CY74FCT162841CTPVC

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The CY74FCT162841CTPVC is a 1-Bit dual-supply bus transceiver with two Data Enable inputs designed for low-voltage (2.5-V to 3.6-V) VCC operation. The device has two independent transceivers, each with one data direction control input and two data enable inputs, providing two inverting and two non-inverting transceiver pairs. The devices are easily used as two 8-bit transceivers. The device is compatible with TTL output levels. The transceiver has logic level conversion between a 1.2V and 3.6V logic supply.

The CY74FCT162841CTPVC belongs to the Logic - Latches family of logic devices. It works by storing data in the form of logical 1s and 0s, maintaining it until a new signal comes in. It is essentially a digital switch for turning a signal on and off. Latches are used in digital circuit design because they provide reliable data storage and less susceptibility to electrical noise.

The CY74FCT162841CTPVC has diverse applications in the field of logic. It can be used to control system buses, as well as various types of memory such as SRAM and DRAM. It also finds applications in address decoding, and is used as a set-reset flip-flop in a number of logic circuits. It can also be used as a multiplexer or demultiplexer, enabling it to be used for data multiplexing, such as switching between different ports or data lines.

The CY74FCT162841CTPVC has several advantages over those other devices in its family. It offers improved noise immunity, due to its internal hysteresis, while its low power consumption allows it to be used in power-sensitive applications. It also provides fast timing performance due to its internal logic level circuit.

The CY74FCT162841CTPVC utilizes two non-overlapping data enable inputs, ENnA and ENnB. When ENnA is low and ENnB is high, data is transferred from the DnA input to the DnB output. When ENnA is high and ENnB is low, the data is transferred from the DnB input to the DnA output. Lastly, when both inputs are high, the latch is reset, and both data inputs are latched. The device also provides separate active-low outputs for each data input, OB nA, for DnB and OBnB for DnA.

In addition to its low-power performance and fast timing, the CY74FCT162841CTPVC also features integrated output buffer drivers, allowing it to drive heavy loads, while its temperature-compensated Schmitt triggers help to reduce system power dissipation. The device also has active-low outputs for both Data A and Data B.

The CY74FCT162841CTPVC is an excellent choice for a variety of logic applications, including memory control, address decoding, and data multiplexing, due to its low power consumption, improved noise-immunity and fast timing performance. Its integrated output buffer drivers allow it to drive heavy loads, while its temperature-compensated Schmitt triggers help to reduce system power dissipation. By combining all of these features, the CY74FCT162841CTPVC can help to maximize system performance, even in the most challenging of conditions.

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