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SPECIFICATIONS:wpe19.jpg (13138 bytes)

RF Input 420-450 MHz
Noise Figure < 1.2 dB (MRF966 GaAs-FET)
Input Impedance 50 ohm
Output Impedance 75 ohm

RF Output

Channel 2, 3 or 4
DC Input +12 VDC @ 75 ma
RF Stages 2 (MRF966 and MRF901)
LO Varactor Tuned
Fine Tuning Range Approximately 30 MHz
Pre-IF Stage Gain 6 dB minimum
PC Board Size 2 1/2" W x 4" L

 

The low noise GaAs-FET ATV3 Amateur Television Converter converts any TV receiver to a fast scan ATV monitor without incurring the expense of commercially made equipment. The ATV3 converter covers the 420 to 450 MHZ ATV range using channel 2, 3, or 4 on a standard TV set, without modification to the set. The ATV3 circuit consists of a low noise, high gain GaAs-FET RF front end, a 2nd RF stage, a double balanced mixer, a temperature compensated VCO controlled by a varicap diode (for remote tuning, if desired), and a pre-IF amplifier stage. The RF energy being received is converted down from the 420 to 450 MHz range to TV channel 2, 3 or 4. Power supply requirements are not critical. A +12 VDC regulated supply that can supply up to 75 mA is required. The converter may be mounted at the receive antenna and tuned by a remote potentiometer so as to reduce losses in the coax feedline at the higher frequency.

PARTIAL KIT includes detailed step-by-step instruction manual, printed circuit board, and all electronic components which mount on printed circuit board. Partial Kit does not include heatsink, chassis, connectors or hardware.

AVAILABLE CONFIGURATIONS:
 

ATV3-PKW Partial Kit (Wired and Tested)

$69.95

ATV3-PK Partial Kit

$49.95

ATV3-PCB Printed Circuit Board Only

$12.00

ATV3-I Instruction Manual

$ 5.00

PARTIAL KIT includes detailed step-by-step instruction manual, printed circuit board, and all electronic components which mount on printed circuit board. Partial Kit does not include heatsink, chassis, connectors, or hardware.

 

 Send mail to cci.dayton@pobox.com with questions or comments about this web site.           

 

                This Page was last updated September 30, 2005