PARTS LIST. Kenwood TS-2000 X

The TS-2000 X is an all-mode multi-band transceiver that incorporates an IF/AF DSP for satellite communication. It also features an independent FM/AM sub-receiver for the VHF and UHF bands. The main band side has an independent front end for each of the HF, 50MHz, 144MHz, 430MHz and 1.2GHz bands. The sub-band receiver is not used during satellite operation, but it can receive signals while the main band receiver is sending a signal. In addition to the standard features of a transceiver, the TS-2000 X also includes features such as a noise blanker, a digital IF filter, and a digital AGC. It also has a speaker separation function that allows you to output the audio to two separate speakers or headphones. The TS-2000 X is a powerful and versatile transceiver that is suitable for a wide variety of applications, including satellite communication, HF and VHF/UHF operation, and contesting.

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PARTS LIST. Kenwood TS-2000 X | Manualzz

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Key Features

  • Satellite communication
  • Independent FM/AM sub-receiver
  • Noise blanker
  • Digital IF filter
  • Digital AGC
  • Speaker separation function
  • IF/AF DSP
  • Triple conversion
  • Quadruple conversion

Frequently Answers and Questions

What is the difference between the main band and sub-band receivers?

The main band receiver is used for all modes of operation, including satellite communication, while the sub-band receiver is only used for FM and AM reception. The sub-band receiver is independent of the main band receiver, so you can receive signals in the sub-band while the main band receiver is transmitting.

What is the purpose of the IF/AF DSP?

The IF/AF DSP is a digital signal processor that is used for a variety of functions, including IF filtering, AGC, and audio processing. It is used in all modes of operation except for FM.

What is the speaker separation function?

The speaker separation function allows you to output the audio to two separate speakers or headphones. This is useful for situations where you want to listen to the audio in a different location than where the transceiver is located.
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