MC10E452FN

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MC10E452FN is a dual D type flip flop device with true and complement outputs. It is specifically designed to provide stable outputs that directly drive open collector ICs or inductive loads. This device can also be used to upgrade an existing TTL or CMOS design when CMOS output capability is needed. With its low power consumption, it is ideal for use in low power battery operated applications.

The MC10E452FN has two independent flip flops, each with data and clock inputs and true (Q) and complement (Qn) outputs. Data is clocked into the flip flop by taking the clock input high then returning it low during a positive going clock cycle. It also features a latch enable (E) input, which when active will hold the outputs at the present level, regardless of changes in the data inputs. Data inputs can be changed with the enable active, and the outputs will be updated when the enable is taken low.

The MC10E452FN is a logic NOR-based flip flop with a fullCMOS output stage. It has the advantage of low power consumption, wide operating temperature range of -55°C to +125°C, and guaranteed performance for buses configured with 10nf, 10 ohms transmission line fanout. This makes it ideal for use in automotive, industrial, communications and consumer electronic applications.

The working principle of the MC10E452FN is based on a basic CMOS latch. A series of logic gates and a transmission gate are used to implement the dual D type flip flop. The transmission gate acts as a switch to control the flow of data into the flip flop. Data must be clocked into the flip flop by taking the clock input high then returning it low during a positive going clock cycle. The state of the data at the time of the clock pulse transition is then captured by the latch.

The MC10E452FN has two independent flip flops with true (Q) and complement (Qn) outputs. Data is clocked into the flip flop by transitioning the clock input from low to high during a positive going clock cycle. The state of the data at this time is then captured by the latch. The latch enable (E) input is active high, which when taken low will hold the outputs at their present level, regardless of changes in the data inputs. Data inputs can be changed with the enable active, and the outputs will be updated when the enable is taken low.

The MC10E452FN is a high-performance dual D type flip flop device. It is designed to provide stable outputs that directly drive open collector ICs or inductive loads. It is ideal for use in low power battery operated applications due to its low power consumption and low standby current levels. With a wide operating temperature range of -55°C to +125°C, and a guaranteed performance for buses configured with 10nf, 10 ohms transmission line fanout, this device is suitable for the most demanding automotive, industrial, communications and consumer electronic applications.

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