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Browse through
our schematics here for the remote control circuit that best suits your
needs. When you're ready for parts, check out our "Remote
Control Store" We carry the majority of the components shown in these
schematics
HERE |
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| Schematics for
turning your IR transmitter into an RF transmitter to control existing
equipment form anywhere in your house with your IR transmitter. Online Project Page: HERE Schematics: HERE Buy the RXLC-434 & TXLC-434: HERE Schematics for the new
TXLC-434 / RXLC-434 433.92MHz RF transmitter & receiver modules with
4-bit & 8-bit remote control encoder/decoder circuits. TWS / RWS Modules: Using the TWS-434 & RWS-434 RF modules with the Basic Stamp: These are online graphic schematics you can view with your web browser. Schematic for using the Basic Stamp I to transmit data using the TWS-434 RF transmitter modules. HERE Schematic for using the Basic Stamp to receive RF data transmissions using the RWS-434 RF receiver modules. HERE 8-Bit RF Remote Control Schematics: 8-Bit transmitter schematics using the TWS-434 433MHz RF transmitter with Holtek 8-Bit encoder HT-640. HERE 8-Bit receiver schematics using the RWS-434 433MHz RF receiver with Holtek 8-Bit decoder HT-648L. HERE Various .GIF Format Schematics 8-Bit Transmitter Schematic: Click HERE 8-Bit Receiver Schematic: Click HERE Simple 5-Switch, 4-Bit Transmitter: Click HERE 5-Switch, 4-Bit Transmitter With Power: Click HERE 4-Button, 4-Bit Transmitter With Diodes: Click HERE 4-Bit Receiver For DC Motor Control: Click HERE Simple Relay Control Circuit: Click HERE |
Complete schematics for
building our new 3-bit, Tiny-IR transmitter & receiver KITs. Schematics: HERE Buy Tiny-IR KITs & Parts: HERE Complete
schematics for building an inexpensive infrared data communications system
for use with microcontrollers such as the Basic Stamp, PIC, and 8051. 4-Bit RF Remote Control Schematics: Schematic for 5-button, 4-Bit transmitter schematic for TWS-434 RF transmitter. This design has power ON continuously, and uses /TE (transmit enable) to initiate data transmission. HERE 5-button, 4-Bit transmitter schematic with encoder IC power ON, and using transmit enable button. For use with the TWS-434 433MHz RF transmitter module with Holtek HT-12E encoder IC. HERE 4-button, 4-Bit transmitter schematic for the TWS-434 433MHz RF transmitter module with Holtek HT-12E encoder IC. This design allows the data-input switches to provide power, transmit enable, and data. HERE 4-Bit receiver schematic using the RWS-434 433MHz receiver module with Holtek HT-12D decoder IC. HERE Simple relay control circuit for use with all Holtek decoder ICs. HERE Schematics for building the
Tiny-IR, 3-bit receiver for use with the Tiny-IR transmitter. Infrared LED drive circuit using a 74HCT132 NAND to mix carrier frequency/data signal for modulated receivers like the Panasonic PNA4602 IR detector modules. HERE Schematic for using the Panasonic PNA6402M 38KHz infrared receiver module (inverted) for use with Holtek HT-12D or other decoder ICs. HERE Infrared Remote Control Schematics: Schematics for building the original Fire-Stick I, 4-bit, infrared transmitter. HERE Schematics for building the 4-bit infrared receiver section for use with the original Fire-Stick I. HERE Note: This schematic shows the old 38KHz LiteOn IR detector module. If you use a different IR detector, please refer to the manufacturers datasheet for correct pin locations. Pin-outs for the Panasonic PNA4602M 38KHz IR detectors we carry in stock are below. Schematic for using the Panasonic PNA4602M 38KHz infrared receiver module. HERE Schematics for using our Tiny-IR,
high-power, infrared transmitter. |
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