Sets the number of times the numerical values in the PTC-ACSES Analyzer Summary window are averaged.

NA

1 to 25

NA

To set the averaging, use this command:

Setup>Averaging then use the rotary dial or the keypad to enter a new value for the averaging.

Returns the number of times the numerical values in the PTC-ACSES Analyzer Summary window are averaged.

NA

NA

1 to 25

NA

NA

To query the averaging count, use this command:

Setup>Averaging then read the key for the averaging value.

Set the channel number to be associated with this standard. The value must fall within the ranges assigned to the standard.

an integer (in the range of the standard).

NA

NA

To set use this command:

Frequency>Channel and set the value from the range given in the Channel Editor.

Returns the number of channel currently assigned to instrument.

Where n is an integer representing the channel assigned to this standard.

 

To query use this command:

Frequency>Channel and read the value on the key.

Sets the signal standard by name.

Select a name from this list:

Index Name

0 None
1 AAR 001
2 AAR 002
3 AAR 003
4 AAR 004
5 AAR 005-097
6 AAR 007-107
7 AAR 307-488

The signal standard index query will return the corresponding index.

NA

NA

To set use this command:

Frequency>Signal Standard and highlight the required value in the dialog that opens. The first entry in the list has index 0 and they increase as you go down the list.

Returns the name of the selected standard.

NA

NA

The values from the standards list. Refer to Range for the
[:SENSe]:FREQuency:SIGStandard:NAMe: command.

NA

NA

To query use this command:

 

Sets the Signal Standard to the standard that occupies that position in the instrument’s signal standards list. Refer to Range for the
[:SENSe]:FREQuency:SIGStandard:NAMe: command.

NA

0-7

NA

NA

To set use this command:

Frequency>Signal Standard and highlight the required value in the dialog that opens. The first entry in the list has index 0 and they increase as you go down the list.

Returns the position in the instrument’s signal standards of the selected standard. Refer to Range for the [:SENSe]:FREQuency:SIGStandard:NAMe: command.

NA

NA

0-7

NA

NA

To query use this command:

Frequency>Signal Standard and read the value highlighted in the dialog that opens.

Sets the frequency to one of several preset values.

NA

25, 50, 100, 500, 1000, or 5000 kHz.

NA

kHz

To set use this command to 500kHz:

Frequency>Span and select from the list of values with the rotary dial or the arrow keys.

Returns the frequency span that the instrument is currently set to in kHz. For example, an instrument set to 5MHz returns 5000.

NA

NA

One of these values: 25, 50, 100, 500, 1000, or 5000 kHz.

NA

kHz

To query use this command:

Frequency>Span and read the value on the key.

Sets the state of the decode function.

NA

RRID or Location

NA

NA

To set use this command:

Setup>Decode Setup>Decode On and press the key to toggle between RRID and Location. The active value is underlined on the key.

Returns the state of the decode function.

NA

NA

Either RRID or Location.

NA

NA

To query use this command:

Setup>Decode Setup>Decode On and read the value on the key.

Sets the destination address start byte.

NA

1-110

NA

NA

To set use this command:

Setup>Decode Setup>Destination Address Start Byte then use the keypad or the rotary dial. The changing value is displayed on the key.

Returns the destination address start byte.

NA

NA

NA

NA

NA

To query use this command:

Setup>Decode Setup>Destination Address Start Byte and read the value on the key.

Sets the railroad ID.

NA

0-4095

NA

NA

To set the RRID, use this command:

Setup>Decode Setup>Source Address Start Byte> and press the key to set the value in hex. The changing value is displayed on the key.

Returns the railroad ID in decimal form.

NA

NA

0 - 4095 (decimal)

NA

NA

To query the RRID, use this command:

Setup>Decode Setup>Source Address Start Byte> and read the value on the key (which will display in hex).

Sets the Source Address Start Byte.

NA

1-110

NA

NA

To set the source address, use this command:

Setup>Decode Setup>Source Address Start Byte> and press the key to toggle between RF and Free Run. The changing value is displayed on the key.

Returns the Source Address Start Byte.

NA

NA

1-110

NA

NA

To query the source address, use this command:

Setup>Decode Setup>Source Address Start Byte> and read the value on the key.

Sets the beacon to either ON or OFF.

NA

NA

NA

NA

To set beacon ON use this command:

To set beacon OFF use this command:

Setup>Trigger Setup>RX Ignore Beacon and press the key to toggle between ON and OFF. The active value is underlined on the key.

Returns the state of the beacon.

NA

NA

Either ON or OFF

NA

NA

To query use this command:

Setup>Trigger Setup>RX Ignore Beacon and read the value on the key.

Sets the trigger in dBm.

NA

-180 to 60 dBm.

NA

dBm

To set use this command:

Setup>Trigger Setup>RX Trigger Level then use the keypad or the rotary dial. The changing value is displayed on the key.

Returns the trigger level, in dBm.

NA

NA

-180 to 60 dBm.

NA

dBm

To set query this command:

Setup>Trigger Setup>RX Trigger Level and read the value on the key.

Sets the trigger source to be either RF or Free Run.

NA

Either RF or Free Run.

NA

NA

To set use this command:

Setup>Trigger Setup>RX Trigger Source and press the key to toggle between RF and Free Run. The active value is underlined on the key.

Returns the trigger source for the instrument, either RF or Free Run.

NA

NA

NA

NA

NA

To set query this command:

Setup>Trigger Setup>RX Trigger Source and read the value on the key.

Sets the trigger time out in milliseconds or microseconds. Minimum input is 100 ms (100000 us).

100 - 60000 ms

None.

milliseconds (ms)

To set use this command:

Setup>Trigger Setup>Time Out then use the keypad or the rotary dial. The changing value is displayed on the key.

Returns the trigger timeout value in milliseconds.

NA

NA

NA

NA

Milliseconds

To query use this command:

Setup>Trigger Setup>Time Out and read the value on the key.