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Why can't I control my Kenwood Transceiver with a computer?
If attempts at controlling the Kenwood Transceiver with a computer have failed, check: 1. The cable and cable connections between the PC and the TS-2000(X)/TS-B2000. 2. Ensure the communication parameters set in your terminal program match the transceiver parameters. Check Menu No. 56.
How to unlock frequency on Kenwood Car Receiver?
If the frequency cannot be changed on your Kenwood Car Receiver, the Frequency Lock function or Lock All function may be ON. To resolve this, press [FUNC],[F LOCK] to switch the Frequency Lock function OFF. Alternatively, press [FUNC],[LOCK A] to switch the Lock All function OFF.
What to do if Kenwood TS-2000 will not power up?
First, ensure the DC power supply is switched ON. Inspect the power cable, confirming correct polarities (Red: positive (+); Black: negative (–)). Check that the connections to the DC power supply are secure. Finally, check the power cable fuse. If it's open, find the cause, correct any issues, and install a new fuse of the specified rating.
What to do if Kenwood Transceiver received signals are totally unintelligible?
If received signals are unintelligible, the wrong modulation mode may be selected. Press [LSB/USB], [CW/FSK], or [FM/AM] to select the correct modulation mode.
What to do if Kenwood TS-2000 Transceiver has low transmit power?
If your transceiver has low transmit power, first, if you are in SSB or AM mode, increase the microphone gain. Second, check antenna connections to confirm that the antenna tuner is reporting a low SWR, as poor antenna system connections can cause high SWR.
Why Kenwood Transceiver does not function normally after switching ON the power?
If the transceiver does not function normally after switching ON the power, it could be due to: * The input voltage being outside the range of 13.8 V DC ±15% (11.7 to 15.8 V DC). Correct the input voltage or use a 12 to 16 V battery. * The microprocessor malfunctioning. In this case, do a Partial Reset. If the problem remains, do a Full Reset.
What to do if Kenwood Transceiver linear amplifier does not operate?
If the linear amplifier does not operate, first, check if the linear amplifier control relay is OFF and, if so, change Menu No. 39 to ON. Second, inspect the REMOTE connector wiring and correct as necessary.
Why after switching ON Kenwood TS-2000, “14.000.00 MHz USB” appears and all data is lost?
If, after switching ON the transceiver, “14.000.00 MHz USB” appears and all data is lost, the backup lithium battery voltage may be too low. Have a new battery installed by your dealer or at a KENWOOD Service Center.
What to do if Kenwood TS-2000 Transceiver internal tuner is bypassed immediately after tuning is started?
If the internal tuner is bypassed immediately after tuning starts, the SWR of the antenna system may be too high. Adjust the antenna system to lower the SWR.
What to do if Kenwood TS-2000 Transceiver memory scan will not start scanning?
If Memory Scan won't start, first, adjust the SQL control to just eliminate background noise. Second, ensure at least two memory channels are unlocked. Third, make sure data is stored in at least two memory channels.
General| Antenna Impedance | 50 ohms |
|---|---|
| Supply Voltage | 13.8V DC ±15% |
| Current Drain TX | 20.5A |
| Receiver Type | Triple Conversion Superheterodyne |
| Modes | SSB, CW, AM, FM, FSK |
| Type | Base Station |
| Frequency Range TX | 0.1-60 MHz (HF), 144-148 MHz (VHF), 430-450 MHz (UHF) |
| Image Rejection | More than 70 dB |
| Selectivity | 2.4 kHz (SSB), 500 Hz (CW), 15 kHz (FM) |
| Antenna Connector | SO-239 |
| Frequency Range | HF/6m/2m/70cm |
General overview of the TS-2000/X transceiver operation with IF/AF DSP.
Details frequency conversion methods for transmission and reception modes, illustrated by Fig. 1.
Describes the local oscillator LO1 circuit for HF and 50MHz bands, including frequency generation.
Explains the local oscillator circuit for the 1.2GHz band, including its frequency configuration.
Details the pin functions and specifications of the main CPU (IC8).
Explains the pin functions and block diagram of the 16-bit CODEC (IC522,523).
Lists the parts for the HF/VHF final amplifier unit (X45-360X-XX).
Lists the parts for the filter unit (X51-315X-XX).
Shows the component and foil sides of the filter unit PCB.
Displays the component and foil sides of the UHF final unit PCB.
Describes the necessary preparations and initial settings for adjustment procedures.
Outlines the steps for entering and operating the adjustment mode.
Details the steps for uploading adjustment firmware to the unit.
Covers the adjustment procedures for various PLL circuits, including VHF MAIN PLL and SUB PLL.
Details the functions of the terminals on the final unit (X45-360 A/2).
Explains the terminal functions for the control unit (X53-391).
