NLV74HC393ADR2G

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The NLV74HC393ADR2G is an advanced logic device from Texas Instruments that is mainly used for frequency division. It is a dual 4-stage binary counter which includes two gated D-type flip-flops that are used for frequency counting. This high-speed logic device also includes high-impedance buffers for driving both low and high frequency signals.

The NLV74HC393ADR2G has a wide range of applications in digital signal processing, signal control logic, frequency division, clock and data recovery, signal multiplication and time division multiplexing. Because of its high speed and low power consumption, this device is often used in high performance, low power applications. It also features low propagation delay and low input capacitance, making it an ideal choice for high frequency applications.

The NLV74HC393ADR2G works by counting external clock pulses with each of its two flip-flops. The first flip-flop receives an input signal and the second flip-flop receives a delayed version of the same signal. The flip-flops are then clocked again in sequence, resulting in a divide by two frequency, until the maximum frequency for the device is reached. This process is then repeated for each flip-flop until the maximum frequency for the device is reached.

The NLV74HC393ADR2G has two main input signals: a data in signal, and a clock signal. The data in signal is used to set the initial state of the counter. When the clock signal is applied, the flip-flops are clocked in sequence and the data is shifted through the counter. The output of the counter is either high or low, depending on the data in signal and clock signal that was applied.

The output of the NLV74HC393ADR2G can be used to control other devices such as transistors, LEDs and motors. It can also be used to design complex logic circuits. Because of its low power consumption and short propagation delay, this logic device is suitable for use in high frequency or wide bandwidth applications.

The NLV74HC393ADR2G is a versatile logic device for frequency division. It is easy to use, stable and reliable. This device is an ideal choice for those who require a high-speed, low power logic device for frequency division and other applications. The device is cost-efficient and provides reliable performance.

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