74ACT16240SSCX

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The 74ACT16240SSCX helps to make high-performance, low-power 3.3-V operating logic and system buses more efficient and reliable. It is a CMOS device designed for balanced electrical interfaces and improves the performance of systems designers. This device is an integrated logic-level translation buffer typically used in applications where the traditional logic-level translation buffers cannot provide sufficient noise margin or robust performance. It is a great logic solution for many system applications.

The 74ACT16240SSCX has a typical maximum operating frequency of 250 MHz, with a minimum setup and hold times of 1 ns. It is designed to provide high-speed, seamless, efficient communication between devices running at different power supplies and logic levels, especially on multi-voltage systems. It has optimized static and dynamic logic capabilities, with static logic with a minimum logic-low voltage of 0.15 V, and dynamic logic with a minimum logic-high voltage of 0.7 V.

The 74ACT16240SSCX consists of a buffer and 4 latches, where each latch consists of a non-inverted and an inverted input, a non-inverted and an inverted output, and two select lines (S1 and S2). The buffer and latches are optimized for use in applications where two power supplies are present, or for systems that require different logic levels between devices. The S1 and S2 control lines determine which voltage and logic levels are being used for the selected device.

The 74ACT16240SSCX operates with two power supplies, a 3.3-V VCC and a 0.9-V GND. When VCC is greater than or equal to 1.9 V and GND is less than or equal to 0.5 V, the logic level translators are enabled. This allows the device to be used in voltage-level-shifting applications while maintaining a high-level of control over the signals.

The 74ACT16240SSCX is a great solution for designers needing robust, low-power, high-performance 3.3-V operating logic and system buses. It is able to handle high-speed data rates and is ideal for high-performance logic designs, board-level protection, and voltage-level shifting applications, while still providing reliable operation in noisy environments. It is a great solution for many system applications and is sure to meet the needs of almost any design.

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