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Entel HT882
Entel HT882 - robust and reliable marine portable radio that can be used in harsh environments for a long time. The two radio output level used Entel HT882 (W 4 and W 1), according to which the atomic operation is either 15 or 19 hours.To avoid accidentally pressing your radio buttons, buttons and controls can be disabled by the user. Marine portable radio Entel HT882 has a programmable scrambler, which is used to encrypt your voice, protecting against accidental eavesdropping.
The Entel HT882 is a function of data cloning from one radio station to another, just with this particular model can connect additional equipment, such as kammunikatory, chargers and headsets.
Entel HT882 meets military standard MIL-STD 810C / D / E / F and standard IP68 (immersion in water for one hour at a depth of 5 meters).
Specifications:
- Frequency range: 450 - 520MHz
- The channels - LCD 16 channel numbers, the LCD 255 channels
- Channel spacing: 12.5 kHz / 25 kHz
- Communication simplex / half duplex
- Antenna Impedance - 50 ohms
- Antenna - Flexible / truncated
- Battery Type 2000 mAh Lithium-ion battery
- Power supply voltage - 7.4V DC
- Power consumption (nominal) 40mA
- The duty cycle (5.5.90) 12.5 hours
- Operating temperature from -20 ° to + 55 ° C
- Size (mm) 59.5 (W) x 130 (H) x 37 (D)
- Weight 277g with battery and antenna
Transmitter
- Output: High - 4W / Low - 1W
- Modulation 8K0G3E / 16K0G3E
- PLL Oscillator Method
- 2.5PPM Frequency Stability
- The maximum deviation of ± 2,5 kHz (narrow) / ± 5 kHz (Wide)
- Audio Distortion <5% (1 kHz, 60%)
- Spurious Emission -68 [dBc]
- Hum & Noise -40 [dB]
Receiver
- Receiver Type - double superheterodyne
- Sensitivity -0.25uV (12dB SINAD)
- 2.5PPM Frequency Stability
- False Rejection -60 dB
- Adjacent Channel Selectivity -60 dB (Narrow), -70 dB (Wide)
- Distortion <5% (1 kHz, 60%)
- Hum & Noise -40 dB
- Audio Output 1W
Available for order
Documentation:
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- GMDSS
- not GMDSS
Formulas
A formula is a concise way of expressing information symbolically or give a general relationship between quantities.