CS82C54-1096

CS82C54-1096 Application Field and Working Principle

The CS82C54-1096 is one of the most popular programmable timers and oscillators on the market, providing a highly accurate and reliable timing source for a wide range of applications.

The CS82C54-1096 is a programmable clock chips that can generate a variety of frequency outputs. This versatile clock chip is primarily used in applications such as PC clock controllers, PC system clocks, Local Area Networks (LANs), and anywhere an accurate and precise clock signal is needed.

One key feature of the CS82C54-1096 is its flexible programming capability, which can be adjusted to generate differing frequency output with respect to the oscillator or crystal frequency.

Working Principle

The CS82C54-1096 works on the principle of digitally generated oscillations. A quartz crystal or ceramic resonator is connected to two pins of the chip; one pin is the input signal, and the other is the output signal. An internal oscillator is used to generate the output signal.

The output frequency signal is controlled by an internal clock generator, which is set by programming the chip. The frequency of the output signal can be programmed in increments of 100 kHz, up to a maximum of 3.2 MHz.

Programming and Timing Signals

The chip can be programmed with a variety of timing signals by manipulating its registers. The registers are used to store the data which is used to generate the desired frequency. The most common register is the counter register, which is used to store the value which will be decremented to generate the frequency output.

The registers can be programmed with various pulse widths, pulses per second, pulses per cycle, and other data. Once the appropriate data is programmed into the registers, the chip will begin to generate the desired output frequency.

Application

The CS82C54-1096 is commonly used for a variety of applications including PC clock controllers, PC system clocks, and LANs. The chip can also be used for automotive and industrial applications such as instrumentation and control, as well as for other purposes.

The CS82C54-1096 is also suitable for applications requiring highly accurate and low-noise clocking sources. In addition, it can also be used in applications which require a wide range of frequency outputs, such as frequency synthesizers and frequency generators.

Conclusion

The CS82C54-1096 programmable timer and oscillator is a reliable and accurate timing source for a variety of applications. Its flexible programming capabilities allow for wide range of frequency outputs, making it suitable for many applications. Furthermore, its low noise output is ideal for applications that require precision timing.