MC10EL51DTR2G

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 one of the foundations of modern computing, and as such, it plays an integral role in all facets of engineering, including in the electronics industry. Flip-flops are an extremely important logic component that are used in many applications, the MC10EL51DTR2G being one of them. This article will cover the application field and working principle of the MC10EL51DTR2G flip-flop.

The MC10EL51DTR2G is a type of dual edge triggered positive edge-triggered flip-flop. It utilizes a transistor switch circuit to achieve non-restoring asynchronous operation, meaning that it can reliably hold a state even in the presence of power fluctuations. This flip-flop is ideal for digital memory applications, as it is able to easily store information from its D input node, into its Q and Q-bar output nodes.

The MC10EL51DTR2G is also suitable for use in sequential logic control applications. This is because it is capable of synchronizing inputs and ensuring that processes run quickly and without overshoots. It is also great for use in pulse and signal frequency conversion applications, due to its ability to hold its differential output in either an up or down state, as set by its inputs.

The MC10EL51DTR2G performs its operations through a simple but effective circuit. Its inputs nodes consist of each input’s ‘active-low’ and ‘active-high’ terminal. The flip-flop has two differential outputs associated with them, a ‘Q’ and a ‘Q-bar’. These outputs control the flip-flop’s active state, and they are what allows its output to toggle.

Upon a rising edge of the inputs, the active-high node turns on the transistor switch circuit. This turns on the drive transistor, which lowers its output voltage to a low level. This action reconfigures the flip-flop, which causes its active output to become whatever the D input was prior to the input’s rising edge. It essentially consists of switching the output’s logic-state according to the D input’s logic-state.

The MC10EL51DTR2G also offers asynchronous preset and clear options; each with its own active-high and active-low terminals. When the active-low nodes are enabled, they will preset or clear the flip-flop’s output to the active-low state according to their individual functionalities. When the active-high terminals are enabled, they will reset or clear the flip-flop’s outputs to the active-high state.

The MC10EL51DTR2G is a useful and reliable tool in many applications. With its flexibility in being able to synchronize inputs and its potential for high speed operation and frequency conversion, it is often chosen over other available logic components such as logic gates or latch circuits. Its consistently low power consumption, along with its suitability for digital memory and logic control applications, make the MC10EL51DTR2G an effective choice for many projects.

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