74HC160N,652

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

The 74HC160N and the 74HC652 are logic counters, dividers, and shift registers that use advanced silicon-gate CMOS technology to achieve high-speed logic operations, while also having high-noise immunity, low-power consumption, and reliability. The 74HC160N is a 4-bit binary ripple counter and the 74HC652 is a low-power asynchronous programmable logic timer.

Logic counters are devices used in digital logic circuits to count input signals. This is done by incrementing an internal state register in response to each rising edge of the input signal. Counters can operate in various modes such as up/down counting, synchronous or asynchronous, or parallel load. Counters can be used to measure frequency, generate signals of specific periods, divide-by-N operations, and even creating time delays.

The 74HC160N is a 4-bit binary ripple counter that works by incrementing its internal count register when it encounters a rising edge signal on its clock input pin. This means that the internal count of the chip will increment by one after every positive pulse on the clock pin. The 74HC160N features a synchronous reset pin which is used to reset the internal register to zero when a low signal is detected at the reset pin. This enables the chip to start back at 0 once it is triggered by the next clock pulse. The 74HC160N is widely used in applications such as frequency division, time delay generation, clock signal generation, and frequency measurement.

The 74HC652 is an asynchronous programmable logic timer (APLT). It is a low-power device that works by generating adjustable low-voltage pulses with adjustable delays upon receipt of an input ‘trigger’ signal. It features two programmable pins, PLDX and PLDY, which are used to program the APLT’s pulse length, pulse duration, minimum delay, and maximum delay. The device can also be configured to generate one-shot pulses or periodic pulses. The 74HC652 is used in a wide range of applications such as time delay applications, security switches, motor control, relay activation, and digital circuit logic functions.

Shift registers are memory devices that store multiple bits of data. The data stored in these registers can be shifted out one bit at a time on the output pins. Shift registers are widely used in various digital circuits for data manipulation and data transfer operations. Shift registers can be used for applications such as serial data transmission, data conversion, data storage, and in cryptographic systems.

In summary, the 74HC160N and 74HC652 are logic counters, dividers, and shift registers. The 74HC160N is a 4-bit binary ripple counter and the 74HC652 is a low-power asynchronous programmable logic timer. They are widely used in a variety of applications and can be invaluable in a variety of circuits.

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