SPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:59 PM NI False

Gets a value that indicates the NI PXI-2570 in the 20-DPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:22:54 PM NI False

Gets a value that indicates the NI PXI-2571 in the 66-SPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:23:06 PM NI False

Gets a value that indicates the NI PXI/PXIe-2575 (NI 2575) in the 1-wire 196×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:23:10 PM NI False

Gets a value that indicates the NI PXI/PXIe-2575 (NI 2575) in the 2-wire 98×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:23:38 PM NI False

Gets a value that indicates the NI PXI/PXIe-2575 (NI 2575) in the 2-wire 95×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:23:15 PM NI False

Gets a value that indicates the NI PXI-2576 in the 2-wire 64×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:23:47 PM NI False

Gets a value that indicates the NI PXI-2576 in the 2-wire dual 32×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:23:51 PM NI False

Gets a value that indicates the NI PXI-2576 in the 2-wire octal 8×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:23:54 PM NI False

Gets a value that indicates the NI PXI-2576 in the 2-wire quad 16×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:23:58 PM NI False

Gets a value that indicates the NI PXI-2576 in the 2-wire sixteen 4×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:24:02 PM NI False

Gets a value that indicates the NI PXI-2576 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:24:12 PM NI False

Gets a value that indicates the NI PXI-2584 in the 1-wire 12×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:24:07 PM NI False

Gets a value that indicates the NI PXI-2584 in the 1-wire dual 6×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:26:12 PM NI False

Gets a value that indicates the NI PXI-2584 in the 2-wire 6×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:26:18 PM NI False

Gets a value that indicates the NI PXI-2584 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:26:24 PM NI False

Gets a value that indicates the NI PXI-2585 in the 1-wire 10×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:26:33 PM NI False

Gets a value that indicates the NI PXI-2586 in the 10-SPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:26:37 PM NI False

Gets a value that indicates the NI PXI-2586 in the 5-DPST topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:26:42 PM NI False

Gets a value that indicates the NI PXI-2590 in the 4×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:26:45 PM NI False

Gets a value that indicates the NI PXI-2591 in the 4×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:26:49 PM NI False

Gets a value that indicates the NI PXI/PXIe-2593 (NI 2593) as a 16×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:26:53 PM NI False

Gets a value that indicates the NI PXI/PXIe-2593 (NI 2593) as a dual 8×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:10 PM NI False

Gets a value that indicates the NI PXI/PXIe-2593 (NI 2593) as a 8×1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:01 PM NI False

Gets a value that indicates the NI PXI/PXIe-2593 (NI 2593) as a dual 4×1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:06 PM NI False

Gets a value that indicates the NI PXI/PXIe-2593 (NI 2593) in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:14 PM NI False

Gets a value that indicates the NI PXI-2594 in the 4×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:18 PM NI False

Gets a value that indicates the NI PXI-2595 in the 4×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:24 PM NI False

Gets a value that indicates the NI PXI-2596 in the dual 6×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:32 PM NI False

Gets a value that indicates the NI PXI-2597 in the 6×1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:44 PM NI False

Gets a value that indicates the NI PXI-2598 in the dual transfer switch topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:49 PM NI False

Gets a value that indicates the NI PXI-2599 in the 2-SPDT general-purpose topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:53 PM NI False

Gets a value that indicates the NI PXI-2720 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:27:57 PM NI False

Gets a value that indicates the NI PXI-2722 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:28:01 PM NI False

Gets a value that indicates the NI PXI-2725 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:28:08 PM NI False

Gets a value that indicates the NI PXI-2727 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:28:13 PM NI False

Gets a value that indicates the NI PXI-2790 in the independent topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:28:17 PM NI False

Gets a value that indicates the NI PXI-2796 in the dual 6×1 multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:28:22 PM NI False

Gets a value that indicates the NI PXI-2797 in the 6x1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:28:27 PM NI False

Gets a value that indicates the NI PXI-2798 in the dual transfer topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:28:32 PM NI False

Gets a value that indicates the NI PXI-2799 in the 2-SPDT topology.

