SN74ABT162825DLG4

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SN74ABT162825DLG4 is a type of logic device, classified as a buffer, driver, receiver, and transceiver. This article will discuss the application fields and the working principle of the SN74ABT162825DLG4.

The SN74ABT162825DLG4 is a “quad 3-state non-inverting Bus Transceiver”. It is designed to operate as a data buffer and signal line driver. The device is bidirectional, and features adjustable active low output enable (OE) pin.

The SN74ABT162825DLG4 is most commonly used in systems that may require data streams to be modified before transmission or must be buffered for the protection of sensitive peripheral components. Possible applications include the system control bus, address bus, and data bus in computer systems, as well as the I/O bus in a microcontroller or microprocessor.

The SN74ABT162825DLG4 has four data inputs (A0 . . . A3), four data outputs (B0 . . . B3), and one enable pin (OE). When the OE pin is low, all four outputs (B0 . . . B3) are enabled, and the data set on their corresponding inputs (A0 . . . A3) will be transmitted. When the OE pin is high, the outputs (B0 . . . B3) are disabled, and the outputs are in a high impedance state.

The SN74ABT162825DLG4 is designed to operate on both 3.3V and 5V logic levels. The device operates using a dual supply voltage level: a supply voltage VCC1 (3.3V) and VCC2 (5V). The device is also capable of driving both 3.3V and 5V logic levels. Output levels of both will be the same as the applied logic level.

The SN74ABT162825DLG4 has two modes of operation: active high and active low. When the OE pin is in the active high (high logic) state, the outputs (B0 . . . B3) are enabled, and the inputs (A0 . . . A3) will be transmitted. When the OE pin is in the active low (low logic) state, the outputs (B0 . . . B3) are disabled, and the outputs are in a high impedance state.

The SN74ABT162825DLG4 has many advantages over other transceivers in its class, including a low power consumption, low power Schottky TTL, programmable timing skews, adjustable output impedance, and fast switching speed. The device also features high signal-to-noise ratio, pulse distortion-free over temperature, impedance mismatches, and a low parameter channel between the devices.

The SN74ABT162825DLG4 is also designed to be highly reliable under heavy electrical loads. It operates at an extremely low-power dissipation, thus reducing the risk of heat-related failure due to high current demands. In addition, the device features an extended temperature range, high levels of EMI/RFI noise immunity, and a flexible design that allows for use in a wide range of applications.

The SN74ABT162825DLG4 is a highly reliable and cost-effective transceiver, making it an ideal choice for many applications. It can be used to improve system performance, increase reliability, and enable better data streaming. Its many advantages make it a logical choice for any type of data or signal buffer application.

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