SN74HC373PWRG4

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

Today, semiconductor industry has improved and advanced, and has opened up the typical SN74HC373PWRG4 series that provides the circuit design capabilities and specifications required for different applications. This article provides a brief introduction to the SN74HC373PWRG4 application field and working principle and how to use it, so that users can quickly understand the capabilities and applications of SN74HC373PWRG4.

The SN74HC373PWG4, with the “HC” in the item code indicating it is a high-speed CMOS device, is a latch integrated circuit, which is included in a Logic-Latches category. This circuit was mainly designed for bus system data buffering and transmission in high-speed operations. It is ideal for low power operations and its high speed performance makes it perfect for high speed applications. This SN74HC373PWRG4 can operate between a minimum voltage of 2.0 V and a maximum voltage of 6 V with power dissipation of 250mW, offering an extended range of operation to the user.

The SN74HC373PWRG4 features 8 positive edge-triggered flip-flop with independent data (D0 to D7) inputs, a common clock (CP) input, asynchronous reset input (R), and 8 parallel stored Q outputs (Q0 to Q7). This device offers latch speeds of 6.6ns, which is relatively fast, and also makes it suitable for high-speed applications. The device supports a wide range of power modes and is equipped with phase-locked loop (PLL) technology for reliable operation. This device has an active-low reset logic to ensure that the data is correctly stored in the flip-flops.

The working principle of the SN74HC373PWRG4 is that it is an edge-triggered device, which means that data will only be latched when the signal applied to the CP input rises. When the signal is applied to the CP input, the data at the Dx inputs is transferred to the corresponding output Qx. The reset input of the device is a logic-low signal and needs to be activated to reset the flip-flops. If a logic-high signal is applied, it will override the function of the CP signal and will clear the flip-flops.

The applications of the SN74HC373PWRG4 range from general purpose interface circuits, serial-to-parallel converter, data bus line drivers, computer data buses, memory address latches, etc. The device is also used in many communication systems and Industry applications, such as automotive systems, network routers, Industrial control systems, data transmission networks and many other embedded systems where high speed and low power operations is required. The device is also suitable for memory buffering in applications such as digital signal transmission and audio/video streaming.

The SN74HC373PWRG4 is a unified digital latch, which is highly reliable and provides users with a wide operating range to design multi-purpose logic circuits. It is a versatile logic device and can be used in a variety of applications. With low power consumption and extended operation range, this semiconductor device is suitable to meet the needs of modern circuits.

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