Returns a representing the topology of the device for the session. 10/30/2012 2:28:36 PM NI False

Gets a value that indicates the NI PXI/PXIe-2542 in the quad 2×1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 7/11/2013 4:08:36 PM NI False

Gets a value that indicates the NI PXI/PXIe-2544 in the 8×1 terminated multiplexer topology.

Returns a representing the topology of the device for the session. 7/11/2013 4:08:12 PM NI False

Gets a value that indicates the NI 2865 in the 4×84 terminated matrix topology.

Returns a representing the topology of the device for the session. 7/11/2013 4:08:12 PM NI False

Gets the value that indicates the NI PXIe-2524 1 wire dual 64x1 multiplexer topology.

The value that indicates the NI PXIe-2524 1 wire dual 64x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2737 2 wire 4x64 matrix topology.

The value that indicates the NI PXIe-2737 2 wire 4x64 matrix topology.

Gets the value that indicates the NI PXIe-2525 2 wire dual 32x1 multiplexer topology.

The value that indicates the NI PXIe-2525 2 wire dual 32x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2739 2 wire 16x16 matrix topology.

The value that indicates the NI PXIe-2739 2 wire 16x16 matrix topology.

Gets the value that indicates the NI PXIe-2747 dual 8x1 multiplexer topology.

The value that indicates the NI PXIe-2747 dual 8x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2526 1 wire 158x1 multiplexer topology.

The value that indicates the NI PXIe-2526 1 wire 158x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2525 2 wire quad 16x1 multiplexer topology.

The value that indicates the NI PXIe-2525 2 wire quad 16x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2524 1 wire sixteen 8x1 multiplexer topology.

The value that indicates the NI PXIe-2524 1 wire sixteen 8x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2746 quad 4x1 multiplexer topology.

The value that indicates the NI PXIe-2746 quad 4x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2524 1 wire octal 16x1 multiplexer topology.

The value that indicates the NI PXIe-2524 1 wire octal 16x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2738 2 wire 8x32 matrix topology.

The value that indicates the NI PXIe-2738 2 wire 8x32 matrix topology.

Gets the value that indicates the NI PXIe-2525 2 wire 64x1 multiplexer topology.

The value that indicates the NI PXIe-2525 2 wire 64x1 multiplexer topology.

Gets the value that indicates the NI PXI/PXIe-2531 1 wire sixteen 2x16 matrix topology.

The value that indicates the NI PXI/PXIe-2531 1 wire sixteen 2x16 matrix topology.

Gets the value that indicates the NI PXIe-2525 2 wire sixteen 4x1 multiplexer topology.

The value that indicates the NI PXIe-2525 2 wire sixteen 4x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2525 2 wire octal 8x1 multiplexer topology.

The value that indicates the NI PXIe-2525 2 wire octal 8x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2524 1 wire quad 32x1 multiplexer topology.

The value that indicates the NI PXIe-2524 1 wire quad 32x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2524 1 wire 128x1 multiplexer topology.

The value that indicates the NI PXIe-2524 1 wire 128x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2748 16x1 multiplexer topology.

The value that indicates the NI PXIe-2748 16x1 multiplexer topology.

Gets the value that indicates the NI PXIe-2526 2 wire 79x1 multiplexer topology.

The value that indicates the NI PXIe-2526 2 wire 79x1 topology.

Defines the values required for the property.

11/5/2012 1:12:15 PM NI False

Specifies that the trigger occurs on the rising edge of the signal.

10/22/2012 4:06:02 PM NI False

Specifies that the trigger occurs on the falling edge of the signal.

10/22/2012 4:05:56 PM NI False

Specifies the status of a path between two channels.

10/22/2012 2:37:17 PM NI False

Specifies that NI-SWITCH can create the path at this time.

10/22/2012 2:37:32 PM NI False

Specifies that the path already exists.

