ACS8525AT

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ACS8525AT has the ability to directly generate a signal from a crystal oscillator, making it a fantastic choice for timing or clocking application specific components.

As a high-performance monolithic clock generator, it offers a number of features that make it ideal for applications requiring an accurate clock signal. The on-chip crystal oscillator option takes away the need for an external crystal, reducing system cost and board space. Moreover, the part offers 3 output levels (LVCMOS, LVDS and HCSL). An I2C bus interface is available for setting the frequency and configuration.

The ACS8525AT has many features that make it an excellent choice for clock/timing application specific components. These include a low jitter time base for more accurate timing, an I2C bus interface for easily setting up the frequency, and a wide operating range from - 40°C up to +85°C. Additionally, the on-chip oscillator eliminates the need for an external crystal, reducing the cost and size of the system.

The working principle behind the ACS8525AT is simple. The part uses an input crystal oscillator to create a fixed frequency reference signal. This signal is then amplified and divided down to the required output frequency, which is then provided to the output pins. The amplification and division are controlled by signals sent to the I2C bus interface.

The I2C bus interface is easy to use and allows the user to adjust the clock frequency and other features such as spread spectrum clocks, active noise cancellation and others. Additionally, the part offers multiple output levels, which makes it an excellent choice for any application specific component requiring a clock or timing signal.

Overall, the ACS8525AT is an excellent choice for any application specific component requiring a clock or timing signal. It offers many features such as a low jitter time base, an I2C bus interface and a wide operating range, making it the ideal clock generator. Additionally, the part has an on-chip oscillator eliminating the need for an external crystal, resulting in lower system cost and size.

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