97ULP845AHILF

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The 97ULP845AHILF belongs to the application specific clock/timing family, which contains semiconductor ICs and integrated circuits that provide timing and frequency related core functions. Specifically, this product is a type of oscillator IC, which produces a signal at a periodically oscillating frequency that is used as a reference signal for many electronic devices. This particular product is a low-power, low-cost QUAD OSC (Quadruple Oscillator) that integrates four oscillators in a single package.

The 97ULP845AHILF offers a wide range of benefits and features, making it a great choice for many applications, including automotive, internet of things (IOT), data centre, industrial automation, and consumer electronics. It has an operating temperature range of -40°C to 85°C and is capable of running at full frequency of up to 200MHz. Other features include low power consumption, excellent frequency stability over temperature, and high reliability.

The 97ULP845AHILF offers a variety of output formats to meet different application requirements. It supports a variety of output formats, such as LVCMOS, LVTTL, and HCSL. Additionally, this product also offers two reference input options, on-chip or external crystal oscillator (XO), to make it easier to use in different designs. Furthermore, this device has built-in spread spectrum, making it ideal for use in EMI-sensitive applications.

The 97ULP845AHILF has a simple working principle. When a reference signal is applied to the device, the frequency of the output signal is determined by two factors: the external frequency reference, e.g., XO or on-chip oscillator; and the device’s internal frequency divider. The internal frequency divider divides the input reference frequency by an integer ratio that is determined by using the device’s control pins. The output frequency is then obtained by multiplying the input reference frequency by the integer ratio.

The 97ULP845AHILF is a versatile device that can be used in various clock and timing applications. It is ideal for use in automotive, industrial automation, IoT, data centre, and consumer electronics. In addition to supporting a wide range of output formats and reference input options, it also has excellent frequency stability over temperature, low power consumption, and a built-in spread spectrum. Thanks to its simple working principle, it is easy to use and configure.

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