K50-3C1E12.5000M

Oscillators are devices for measuring frequency, cycle time, or stability. They are a key component of electrical and electronic systems where frequency measurements are critical. The K50-3C1E12.5000M is one such device designed for precision applications in the audio, automotive and industrial segments. The device provides an ultra-stable and precise signal over a wide frequency range, including an adjustable output frequency from 10 to 12.5000MHz. It has an impressive accuracy of +/- 0.005ppm.

The K50-3C1E12.5000M is designed to offer precise timing control for a range of operating conditions. The device utilizes a Pierce oscillator topology which utilizes a push pull configuration in order to ensure reliable operation. This type of oscillator has a wide range of features, such as the ability to operate with low jitter and high stability over temperature and supply voltage. The device also allows for a choice of either 8/16-bit parallel interface or an SPI interface.

The device also offers a range of features to enable easier integration and improved performance. It has an internal voltage regulator and temperature compensation, allowing it to operate over a wide range of temperatures and supply voltages. It also features an integrated capacitor bank, reducing the component count for the user. Finally, the device has an integrated crystal to eliminate the need for an external crystal.

The K50-3C1E12.5000M is a wide frequency range, high precision oscillator designed for precision frequency control applications. It has a wide operating temperature range and an impressive accuracy of +/- 0.005ppm, with features such as internal voltage regulator and temperature compensation, integrated capacitor bank, and integrated crystal. The device has an 8/16-bit parallel interface or SPI interface for flexible control and easy integration into a wide range of applications.

In summary, the K50-3C1E12.5000M is a wide frequency range, high precision oscillator designed for precision frequency control applications. With features such as an impressive accuracy, wide operating temperature range, integrated voltage regulator and temperature compensation, and an integrated crystal, it is a feature-rich device for a range of demanding applications. It is a perfect choice for those looking for an accurate, reliable, and highly stable oscillator solution in a variety of applications.