Series:	--
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Data Rate:	115.2kbs (SIR)
Voltage - Supply:	2.4V ~ 5.5V
Idle Current, Typ @ 25°C:	1µA
Link Range, Low Power:	20cm
Orientation:	Side View
Operating Temperature:	-25°C ~ 85°C
Size:	9.2mm x 3.9mm x 2.7mm
Standards:	--
Shutdown:	Yes

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Introduction to GP2W0004YP and its Applications

The GP2W0004YP infrared transceiver module is a type of IrDA transceiver module that is used for infrared communication. It enables communications between two devices in an optical form. This type of module works in the usual infrared blocks and also in the new 850 nm wavelength, making it applicable to a whole range of applications.This type of transceiver module is often seen in the communications industry, in consumer electronics, and in portable devices. It is used for wireless data communications and in what is referred to as short-range infrared wireless connectivity.

Specifications

The GP2W0004YP infrared transceiver module offers basic general characteristics such as a 0.9 V to 3.3 V operating voltage, a 5V HV tolerance, a 15 mA supply current, and light power output of 1 mW. Other features include its ability to handle a small bit rate of 9.6 kbps in data transmission, and its small size of just 15.2 × 17.6 × 5.2mm.

Applications

The GP2W0004YP infrared transceiver module is most commonly used in secure transactions, wireless data communication between two devices, and for wireless control applications. This type of module is seen in many products that require convenient wireless connectivity with other devices. Such products include computers, cell phones, PDAs, scanners, and consumer electronics. Because of its band coverage, the GP2W0004YP can also be used for external communications between two objects, or for multiple operations such as automatic light dimming or color control in large buildings.

Working Principle

At its simplest level, the GP2W0004YP infrared transceiver module works by light transmission. It uses the same basic principle as telecommunication but with light instead of electrical signals. In order to transmit and receive data, the transceiver module uses an LED to emit light and a photodiode to detect the light. The transmitted light is modulated, meaning it alternates between high and low frequencies in order to deliver the data. The module needs to be able to both transmit and receive a signal, which is done by alternating between a receiver and transmitter state in order to send and receive the same data. In addition, the module can encode and decode information for data communication. It works using infrared-demodulation, amplitude-modulated, and frequency-shift keying. This enables the module to communicate with different types of electronic devices at various bit rates.

Conclusion

The GP2W0004YP infrared transceiver module is a versatile and reliable device that can be used for a variety of applications. Its built-in features and abilities make it an ideal choice for secure data communications, remote control applications, and even light-control systems. The module\'s general characteristics and specifications are suitable for different types of environment, making it a great choice for many uses.

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