Universal connector
It is possible to use a
No. | Name | Description | Impedance | I/O | |
1 | SSW | Ext/Int Speaker Switch Input | High Impedance | I | |
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2 | SP+ | BTL Output + for External Speaker | 8 Ω/ 16 Ω | O | |
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3 | SP- | BTL Output - for External Speaker | O | ||
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4 | MSW | Ext/Int MIC Switch Input | High Impedance | I | |
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5 | EMC | External MIC Input | 1.8 kΩ | I | |
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6 | ME | External MIC GND | GND | - | |
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7 | PTT | External PTT Input | High Impedance | I | |
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8 | PF | Programable Function Key Input | High Impedance | I | |
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9 | OPT | Man Down Input | High Impedance | I | |
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10 | E | GND | GND | - | |
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11 | 5V | 5V power supply output | 5V | O | |
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12 | TXD | Serial Data Output | CMOS | O | |
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13 | RXD | Serial Data Input | CMOS | I | |
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14 | NC | Not used | - | - |
Antenna Terminal
50 Ω impedance
Battery Terminal
The battery terminal uses a spring plate.
The negative terminal connects to the chassis ground.
The battery is mounted on the rear side of the transceiver using a sliding mounting method.