SIT3907AC-22-33NH-24.576000T

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Oscillators represent a critical element in signal processing that is often used to generate periodic signals from a source. The SIT3907AC-22-33NH-24.576000T is an oscillator based on built-in advanced CMOS technology that can generate frequency outputs from a range of 0-24.576MHz.

The SIT3907AC-22-33NH-24.576000T is built on a reliable, stable frequency synthesizer and can provide constant output frequencies from 0-24.576MHz. It is designed to both generate and regulate signals in applications requiring accurate outputs, with minimal inputs. It is also able to provide a range of Duty Cycle ratios of 10% - 90%.

The SIT3907AC-22-33NH-24.576000T oscillator has a high power supply tolerance and boasts superior performance in areas such as start-up time, rise time, power-up time, power consumption, and frequency stability. Its high phase noise characteristics are possible thanks to its robust power supply and low-noise synthesizer.

The SIT3907AC-22-33NH-24.576000T oscillator is a highly versatile oscillator suitable for a multitude of applications. In portable systems such as cellphones or medical devices, it provides an efficient source of frequency outputs and can be used to generate precise frequencies. In automotive applications, the oscillator can be used to perform engine control, navigation, and fuel system functions, and can also be used in automotive infotainment systems for interior lighting and sound system operations.

In addition to its use in automotive applications, the SIT3907AC-22-33NH-24.576000T oscillator can also be used in a wide range of communication products, including routers, extenders, and gateways. It can also be used for clock synchronization in wired and wireless networks, as well as for wireless broadcasting and for general frequency control in consumer electronics.

The SIT3907AC-22-33NH-24.576000T oscillator is a powerful, reliable, and cost-effective solution for providing frequency outputs. Its unique CMOS technology allows for high speeds, low power consumption, and excellent frequency stability. It also has a wide range of application areas, making it an ideal choice for many applications.

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