SIT8008BI-82-25E-25.000625Y

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Oscillators have long been used in many application fields, from wireless communications to military signals. SIT8008BI-82-25E-25.000625Y is one type of oscillator, which is designed for precision, high stability and low jitter performance. In this article, we will discuss the application field and working principle of SIT8008BI-82-25E-25.000625Y oscillator.

SIT8008BI-82-25E-25.000625Y oscillator is a part of the SIT8008B series oscillators from Silex Microsystems. This oscillator features low jitter performance and high frequency stability. It is designed to meet the requirements of high precision systems. It is suitable for applications where precision and frequency stability are critical, such as medical equipment, industrial instrumentation, automotive electronics, aerospace, radar, satellite communications, and other wireless communication systems.

The working principle of SIT8008BI-82-25E-25.000625Y oscillator is based on a voltage-controlled crystal oscillator (VCXO) technology. This technology uses a finely-tuned quartz crystal controlled by an electrical voltage to create the desired frequency. The oscillator circuit includes an amplifier and a quartz crystal, which are connected together and to an operating voltage source. The crystal is the fundamental component of the oscillator, providing the precise frequency required for the oscillator to operate.

The output signal of the SIT8008BI-82-25E-25.000625Y oscillator is in the range of 2.5V to 3.3V, with an output frequency of 25MHz and a maximum jitter performance of 25ps. This oscillator also features a high tuning range accuracy of 0.000625GHz. This oscillator is a highly stable and reliable component, making it ideal for many applications that need precision and performance.

In summary, SIT8008BI-82-25E-25.000625Y oscillator is a part of the SIT8008B series oscillators from Silex Microsystems. It features low jitter performance, high frequency stability and high tuning range accuracy. It is suitable for many applications where precision and frequency stability are critical, such as medical equipment, industrial instrumentation, automotive electronics, aerospace, radar, satellite communications, and other wireless communication systems. It is a highly reliable and stable oscillator that provides the precision and performance required for many applications.

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