CD74HCT109M96

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

Flip-flops are some of the most basic building blocks of digital logic and are widely used in the design of computers, communications and other complex digital systems. The CD74HCT109M96 is a 4-bit edge-triggered register flip-flop with two sets of differential outputs from each stage, one in true form and one in complemented form. It is organized as two pairs of 2-bit registers and is suitable for use in high-speed random logic or for cascading of these registers. This device improves noise margin over other differential inputs.

The CD74HCT109M96 not only offers high performance, but also allows for simple cascading of registers. It is available in the 14-pin SOIC package and is designed to be a small, single-package solution for most applications. The device is optimized for operation with low power supply current, and it offers flow-through pin-out and a wide operating temperature range.

The CD74HCT109M96 has numerous applications and can be used in memory address decoding, shift registers, and serial/parallel conversion. It can also be used in data storage and parallel output applications, as well as synchronization of data between digital devices. The design of the CD74HCT109M96 also makes it suitable for low-cost applications with lower power consumption and noise immunity.

The CD74HCT109M96 is a four-bit register flip-flop with two sets of differential outputs from each stage, one in true form and one in complemented form. It is organized as two pairs of two-bit registers, with each register pair having two outputs, one in true form, and one in complemented form. The two control inputs are active-low enable (E) and reset (R).

The CD74HCT109M96 works by having the two control inputs drive the logic operation of the circuit. When both the enable and reset inputs are low, the circuit is set to the state defined by the previous input. If the enable input is high, the inputs are ignored and the output maintains its previous state. When the reset input is high, the outputs of the flip-flops are reset to the low logic state.

For applications where high noise margin is desirable, the CD74HCT109M96 is the ideal choice. The device has built-in differential input protection, which provides significant noise margin for bus switching and glitch-free operation. Moreover, the device has two separate outputs, one with true logical output and one complemented output, which can be used to enhance reliability by providing two paths for data transfer.

The CD74HCT109M96 is a versatile device that can be used in a variety of applications. It is suitable for use in random logic, memory address decoding, shift registers, serial/parallel conversion, data storage, and other high-speed digital systems. Furthermore, the device is designed with low power supply current and a wide operating temperature range, making it suitable for low-cost applications with lower power consumption and noise immunity.

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