STPIC6A259MTR Integrated Circuits (ICs)

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The STPIC6A259MTR offers high degree of integration while maintaining a low pin count, making it an ideal choice for a number of applications. This device is a 3-state 8-bit latch, made up of two data latches, one control latch, and two output enable latches. The device is designed to be used in logic circuit designs, such as the ones used in computer or communications systems.

This device is classified as a logic latch. Its function is to provide a way to store binary data, much like a flip-flop. The data is held in the latch as long as the power is applied. Logic latches also allow for a much faster speed of operation than flip-flops. This makes them ideal for rapid data transfer and switching applications.

The STPIC6A259MTR operates on a single power supply of 5V. It has a maximum operating temperature of 85°C, and has an operating voltage range of 4.5V to 5.5V. The device is a 3-stage, 8-bit latch, made up of two data latches, one control latch, and two output enable latches. The data latch takes two individual input signals and stores them in an 8-bit register. The control latch takes a single logic signal and holds it in the device. The output enable latches are used to control whether the data stored in the data latch is outputted. The device can operate at speeds up to 4MHz.

The STPIC6A259MTR is used in a variety of applications such as communications, data storage, and computer systems. In communications, the device is used as a buffer register, allowing for faster transmission of data over long distances. In computer systems, the device is used to store binary data, and to arbitrate multiple requests for memory access. In data storage applications, the device can be used to store/retrieve digital information quickly.

The STPIC6A259MTR is a powerful device, offering a low pin count yet providing high degree of integration. Combining a 3-state latch with output enable functionality, this device is very versatile and is suitable for a wide variety of engineering applications. Combining the device with other logic circuitry allows for rapid data transfer, and efficient system operation, making it a great choice for many different design projects.

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