SN75ALS176DR

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The SN75ALS176DR is a driver, receiver, and transceiver designed to provide high speed, buffered data transmission over two-line buses. It has two sets of eight bidirectional buffers, each with an active-low output enable and an active-low direction control. The two sides of the bus can be independently enabled and direction control signals can be used to disable or direction control and both sides of the bus in either direction. As an integrated circuit, the SN75ALS176DR can be used in a variety of applications where high speed translates to a more efficient data transmission.

Overview

The SN75ALS176DR is a high-speed integrated circuit device that provides buffered data transmission over two-line buses. It has two sets of eight bidirectional buffers with active-low output enable and active-low direction control signals. The device is designed to provide a low capacitance, low voltage, and low noise transfer system. The SN75ALS176DR also offers high speed, low power consumption, and has a low input capacitance for crosstalk prevention. It is available in a 16-pin DIP package and is compliant with the AECQ-100 standard.

Features and Benefits

The SN75ALS176DR features several key benefits, including reduced capacitance, low voltage, high speed data transmission, low power consumption, high noise immunity, low on-board capacitance, and wide supply voltage range. Its bidirectional buffers can be independently enabled and direction control signals can be used to disable or direction control and both sides of the bus in either direction. Additionally, the SN75ALS176DR has an 8-bit parallel port interface, an 8-bit serial port interface, and is compliant with the AECQ-100 standard. This enables it to be used in many applications where high speed translates to a more efficient data transmission.

Application Fields

The SN75ALS176DR can be used in many applications, such as automotive electronics, industrial automation, medical and health care systems, media streaming, and telecommunications. Additionally, it is well suited for applications in which two-line buses need to provide fast and reliable data transfer, such as control systems and data acquisition. It has also been used in networking applications in which higher speed data transfers are needed, such as in local area networks (LAN) and wide area networks (WAN). In addition to these applications, the SN75ALS176DR is also used in remote sensing and detection applications, in which it can provide faster data transmission than traditional devices.

Working Principle

The SN75ALS176DR works by providing a low capacitance, low noise transfer system. It consists of two sets of eight bidirectional buffers, each with an active-low output enable and an active-low direction control. The two sides of the bus can be independently enabled, and the direction control signals can be used to disable or direction control and both sides of the bus in either direction. The SN75ALS176DR is designed to provide a low input capacitance for crosstalk prevention and maintain a high speed data transmission. By providing a low voltage and high speed delivery for data transmission, the SN75ALS176DR is able to ensure an efficient data transmission across two-line buses.

Conclusion

The SN75ALS176DR is a driver, receiver, and transceiver designed to provide high speed, buffered data transmission over two-line buses. It has two sets of eight bidirectional buffers with active-low output enable and active-low direction control. The two sides of the bus can be independently enabled and direction control signals can be used to disable or direction control and both sides of the bus in either direction. The SN75ALS176DR works by providing a low capacitance, low noise transfer system and is compliant with the AECQ-100 standard. It is well suited for a variety of applications such as automotive electronics, industrial automation, media streaming, and telecommunications where high speed data transfer is required. Additionally, it can be used in networking applications in which higher speed data transfers are needed, such as in LAN and WAN.

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