SN74AHC373PW

The SN74AHC373PW is a 8-bit D-type flip-flop with D-type edge-triggered latch used in many applications. The device has three separate active-low chip-enable inputs, clock (CP), display enable (DE) and read/write (WR). When all three of these inputs are held in the low or off state, the device will latch or store the data present on the D-inputs. Once latched the data can be read or written to a memory location.

The SN74AHC373PW has a number of features which make it an attractive device for many applications. It provides data protection during power outages and has an active-low asynchronous reset input. The device also features low power dissipation and is available in an array of package types ranging from small-outline integrated circuits (SOIC) to surface mount packages.

The SN74AHC373PW is most commonly used in applications that require data protection such as automotive power management, audio/video systems, general-purpose memory, and peripherals. The device is also used in applications that require low-EMI (electromagnetic interference) and low-power performance, including wireless communication products and portable applications. In addition, the device is used in logic sequencers, shift registers, and conversion applications.

The SN74AHC373PW is a D-type latch, meaning that it has a single data input for the D pin and three control inputs for the chips enable, clock, and write/read functions. This device is similar to a set-reset flip-flop but it operates on an input signal rather than on a clock signal. The 12-bit latch can be programmed to trigger up, down, or up/down depending on rising or falling edges. When the latch is enabled, data is stored in the latch at the rising or falling edge of the clock pulse and remains stored until the latch is disabled. The 12-bit latch also features an active-low asynchronous reset. This allows for data to be reset if an unexpected event occurs.

The SN74AHC373PW is a versatile device and offers a wide range of functional and operational capabilities. It is suitable for many common applications and can be used to interface with other devices in the system. Its versatile operational capabilities and low power consumption make the SN74AHC373PW a viable choice for many applications.