SN74AHC373PWG4

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

Logic is the basis of any computing system today. It can be either a ground for understanding the logic circuit and its components, or it can be applied in numerous ways for performing special functions. Latches are one of the most fundamental components of logic devices and are used in the design of many digital and analog circuits. SN74AHC373PWG4 is a high-performance octal latch that is often used in digital designs to store and retrieve multiple bits of data.

The SN74AHC373PWG4 is an octal positive-edge-triggered latch designed with eight data inputs (D0–D7) and eight outputs (Q0–Q7) with power-saving disable control. It incorporates a two-stage output register, an enable-support latch, and data latch circuitry. Each data latch maintains a logic-high state on its data input until a high−to−low transition is applied to the associated control input (LE).

The SN74AHC373PWG4 latch operates from a wide range of voltage sources (2.7V to 5.5V) and it is tolerant of 5V inputs when used with a 5V supply. It is capable of achieving high performance at low voltage, which is advantageous for battery operation. The designs incorporate features that take advantage of the high-speed capabilities of advanced CMOS manufacturing technologies to reduce propagation delays and supply current.

The SN74AHC373PWG4 latch is a versatile device that can be used in a wide range of applications. For example, this latch is commonly used in transient suppression circuits, to control signal lines such as buses, to drive multiple outputs in clocks, and to buffer logic signals. In emulators, the latch is used to store register data and in data switches, the latch can be used to clock data in and out of memory. Furthermore, this latch can be used in digital filters, which are devices that can filter out unwanted frequencies in a signal.

The working principle of SN74AHC373PWG4 is relatively straightforward. When the Enable (EN) input is at logic high the latch will capture the logic levels on the data inputs and store these levels even when EN is logic low. The latch will stay in the state where it captured the data until a new data change is applied to its inputs. The captured data can then be read out of the outputs when EN is placed at logic high again.

In summary, the SN74AHC373PWG4 is a versatile octal positive-edge-triggered latch that provides high performance at low voltage. Furthermore, it incorporates features that advantage of the capabilities of advanced CMOS manufacturing technologies for improved performance and power-saving capabilities. The SN74AHC373PWG4 is applicable in a wide range of applications from transient suppression circuits, to driving multiple outputs in clocks, and used in data switches. Its working principle is that data is stored when the Enable input is at logic high and can be read out of the outputs when the Enable input is logic high again.

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