SIT5021AC-1BE-33VQ153.600000Y

Oscillators are devices which when interconnected to a power source, produce an Uninterrupted electrical signal at a specific frequency. This signal could be used to generate synchronization pulses, clock pulses, servo motor control or switching logic. In short, oscillators are a critical and essential asset to any industrial, commercial or consumer-grade electronic equipment.

SIT5021AC-1BE-33VQ153.600000Y is a crystal oscillator manufactured by International Rectifier. It offers high reliability and superior performance in miniature SMD package. It has a wide operating temperature range from -40ºC to +85ºC and features a wide load capacitance range up to 20 pF. Additionally, this oscillator provides an ultra-low jitter performance, with frequency and stability over temperature desired for high-performance clocks and synchronization systems.

This oscillator has wide variety of application fields. Its versatile frequency range and low power, make it the perfect choice for applications such as wireless networks, optical networks, base station, industrial controls, medical instrumentation and consumer electronics. It is also suitable for mission ​critical computing applications because of its ultra-low jitter performance.

The working principle of the SIT5021AC-1BE-33VQ153.600000Y relies on an internal oscillator according to the design of a quartz crystal resonator or a MEMs resonator. A quartz crystal oscillator works by using an electric outboard circuit to power a quartz crystal. The crystal will vibrate continuously when power is applied due to its piezoelectric properties, producing a continuous, precise signal. The frequency of this signal depends on the design and the size of the quartz crystal. The MEMs resonator does not require an outboard circuit as it has a built-in power supply. Its frequency is also adjustable depending on its design.

Overall, the SIT5021AC-1BE-33VQ153.600000Y is a reliable and high-performance crystal oscillator that is suitable for a wide variety of applications. Its low power consumption, wide frequency range and superior stability makes it the perfect choice for mission critical applications.