CY74FCT2373TQCT

The CY74FCT2373TQCT is a logic latch component, which is mainly used in applications requiring a high speed of data transmission, such as in parallel ports, PCI and AGP buses, etc. It consists of two double-wide non-inverted latches with three-state outputs, all of which are clocked with a single clock signal, enabling them to be operated independently from each other. This device is designed to be used both in consumer and office applications.

The working principle of the CY74FCT2373TQCT is quite simple. It uses an array of two data input lines, Qa and Qb, to store data in two separate latch sections. Each latch section is composed of two separate clocking inputs, ENa and ENb, and two separate output buffers, OA and OB. When the enable inputs ENa and ENb are both asserted, the data in the respective latch sections is held in place and the two output buffers turn on, allowing the data to be outputted. When either enable input is not asserted, the data in the respective latch section is not held in place and the output buffer turns off, thus blocking the outputs.

The input lines of the CY74FCT2373TQCT accept TTL levels and the output lines offer both a high level (Vcc) and a low level (Gnd). The clocking inputs are latched so that the data input can be changed without affecting the output. The rate at which the device can operate is up to several hundred megahertz, making it suitable for applications requiring high speed data transmission.

Apart from its high speed capabilities, the CY74FCT2373TQCT also features a low power consumption of under 0.5 μA in the “standby” mode, which makes it ideal for battery powered applications and other similar applications where power savings are of utmost importance. Additionally, the device features an internal power-on reset circuit, which makes sure that the device is not left in an unknown state when power is first applied.

All in all, the CY74FCT2373TQCT is a great logic latch component, designed to help make applications requiring high speed data transmission simpler and more efficient. It is a perfect choice for such applications, featuring a fast operation speed, low power consumption and an internal power-on reset circuit, giving the user peace of mind knowing that the device is safe and secure from any unexpected behaviour.