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RXD-101
Decoder for Multi-channel Receiver System
• Supply 8 Volts DC, minimum 7 Volts DC, absolute maximum 11 Volts DC.
• Current consumption of each decoder is approximately 10mA at 8 Volts DC.
• If LED is used on the output, replace wire link with suitable resistor.
• Output transistor (BC337) may switch up to 100mA and up to 24VDC.
• If switching inductive loads (relays), no diode across relay is necessary to protect output transistor.
• For latching on applications install latching diode (IN914), same direction as existing IN914.
• To unlatch the 8 Volts supply must be interrupted momentarily.
• Above connections are drawn as “View to component side”.
• For panel mounting the RXD-101 use a 6-way , 156” edge connector : Elsema part Number : 6W-edge.
• Printed Circuit Board dimensions 59 X 39 mm. |
 Click image to enlarge
 Download Datasheet
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Assembly Circuit For Multi-Channel Receiver
Notes:
• Select LED-resistor on RXD-101 card to suit current through LED.
• If relay is used in place of LED, bridge out LED resistor.
• LED or relay will only be ON if corresponding decoder is ON.
• Relay “Z” will be energized if any decoder is ON
• When designing power supply, provide 7 mA for FMR-100 and 10mA for each decoder.
• Absolute maximum voltage on 8.volt rail is 11 VDC, higher voltage will damage decoder.
• Latching and non-latching decoders may be used in one system.
• FMR-100 and RXD-101 operates normally on 8VDC (Minimum 7 VDC and maximum 10 VDC)
• If latching decoders are used provide N/C reset button in positive supply line.
• Absolute maximum input voltage to regulator REG-108 is 40 VDC
• Antenna, use 1 to 2 metres straight wire. Install antenna away from metal parts.
• For panel mounting the RXD-101 use a 6-way , 156” edge connector : Elsema part Number : 6W-edge
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