MC10EL35DR2G

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MC10EL35DR2G Application Field and Working Principle

Logic - Flip Flops are used to store a single bit of digital data. The MC10EL35DR2G is one example of a logic-based flip-flop that is widely used in various applications.

This device is a dual flip-flop that is fabricated with high performance, radiation-hardened silicon gate CMOS technology by ON Semiconductor. It is ideal for use in a wide variety of applications such as spaceflight and satellite applications as well as military, medical and consumer electronics.

The MC10EL35DR2G features a non-inverting input stage, tri-state registers, output enable, differential clock inputs and a power down function. The device is designed for high integration, low power, and low offset voltage. It operates in both positive or negative true logic - corresponding to the differential clock input signals.

The MC10EL35DR2G can operate from supply voltages of 3.0V to 6.5V. It is capable of working over a temperature range of -55°C to +125°C. It also has high shock, vibration and single event upsets (SET) tolerance. This makes it suited for mission-critical applications in extreme environmental conditions.

The basic principle of operation of the MC10EL35DR2G is based on simple sequential logic. This type of device has a clock input, an asynchronous reset, a reset enable and a data input. At a given clock time, the data input is latched based on the state of the reset enable. This operation can be repeated continuously to perform various logical operations. It is hence called a latch-based sequential logic device.

This device also features an output enable input that allows the output signals to be disabled. This provides additional flexibility by allowing the device to be used in tri-state applications. The output enable input is active low, meaning that when it is taken low, the output signals are disabled. This is usually accomplished with an external transistor or AND gate.

The MC10EL35DR2G latch-based sequenital logic consists of a D flip-flop and an output enable circuit with two-input NAND gate. The clock input is connected to the trigger of the D flip-flop, the reset input is connected directly to the reset input of the D flip-flop and the data input is connected to the data input of the D flip-flop. The output enable circuit is connected to the output of the D flip-flop and to the output enable input. The device is enabled by the output enable input. When the output enable input is active, the output of the D flip-flop is available at the outputs of the device.

The MC10EL35DR2G is widely used in various logic based applications such as digital circuits, motor control, communication systems and embedded system. Its power consumption makes it suitable for portable and battery powered devices. Its shock and vibration tolerance and single event upset tolerance makes it suitable for systems working in extreme environmental conditions.

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