MC74HC163ADTR2G

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

MC74HC163ADTR2G belongs to the logic family of integrated circuits manufactured by ON Semiconductor. It is a synchronous 4-bit binary counter with an asynchronous reset. The counter is typically used for applications including data transmission, frequency control, clock synchronization and many others.

The MC74HC163ADTR2G chip consists of four transparent D-type flip-flops and an asynchronous reset input. It has a fully synchronous propagation delay, thus providing improved performance over other traditional asynchronous counter designs. This feature of the chip also provides reliable performance for high-frequency operation.

The working principle behind the MC74HC163ADTR2G is simple. It uses a clock signal that is expected to transition at a maximum frequency of 50MHz. The clock signal is fed into the chip\'s clock input, providing synchronous operation of the counter. The chip counts sequentially when the rising edge of the clock is fired.

The MC74HC163ADTR2G has a wide range of application fields, including frequency control, data transmission, clock synchronization, and many others. In frequency control, the chip can be used to implement frequency dividers or pulses generators. Its synchronous design provides an improved performance over traditional asynchronous counter applications. In data transmission, it can be used to control the bit rate of serial data transmissions and synchronize the transmission of digital data. It is also used as a sequencer in clock synchronization applications.

The MC74HC163ADTR2G chip is made up of CMOS transistors and operates at a low voltage level, making it suitable for portable applications with battery power. It has an operating temperature range of -55°C to 125°C and is available in various packages.

In summary, the MC74HC163ADTR2G is a 4-bit synchronous binary counter with asynchronous reset. It has a wide range of applications including frequency control, data transmission, clock synchronization, and many others. It features improved performance over traditional asynchronous counter designs and is suitable for use in battery-powered portable applications.

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