Motorola GP3688 Walkie Talkie for Diverse Industry Applications
|
General |
UHF |
|
Frequency |
403-440MHz |
|
Channel capacity |
64 channels |
|
Power supply |
7.5V±20% |
|
dimensions (without belt clip and antenna) With NiCd/extended LiIon With standard NMH With slim LiIon |
126.5mm (H) x 61.5mm (W) x 45mm (d) 126.5mm (H) x 61.5mm (W) x 43mm (d) 126.5mm (H) x 61.5mm (W) x 42mm (d) |
|
Weight (without belt clip and antenna) With extended LiIon With slim LiIon With standard NMH With NiCd |
379g 378g 440g 431g |
|
average battery Life @ 5-5-90 duty Cycle With extended LiIon With slim LiIon With standard NMH With NiCd |
Hi Power (4W) 14hrs 12hrs 10hrs 8hrs |
|
Receiver + |
UHF 12.5 kHz |
|
Frequency |
403-440MHz |
|
Sensitivity 12db EIa SINad |
0.25uV |
|
adjacent Channel Selectivity |
-65db |
|
Intermodulation |
-70db |
|
Frequency Stablility (-30°C to +60°C) |
0.00025% |
|
Spur Rejection |
-75db |
|
Hum and Noise |
-45db@12.5kHz -50db@25kHz |
|
Image and 1/2 I-F Rejection |
-70db |
|
audio Ouput @ < 5% distortion |
500mW |
|
Transmitter |
UHF |
|
Frequency |
403-438MHz |
|
Channel Spacing |
12.5/20/25kHz |
|
Frequency Stablility (-30°C to +60°C) |
0.00025% |
|
Spurs/Harmonics |
-36 dbm < 1GHz |
|
audio Response (from 6db/oct. Premphasis, 300 to 3000Hz) |
+1, -3db |
|
audi distortion @1000Hz, 60% Rated Max. dev. |
<3% |
|
FM Noise |
-40db(12.5Khz) |
|
FCC Modulation 20/25 kHz |
16K0F3E & 11K0F3E |
Introducing the TYT MD-380, an exceptional addition to the TYT DMR radio lineup. This standout product offers unmatched performance, versatility, and reliability, making it the perfect choice for seasoned amateur radio enthusiasts and professional users alike.
The TYT MD-380 is designed to meet the communication needs of a wide range of users, from hobbyists to professionals. With its advanced features and durable construction, this DMR handheld radio is built to provide dependable communication in any situation. Whether you're out in the field, on the job, or simply enjoying your favorite outdoor activities, the MD-380 is the reliable solution you've been looking for.
Function Introduction
