SI5338N-B08301-GM

The SI5338N-B08301-GM is a clock/timing application specifically designed for a wide range of applications. This device is able to provide precision timing for various applications ranging from communications, industrial, and medical.

This device is based on an oscillator design of a temperature-compensated voltage-controlled quartz crystal oscillator (TCVCXO). A TCVCXO uses a quartz crystal as its core component and is equipped with a temperature-compensation drive circuit so that it can maintain a stable frequency even if the environment\'s temperature changes greatly. This feature makes the TCVCXO suitable for use in various applications where stability is critical including precision timers, telecommunications, and more.

The SI5338N-B08301-GM is built on the AboladeTM technology platform. AboladeTM technology enables the device to offer precision timing up to 10 ppm in temperature range of 0ºC to 70ºC without the need for external components. The device also features an integrated zero-delay buffer which makes it suitable for use with high-speed logic or synchronous systems, and a low output jitter of 200 fs RMS and tightly calibrated output levels. The SI5338N-B08301-GM also features adjustable voltage regulation, a low-power shutdown mode, and an adjustable output current of up to 4.5 mA.

The working principle of the SI5338N-B08301-GM is based on the use of a quartz crystal oscillator. The quartz crystal is used to detect tiny changes in the electrical potential between two electrodes in order to generate an output frequency. This frequency is controlled by adjusting the voltage applied to the crystals. The voltage control input on the SI5338N-B08301-GM is used to adjust the frequency range of operation (1.25 to 175 MHz). The SI5338N-B08301-GM has an integrated temperature-compensation circuit to maintain a stable output even when the environment’s temperature changes significantly.

The SI5338N-B08301-GM is designed to meet the needs of applications requiring precision timing and longterm clock stability. It is compatible with most electronics designs and is available in a variety of packages to accommodate various space requirements. Its features, such as zero-delay buffer, adjustable output current, and low power shutdown mode make it highly suitable for high-speed logic systems, telecommunications, and other applications that require precise clock and timing solutions.