Infrared rectennas
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Related Circuits
The fundamental theory behind infrared technology necessary for this tutorial was previously covered in the Infrared Receiver tutorial, so a concise overview will be provided here. The explanation will begin with a general description of infrared and its relevance...
A simple device designed for quickly checking common infrared remote controls can be beneficial for electronics enthusiasts who often need to repair or test these widespread devices. A reliable circuit was created using a few components: the LED will...
A transmitting circuit powered by an infrared light-emitting diode emits light. The receiving circuit, shown in the figure, utilizes a transistor (3DU5) to receive the infrared light and output the received signal. The signal is sent to terminal 3...
The SC41343 is designed as a type of infrared, ultrasonic, or RF remote control launch coding circuit. The internal circuit comprises a sequence generator, control logic circuit, 4-bit shift register, data extraction circuit, and latch circuit. Features include the...
Infrared remote controls are using a 32-56 kHz modulated square wave for communication. These circuits are used to transmit a 1-4 kHz digital signal (OOK modulation) through infra light (this is the maximum attainable speed, 1000-4000 bits per sec)....
The transmitter provides an optical link (infrared) for headphones. Three infrared LEDs (IR) are powered by T1, with P1 used to adjust the current level. The current consumption of this headphones infrared transmitter is approximately 60mA at 9V. The infrared...