This is a general purpose serial port infrared receiver. With the help of appropriate software, you can control different functions of your PC from a distance. For example, you can control your home cinema settings (volume, play, pause, stop, etc.), your Winamp, etc.
It uses for receiver TSOP 1738 (38 KHz) but it worked well with TSOP 1736 (36 KHz) and a remote Sony which works at 40MHz.
The two transistors light up the LED when a signal is received. Any kind of LED will fit. More: The software that can be used are:
But keep in mind that each software uses different pin out. Details can be found at the schematic.
The circuit described is a versatile infrared (IR) receiver designed to interface with a personal computer via a serial port. The core component of the system is the infrared receiver module, typically a TSOP 1738, which is sensitive to modulated IR signals at a frequency of 38 kHz. This module can also operate with TSOP 1736 (36 kHz) and is compatible with certain Sony remotes that transmit at 40 MHz, demonstrating its flexibility in receiving signals from various sources.
The schematic features two transistors configured in a manner that allows them to drive an LED indicator. This LED serves as a visual feedback mechanism, illuminating when the receiver detects an IR signal. The choice of the LED is non-specific, meaning that any standard LED can be utilized, providing adaptability in terms of component selection.
The circuit is designed to interface with multiple software solutions, including Girder with the Igor Plugin, WinLIRC, Miriam, and IRAssistant. Each of these applications may require specific pin configurations to function correctly, which should be referenced in the accompanying schematic. This emphasizes the importance of consulting the schematic for accurate wiring and connectivity, ensuring that the receiver operates as intended across various software platforms.
In summary, this general-purpose infrared receiver circuit is a practical solution for remote control applications, allowing users to manage their PC and connected devices wirelessly. Its compatibility with different IR receiver modules and software enhances its usability in diverse scenarios.This is a general purpose serial port infrared receiver. With the help of appropriate software (see below) you can control different functions of your pc from a distance. For example you can control your home cinema settings (volume, play, pause, stop etc), your winamp etc.
It uses for receiver TSOP 1738 (38 KHz) but it worked well with TSOP 1736 (36 KHz) and a remote Sony which works at 40Mhz. The two transistors light up the led when a signal is received. Any kind of led will fit. The software that can be used are:
# Girder + Igor Plugin
# WinLIRC
# Miriam
# IRAssistant
But keep in mind that each software uses different pin out. Details can be found at the schematic. 🔗 External reference
This set of two circuits forms the basis for a simple light wave transmitter. A laser beam is modulated and directed towards a receiver that demodulates the signal and presents the information, such as voice or data. The assembly...
Before using this or a similar device, their data sheet should be read carefully and any power supply recommendations should be followed to prevent false output pulses. The receiver module used for this test worked very well under all...
Following the functionality of the standard regenerative front-end receiver circuit, initial output from the transmitter can be observed. The first point of interest in the schematic is located immediately after the LC tuning circuit and the DC blocking capacitor....
The Dish Network 322 Satellite Receiver enables television viewing of two distinct programs in two separate locations. This is a schematic block diagram illustrating an exemplary circuit logic diagram. The receiver is capable of predicting the elevation angle for...
Zilog's Z8 Encore XP F1680 Series features a highly optimized set of capabilities specifically designed for stepper motor microstepping control. Key features of the Z8 Encore! XP F1680 include: an 11 MHz internal oscillator, two analog comparators, a 10-bit...
A low noise circuit featuring a variable voltage gain (10 - 100) pre-set, primarily designed for high-quality microphone input, but also suitable for low-level line input. The Tone Control Module consists of a three-band (Bass, Middle, Treble) tone control...
We use cookies to enhance your experience, analyze traffic, and serve personalized ads.
By clicking "Accept", you agree to our use of cookies.
Learn more