10/22/2012 2:37:50 PM NI False

Specifies that the instrument is not capable of creating a path between the channels you specify.

10/22/2012 2:38:32 PM NI False

Specifies that although the path is valid, NI-SWITCH cannot create the path at this moment because the switch is currently using one or more of the required channels to create another path. You must destroy the other path before creating this one.

10/22/2012 2:38:12 PM NI False

Specifies that the instrument cannot create a path because both channels are connected to different source channels.

10/22/2012 2:38:23 PM NI False

Specifies that NI-SWITCH cannot create a path between the two channels because one of the channels is a configuration channel and unavailable for external connections.

10/22/2012 2:37:42 PM NI False

Provides data for the event.

For more information, refer to NI Switches Help. 12/14/2012 4:32:36 PM NI False

Gets the warning set in the Warning Event Args.

Returns an object of type . 11/5/2012 12:48:32 PM NI False

Gets the Warning Event Args code.

Returns the GUID code of the warning. 12/30/2011 5:44:13 PM NI True

Gets the Warning Event Args message.

Returns a representing the message. 12/30/2011 5:44:36 PM NI True

Defines properties and methods which provide warning codes for the warnings raised by the underlying driver.

Represents the list of warnings returned by the driver. For more information, refer to NI Switches Help. 12/12/2012 12:52:07 PM NI False

Gets the GUID code assigned to the warning.

Returns the GUID code of the warning. 11/5/2012 12:46:43 PM NI False

Gets the message related to the warning.

Returns the warning message. 11/7/2012 12:23:58 PM NI False

Gets the warning code if the card is not capable of removing all paths and always leaves at least one connected.

Returns the GUID ("2733A6B6-13E2-4480-9D60-B97FC11B68FC") of the warning. 10/23/2012 1:58:36 PM NI False

Gets the warning code if the path between the channels is not available, the channels are not explicitly connected, but the implicit connection exists between them.

Returns the GUID ("C18A9B2D-C352-4331-A8B5-79BC532923CE") of the warning. 10/23/2012 1:55:55 PM NI False

Gets the warning code for an unexpected driver warning.

Returns the GUID ("9E568AC9-7D95-406d-8971-D98185DE921C") of the warning. 12/30/2011 5:38:14 PM NI True

Determines whether the current instance of and the object that you specify are equal.

Specifies the object to be compared to the current instance of . if the two instances are equal; otherwise, . 12/30/2011 5:38:48 PM NI True

Determines whether the current instance of and the object that you specify are equal.

Specifies the object to be compared to the current instance of . if the two instances are equal; otherwise, . 12/30/2011 5:39:31 PM NI True

Checks if the two objects are equal by considering whether warning message should be compared or not.

Specifies the object to which this object is compared. Specifies if the warning message must be ignored. If the warning message is to be ignored,then value of ignoreWarningMessage is . If warning message is to be compared then value of ignoreWarningMessage is . if the two instances are equal; otherwise, . 10/22/2012 1:29:47 PM NI False

Checks whether the two instances of are equal.

Specifies a object. Specifies a object for the comparison. if the two instances are equal; otherwise, . 12/30/2011 5:39:55 PM NI True

Checks whether the two instances of are unequal.

Specifies a object. Specifies a object. if the two instances are unequal; otherwise, . 12/30/2011 5:39:51 PM NI True

Returns the hash code for the current instance of .

Returns an that represents the hash code for the current instance of . 12/30/2011 5:39:47 PM NI True

Converts the current instance of to string.

Returns a string that represents the current instance of . 12/30/2011 5:39:59 PM NI True

Defines the values required for the property.

11/5/2012 1:14:40 PM NI False

Specifies that the switch device is in a 1-WireMode.

10/22/2012 4:06:33 PM NI False

Specifies that the switch device is in a 2-WireMode.

10/22/2012 4:06:44 PM NI False

Specifies that the switch device is in a 4-WireMode.

10/22/2012 4:06:22 PM NI False