SN74HCT74PW

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Logic - Flip Flops involve the use of a single or multiple devices to hold data. They can store logical states or signals within a circuit and are dependable for memory circuits, counters and oscillators. The SN74HCT74PW is a great choice for an application requiring a Flip Flop. It has a few primary features and allows for high-speed logic operations.

The SN74HCT74PW is a D-Type Flip Flop which comes in a 14-pin, 4 x 3.2 mm plastic package. This part is comprised of two separate Flip Flop circuits that are designed for operation with 3.3 V logic levels. It requires a maximum low input current of 0.1 µA at a VCC of 10 V, and it operates at temperatures ranging from -55°C to 125°C. The device can handle input voltages up to 7.0 V.

A Flip Flop is a memory device that can store one bit of data. The SN74HCT74PW uses two separate, independent Flip Flop devices that can store two bits of data. An advantage to this device is that it uses a low power CMOS design, so it is suitable for battery powered devices, and it has a fast switching speed of tsu (7.5ns) and tpd (11.5ns).

The SN74HCT74PW has two data inputpins, D and D\', that feed the data into the Flip Flop. When a positive transition is applied on the CLK pin, the current data on the D/D\' pins will be shifted and stored onto the Q/Q\' pins. In this device, CLR and PRE are active low pins. When CLR is pulled LOW, the state of the Flip Flop will be reset, while when PRE is asserted LOW, all of the outputs will be forced to the LOW state, regardless of the input values.

The SN74HCT74PW can be used in a wide range of applications that need a D-Type Flip Flop. It is commonly used in synchronous and asynchronous counters, registers, and for multiplexing applications. It is can also be used in memory devices, motor control systems and data transmission and storage.

The SN74HCT74PW is capable of withstanding high levels of noise, making it suitable for use in harsh environments. Additionally, it can be used in high-speed logic operations, and it is resistant to power supply fluctuations due to its low- power CMOS design. Therefore, this device is an ideal solution for a wide range of applications that require a reliable Flip Flop.

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