SN74ALS245A-1N

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The SN74ALS245A-1N is a part of the advanced low power Schottky (ALS) series of integrated circuit logic families by Texas Instruments. It is part of the Logic - Buffers, Drivers, Receivers and Transceivers, and is specifically designed for multipoint signalling, data transfer and signal isolation applications.

The SN74ALS245A-1N has a broad operating temperature range of -55°C to +125°C, making it suitable for both commercial and industrial applications. The device is capable of transferring data from up to 8 ports at simultaneously, making it highly efficient for data transmissions.

The SN74ALS245A-1N is constructed of 24 pins and its package size is 72 mm x 80 mm x 9.5 mm or 8 pin mini DIP (dual inline package) or 8 pin SOIC (small outline integrated circuit). Its power supply voltage is 3.3 to 5V. The device has TTL/LS/ACT compatible inputs, Schottky clamped outputs and low power Schottky logic levels.

The operating principle of the SN74ALS245A-1N is quite straightforward and consists of two main parts; transmitters and receivers. The transmitters are responsible for the outputs and the corresponding outputs, while the receivers receive data from the inputs and control the corresponding outputs. The device can handle up to 8 ports in either direction simultaneously and offers a low propagation delay of only 6ns.

The SN74ALS245A-1N is suitable for multipoint signalling, data transfer and signal isolation applications, making it an ideal choice for applications that require a high degree of flexibility. It is also fully compliant with the TIA/EIA-491-3 signaling standard. Furthermore, the device has a low power consumption of only 3mA and does not require any external components.

The SN74ALS245A-1N is an excellent choice for applications that require low power operation, low propagation delay and a high degree of flexibility. It offers an easy-to-use operational principle, is fully compliant with the TIA/EIA-491-3 signaling standard and is capable of handling up to 8 ports in either direction simultaneously. Furthermore, the device requires no external components and has a low power consumption of only 3mA.

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