RP60 -
Specifications
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| Home | RP60 | Specifications | Options | Price List | Data sheets | Enquiry
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| ELECTRICAL |
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| Microprocessor |
Clock Speed 16/4MHz |
| Supply Voltage |
Better than 8 to 18 Volts DC |
| Supply Current |
Less than 100mA Standby |
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Less than 135mA Transmitting |
| Receive Level |
10mV to 8Volts Peak to Peak |
| Transmit Level |
10mV to 2Volts Peak to Peak Audio, Tone |
| COR Input Active State |
Positive or Negative, jumper selectable |
| Level Change |
Less than 100mV |
| Decode Tones |
All 50 CTCSS/PL Tones |
| Cross Encode |
Decode any tone to Encode any tone |
| Frequency Response |
300-3KHz audio Path |
| DTMF |
All 16 DTMF tones, + any tone transmitted continuously for > 16 seconds
causes equipment reset |
| Comfort Tones |
300-2.5KHz, programmable duration, on/off times |
| Temperature Range |
Better than -10°C to +50°C |
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| PHYSICAL |
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| Construction |
Two part steel case with internal PCB |
| Dimensions |
220mm x 178mm x 33mm |
| Front Panel |
Power - Green LED |
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Carrier -Yellow LED, Decode Red LED |
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Transmit - Red LED |
| External Connections |
14 way screw terminal plug and socket |
| 9 Way 'D' Type Serial |
| Internal Connections |
Option Connector for Voice Messaging |
| Option Connector for Selective Calling |
| Tx Level |
Level jumper and Potentiometer |
| Rx Level |
Level jumper and Potentiometer |
| Tone Level |
Jumper for Emphasis and Level Potentiometer |
| Carrier Phase |
Jumper and threshold Potentiometer |
| RX De-Emp |
Jumper for ON/OFF |
| TX Output |
Jumper Selectable Audio OR Audio + Tone |
| Fittings |
4 adhesive feet are provided for desktop operation |
| OPTIONS |
Selective Calling, Voice Messaging |
| U mounting bracket |
| A range of radio specific connection leads |
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| Introduction
Features Specifications Optional Add-ons Price List Manual Application notes Send an Enquiry Send
an E-mail Enquiry Back to Home Page |
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This information contained
on this web site is believed to be accurate. However, no responsibility is assumed by
Karter Electronics for inaccuracies, changes or enhancements which may be introduced.
Last updated 16 August 2001,
Copyright Karter Electronics 2000
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