| GENERAL | |
|---|---|
| Frequency Range Main A-band (TX/RX) Main A-band guaranteed range (TX or RX) Sub B-band |
144MHz: 144 | 146MHz 430MHz: 430 | 440MHz 144MHz: 144 | 146MHz 430MHz: 430 | 440MHz RX: 0.1 ~ 1300MHz |
| Modulation Main A-band Sub B-band (reception) |
F3E (FM), F1D (FSK), F2D F2D, F3E (FM), A1A (CW), A3A (AM), J3E (SSB) |
| Antenna Impedance | -50Ω |
| Current Voltage Range Battery terminal External battery terminal |
DC 5.5 V | 7.5V (standard voltage: DC 7.4V) DC 12.0V | 16.0V (standard voltage: DC 13.8V) |
| Power Consumption (approximate figures) Transmission (single band) HI: DC 13.8V (DC-IN terminal) HI: DC 7.4V (battery terminal) LOW: DC 7.4V (battery terminal) EL: DC 7.4V (battery terminal) |
144MHz 430MHz 1.8A 2.0A 2.0A 2.0A 0.8A 0.8A 0.5A 0.5A |
| Reception Standby (single band) Average battery save (single band) |
100mA 100mA 30mA 30mA |
| Simultaneous reception Standby (dual-band) Average battery save (dual-band) |
170mA 170mA 35mA 35mA |
| Dimensions (W x H x D, mm) / Net Weight (g) With PB-42L Li-ion Battery Pack including projections With BT-13 Battery Case including projections |
58 x 87 x 30 61 x 104 x 35 / 250 58 x 87 x 38 61 x 104 x 38 / 280 |
| Operating Temperature Range With supplied Li-ion Battery |
-20 ~ +60°C -10 ~ +50°C |
| RECEIVER | |
| Circuitry | Double super heterodyne (except for W-FM) Single conversion (W-FM) |
| Intermediate Frequency 1st IF 2nd IF |
A band B band: FM/AM/SSB B band: W-FM 59.85MHz 57.60MHz 10.8MHz 450kHz 450kHz |
| Sensitivity Main A band: 144/430MHz (FM 12dB SINAD) Sub B band: AM (approximate) Sub B band: FM (approximate) Sub B band: W-FM (approximate) Sub B band: SSB (approximate) |
Less than 0.18 µV 7.08 µV (0.3 | 0.52MHz) 2.24 µV (0.52 | 1.8MHz) 0.89 µV (1.8| 50MHz) 0.40 µV (118 | 250MHz) 0.40 µV (380 | 500MHz) 0.40 µV (5 | 108MHz) 0.28 µV (118 | 144MHz) 0.22 µV (144 | 225MHz) 0.89 µV (225 | 250MHz) 0.40 µV (380 | 400MHz) 0.22 µV (400 | 450MHz) 0.40 µV (450 | 520MHz) 7.08 µV (520 | 700MHz) 1.26 µV (800 | 950MHz) 0.40 µV (950 | 1300MHz) 3.16 µV (50 | 108MHz) 2.82 µV (150 | 222MHz) 3.98 µV (400 | 500MHz) 0.45 µV (3 | 30MHz) 0.40 µV (30 | 50MHz) 0.22 µV (144 | 148MHz) 0.22 µV (430 | 450MHz) |
| Squelch | Less than 0.13 µV |
| Selectivity -6 dB -40 dB |
More than 12 kHz Less than 28 kHz |
| Low frequency output (at 8 ohms, 10% distortion) | More than 300mW at 7.4V |
| TRANSMITTER | |
| RF Output Power (Approximate) DC IN: HI / LOW / EL LI-ion: HI / LOW / EL BT-13: HI / LOW / EL |
144MHz 430MHz 5*1 / 2 / 0.5W |*2 / 2 / 0.5W 5 / 0.5 / 0.05W 5 / 0.5 / 0.05W 0.5 / 0.3 / 0.05W 0.5 / 0.3 / 0.05W |
| Modulation | Reactance modulation |
| Maximum Frequency Deviation | FM: ±5kHz, N-FM: ±2.5kHz |
| Spurious Radiation More than 1W/Less than 0.1~1W/ Less than 0.1W |
Less than |60dB / |50dB / |40dB |
| Frequency Stability | ±5 ppm (-10 ~ 50°C), ±8 ppm (-20 ~ 60°C) |
| Modulation Distortion | Less than 3% (300 Hz ~ 3 kHz) |
| Microphone Impedance | 2kΩ |
*1 Figure not approximate
*2 RF output power in DC-IN mode: Factory preset is 5W but for safety reasons, when the
receiver is using an external power source in the high-power 430MHz range mode, it will
automatically switch to 0.5W (approx.) if temperature in the main unit increases. The time
for automatic switchover will vary according to ambient temperature; however, it should
normally take approximately two to five minutes in continuous operation. For continuous
operation, it is highly recommended that LOW power (approx. 2W) be used.
Except for sensitivity, specifications are guaranteed for Amateur bands only.
KENWOOD follows a policy of continuous advancement in development.
For this reason specifications may be changed without notice.
