AM26C32CDR

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AM26C32CDR is an RS-485 differential line transceiver, which is designed to interface with microcontrollers in data communication applications. The device features a differential line driver and differential line receiver to provide enhanced noise immunity and improved signal integrity in data transmission. This device is also suitable for other applications, such as medical and industrial.

The device uses an RS485 compatible output buffer to drive the differential data line. This buffer is powered from a positive and negative supply, and uses two separate outputs to drive the lines in opposite directions. This ensures that the lines are driven symmetrically, thus reducing the electrical noise and interference in the data transmission. The differential receiver accepts a differential signal from the data line and converts it into a single ended signal for the microcontroller. The receiver also includes an input hysteresis, which helps to improve noise immunity.

The AM26C32CDR also includes an on-chip oscillator, which provides a high frequency clock signal for timing control. The oscillator can be programmed with a wide range of frequencies, allowing the device to be used in a variety of applications. The device also features a low power shutdown mode and programmable shutdown time, making it ideal for applications which require low power operation.

The device is a reliable and cost effective solution for applications which require a bidirectional communication interface between a microcontroller and external devices. It is an ideal choice for applications such as industrial control systems, medical devices, and data communication networks.

In summary, the AM26C32CDR is an RS-485 differential line transceiver designed to interface with microcontrollers in data communication applications. It features a differential line driver and receiver to provide enhanced noise immunity and improved signal integrity in data transmission. The device also features an on-chip oscillator and programmable shutdown time, making it an ideal choice for low power operation applications.

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