MM74HCT373SJX

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 latches are a type of switch used in digital circuits and logic gates. The most common type of logic latch is the flip-flop, which is a combination of two (or more) logic gates, typically an AND and/or an OR gate. Other types of logic latches include D-type, JK, and SR latches. The MM74HCT373SJX is a type of D-type latch, which is a combination of a flip-flop and a level-sensitive latch. It is used in a variety of application fields, including computer and video chip design, debuggers, memory control systems, communications equipment, and vehicle applications.

The MM74HCT373SJX is an 8-bit, TTL-level, tri-state logic device designed for high-speed, advanced logic systems that require input and output control. The latch consists of two 8-bit input registers and an 8-bit output register. The input registers are connected to the data lines, while the output register is connected to the tri-state latch enable/inhibit pin. This allows the output register to be controlled independently of the input registers.

The working principle of the MM74HCT373SJX is relatively simple. The input registers are connected directly to the data lines, and when active, the output register is connected to the output lines. When the latch enable/inhibit pin is low, the output register is disconnected from the output lines and the latch is disabled. The input registers can be loaded with data at any time and then the register can be enabled with the latch enable/inhibit line. This allows the data on the input registers to be stored in the output registers.

The MM74HCT373SJX is an 8-bit, tri-state logic device designed for high-speed, advanced logic systems. It is commonly used in a variety of applications, including computer and video chip design, debuggers, memory control systems, communications equipment, and vehicle applications. The working principle of the MM74HCT373SJX is relatively simple; it consists of two input registers and an output register connected to a latch enable/inhibit line. When enabled, the data stored in the input registers is transferred to the output registers and when disabled, the output registers are disconnected from the output lines.

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