HSDL-3208-S25

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IrDA Transceiver Modules are designed to provide the IrDA Serial Infrared protocol, with the HSDL-3208-S25 being a prime example. These devices can be found in various types of applications in industrial, commercial, and residential settings. It is a perfect solution for transferring faxes, printing documents, and transferring data over infrared links, due to its compact size, low power consumption, and wide operating temperature range.

The HSDL-3208-S25 uses a unique data modulation technique designed to minimize interferences. The module complies with IrDA standards, meaning that it is compatible with legacy IrDA devices and can be applied in a variety of applications. A key feature of this IrDA transceiver module is the embedded protocol stack, which simplifies the implementation process.

Another key feature of the HSDL-3208-S25 is its low power consumption. The device operates at a nominal supply voltage between 4.5 and 5.5 volts, consuming power ranging from 98.7mW to 116.2mW. The device can be turned on or off instantly, meaning it can be activated in an instant and be ready to transmit data.

The HSDL-3208-S25 is also designed to support a wide range of operating temperatures. The protocol stack works properly within an operating temperature range of -40°C to 125°C. This wide range of operating temperatures makes the device suitable for use in industrial, automotive, and consumer applications. The device can also be adapted to different applications, due to its high level of customization.

The working principle of the HSDL-3208-S25 IrDA Transceiver Module is based on direct infrared-light communication. The module emits electromagnetic signals in the 850 nanometer waveband and receives light from other infrared-enabled devices. The data modulation technique used by the module reduces interference due to the high frequencies of the signals. Additionally, the protocol stack embedded in the module decodes these signals and stores the information sent by the other device.

The module then transmits the stored information in a compatible format to the target device, allowing for successful data exchange. The data exchange rate of the device is determined by the speed of the protocol stack, which supports a data exchange of up to 4 Megabits per second. This module allows devices to communicate and transfer data uncompressed and without additional cabling.

In conclusion, the HSDL-3208-S25 is an excellent example of an IrDA Transceiver Module. It is designed to provide an IrDA module with a wide operating temperature range, low power consumption, and a fast data exchange rate. It is well suited for applications where infrared links are needed, such as printing documents, transferring faxes, and transferring data between devices.

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