SN74ALVTHR16245KR

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Logic devices are essential components of all electronic systems. They are used to translate signals from one device to another. The SN74ALVTHR16245KR is a high performance, low-power, multi-function logic device. It is a quad slow-edge rate BiCMOS buffer that is ideal for use in high-performance applications. This device is capable of providing high levels of functionality, speed, and robustness.

The SN74ALVTHR16245KR is typically used in applications such as memory interconnects, data buffering, memory expansion, or multiplexers. It offers excellent signal integrity, low-power operation, and high-performance switching thanks to its BiCMOS architecture. The device features four independent buffers, each with up to eight-bit data buffering capability. The buffers have level-triggering, hysteresis, and low-power features.

The logic device operates on a single 3.3 V supply and draws very low quiescent current. It has a typical propagation delay of 1nS, and slew rate of 8nS. The SN74ALVTHR16245KR has a wide operating temperature range from –40 to +85°C. It can be used in a wide range of applications and is compatible with standard logic families such as, ECL and LVPECL.

The SN74ALVTHR16245KR is extremely versatile and can be used as a buffering, multiplexing, or data synchronization tool. It is ideal for high-speed and low-voltage applications. The device is capable of translating input signals of different logic levels and voltage levels while maintaining signal integrity. The device is available in multiple package options, including 8-pin PDIP, and 8-pin SOIC.

The SN74ALVTHR16245KR is a high-performance logic device which is suitable for use in high-speed data buffering, multiplexing, and data synchronization applications. It features four independent buffers with up to eight-bit data buffering capability. The device operates on a single 3.3 V supply and has a typical propagation delay of 1nS, and a typical slew rate of 8nS. The device is available in multiple package options, including 8-pin PDIP, and 8-pin SOIC, and it has a wide operating temperature range from –40 to +85°C.

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