Is there a way to identify an analog ham transmitter (any ham band) with an ID schema?
It’s rumored that there is test equipment that will identify such an analog transmitter.

It’s understood that one needs to identify per the rules, as the FCC requires.
Is there is an imbedded ID scheme within an analog transceiver?
Self-built kits, as I recall don’t not have identities, how about manufactures?

The reason for asking, a local ham is claiming that he can identify an offending
transceiver for not  properly providing an ID as required.

It would be nice, but who’s charged in tracking ownership of transmission equipment.  A recorded audio signature may be useful in identifying an offender. A foxhunt is an alternative to find an offender. As always with interference one should file an interference report with their local repeater operator or FCC. Providing the time, date and frequency. If possible, listen to the input frequency on a repeater for more direct information.
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de n9kzn@ hotmail.com

Is there a way to identify an analog ham transmitter (any ham band) with an ID schema?
It’s rumored that there is test equipment that will identify such an analog transmitter.

It’s understood that one needs to identify per the rules, as the FCC requires.
Is there is an imbedded ID scheme within an analog transceiver?
Self-built kits, as I recall don’t have identities, how about manufactures?

The reason for asking, a local ham is claiming that he can identify an offending
transceiver for not  properly providing an ID as required.

It would be nice, but who’s charged in tracking ownership of transmission equipment.  A recorded audio signature may be useful in identifying an offender. A foxhunt is an alternative to find an offender. As always with interference one should file an interference report with their local repeater operator or FCC. Providing the time, date and frequency. If possible, listen to the input frequency on a repeater for more direct information.
--
de n9kzn@ hotmail.com

Control for the Kenwood TS-570D and PK-232/PSK
This is TNC02's First Demo Release v1.0
For MS-Windows95/98.
TNC02 is Freeware.
Download it from http://home.att.net/~n9kzn/03000.html

-This program should be intuitive and self-explanatory. Hints will display
  when the mouse cursor is placed over the target area or button.

-Customization of the program is achieved by editing pages in the Ini File Setup
 found under the utility tab

-The PK-232 program is activated first
-I use PK-232/PSK radio 2 interface to monitor the local 2m-packet network
-The type ahead buffer will transmit with a double click and radio will automatically
  return to receive after it sends the message
-The Database will display with a double click in the terminal window

-The TS-570D program is found under the Radio Tab
-I use the PK-232/PSK radio 1 interface for the Transceiver
-The S-meter will display active with one mouse click in the main Frequency area
-You will need to make a CQ.wav and SB.wav file to use the "Call CQ" feature
-The TX button function is for tuning-up the transceiver in using FSK mode
-There are example Morse Code Messages.txt for Morse Code operation from the    
  transceiver
-You can copy the transceivers memery (0-99)

-The PSK31 programs are found under the SndCdPgm Tab
-The PSK31 program has operational hooks into the AEA/Timewave
  PK-232MBX/PSK TNC and the Kenwood TS-570D HF Transceiver
-The Database will display with a double click in the search entry field
-Double clicking after pasting text in the input buffer will send the message.

Enjoy...