TS-930S
Kenwood TS-930S
all mode transceiver.
The Kenwood TS-930S is a superlative, high performance, all solid-state, HF transceiver capable of operation in
SSB, CW, FSK and AM modes. Coverage includes the WARC bands. The all solid-state 28 volt final amplifier runs 250 watts PEP input on
USB, LSB, CW and FSK and 80 watts on AM mode.
Photo1 Kenwood TS-930S
all mode transceiver.
Specifications
Frequency
range:
|
TX:
10-160 m + WARC
|
RX:
0.15-30 MHz
|
Mode:
|
AM/SSB/CW/FSK
|
RF
Power output:
|
AM: 25
W
|
SSB/CW:
125 W
|
FSK
70 W
|
Receiver
system:
|
Quadruple
conversion superheterodyne
|
1st
IF: 44.93 MHz
|
2nd
IF: 8.83 MHz
|
3rd
IF: 455 KHz
|
4th
IF: 100 KHz
|
Sensitivity:
|
150 -
500kHz Less than 1uV for SSB, CW and FSK
|
150
- 500kHz Less than 10uV for AM
|
500kHz
- 1.8MHz Less than 4uV for SSB, CW and FSK
|
500kHz
- 1.8MHz Less than 32uV for AM
|
1.8
- 30MHz Less than 0.25uV for SSB, CW and FSK
|
1.8
- 30MHz Less than 2.uV for AM
|
Selectivity:
Standard
|
SSB,
CW(W), FSK(W), AM(N): 2.7kHz /-6dB, 4.0kHz / -60dB
|
Selectivity:
Standard AM(W)
|
AM(W):
6kHz /-6dB, 18kHz / -60dB
|
Selectivity:
YG-455C-1 Filter
|
CW:
500Hz /-6dB, 820Hz / -60dB
|
Selectivity:
YG-455CN-1 Filter
|
CW:
250Hz /-6dB, 480Hz / -60dB
|
Selectivity:
YG-88C-1 Filter
|
CW:
500Hz /-6dB, 1.5KHz / -60dB
|
Selectivity:
YG-88A-1 Filter AM(W)
|
AM(W):
6kHz /-6dB, 11kHz / -60dB
|
Image
rejection:
|
More
than 80dB (1.8MHz ~ 30MHz)
|
Notch
Filter Attenuation
|
More
than 40dB
|
Phone
Patch Output Z
|
600
Ohms
|
Audio
Output Power
|
1.5W
across 8 Ohms
|
Voltage:
|
110/220/240VAC
50/60Hz
|
Power
Dissipation:
|
80W
|
510W
|
Impedance:
|
50
ohms, SO-239
|
Dimensions
(W*H*D):
|
374w,
141h, 350d
|
Weight:
|
18.5 Kg
|
Manufactured:
|
Japan,
1982-198x (Discontinued)
|
Other:
|
8
memories. 2*NB. Auto-AT option. MRF422 finals
|
For further technical information see:
http://jvgavila.com/ts930s.htm
RigPix:
http://www.rigpix.com/kenwood/ts930s.htm
eHam
product review: http://www.eham.net/reviews/detail/236%3Fehamsid%3D43d404e46b9d1a23d63bd1ac2f9cf5ce
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last revised 25 September, 2024
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