MC10E175FNR2G

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

MC10E175FNR2G Application Field and Working Principle

Logic latches are digital devices that store and control the on/off states of multiple bits of data. The MC10E175FNR2G is a type of logic latch with a number of features that make it an ideal fit for certain application areas. It is designed to switch between different digital signals with accuracy, reliability and speed, giving it potential applications in automotive, computing, telecommunications and industrial control industries.

The MC10E175FNR2G latch is a high-speed single-supply device implemented on a positive-edge triggered D flip-flop with a single clock input. It has a selectable polarity of clock input that can be used to control the timing of flip-flop operations and an active-high asynchronous set/reset input. It has two outputs, Q and Q̅, with complementary logic functions that can be used to build up complex static circuits.

The MC10E175FNR2G latch has two enable functions – gated latch and level-sensitive enable. The gated latch enable function is active when the clock input is low and the latch enable input is asserted. When enabled, the expected latching action will happen following a positive clock edge. The level-sensitive latch enable function enables asynchronous input changes to immediatly update the state of the data inputs, which affects the output. The state of the enable input is used to determine whether or not the expected latching action will happen.

The MC10E175FNR2G latch also has wide-margin LVTTL compatible inputs and outputs with a pull-down resistor for an increased fan-in and fan-out capability. It features a selectable delay option of 2.5ns or 4.5ns to easily pair 2 or more devices in series. Additionally, it has a low-power standby state that reduces power consumption.

The MC10E175FNR2G latch is best utilized in applications where it is needed to control and store data in a circuit. It has a number of features that make it suitable for use in high-speed and low-power environments. Additionally, its unique clock input polarity selection, level-sensitive enable and wide margin LVTTL compatible inputs and outputs give it a range of possible applications in automotive, computing, telecommunications and industrial control industries.

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