SN74HCT373DWE4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Latches are data storage elements used in digital logic circuits. A latch is composed of logic gates and is used to store a single binary bit of information. A typical latch will have two inputs, a "set" (S) and a "reset" (R), and two outputs, a "Q" (for the stored binary bit) and a "Q-bar" (its inverse). The stored bit is changed by setting or resetting the input signals S and R; the outputs Q and Q-bar will then reflect the new stored bit. A particular type of latch, the SN74HCT373DWE4, is widely used in electronic systems and provides improved operation over traditional TTL circuitry.

The SN74HCT373DWE4 is a 3-state dual D-type flip-flop with edge-triggered clock inputs and asynchronous set and reset. This device is particularly well suited for high speed bipolar memory chip select address decoding. The \'HCT373 provides improved noise and power characteristics compared to the standard TTL \'374 device. It uses TTL-compatible inputs and operates at higher clock frequency with lower propagation delays than most standard TTL products.

The SN74HCT373DWE4 has two D-type flip-flop circuits inside it. These D-type flip-flop circuits can be used as either level- or edge-triggered latches or flip-flops. The inputs S and R are asynchronous, so they can be used as level controlled inputs or as edge controlled (falling edge or rising edge only) inputs. R takes precedence over S when both are simultaneously asserted. The flip-flop\'s outputs (Q and Q-bar) will immediately follow changes on the D inputs, provided that the clock input is active. A high-level input at the clear (CLR) input will reset the Q outputs of both flip-flops and set Q-bar of both flip-flops irrespective of what the inputs are.

The SN74HCT373DWE4 device is used to store one-bit of information and is suitable for use in logic circuits such as bus interfaces and decoders. Since it has an asynchronous clear pin, it allows for easy reset in asynchronous circuits. The device also features built-in power-on reset circuitry and is available in a dual-in-line package, making it easier to mount. The SN74HCT373DWE4 is also pin-compatible with standard TTL devices, making it possible to upgrade existing TTL circuitry with the improved HCT device.

The SN74HCT373DWE4 latch is used in a variety of fields, such as computer systems, communication systems, consumer electronics and industrial automation. It is often used in communication systems as a memory interface-address latch, where the two D-type flip-flop circuits can be used to store two bits of information. In consumer electronics, it is often used as a digital signal processing circuit, as a timer circuit or for frequency control. In industrial automation, it can be used for trouble-shooting operational issues or for controlling motors, solenoids or other electromechanical actuators.

The SN74HCT373DWE4 latch is an improved version of the standard TTL \'374 latch that provides improved noise and power characteristics, improved clock frequency and lower propagation delays than most standard TTL products. This device is widely used in a variety of fields, from communication systems and consumer electronics to industrial automation. It is a versatile data storage element that is suitable for a wide range of applications.

The specific data is subject to PDF, and the above content is for reference