SIT1602BI-12-25N-25.000000E

SIT1602BI-12-25N-25.000000E Application Field and Working Principle

SIT1602BI-12-25N-25.000000E is an oscillator that is often used for a variety of applications in the electronics industry, such as network communication, video and audio transmission, and more. As the frequency range of SIT1602BI-12-25N-25.000000E is 25.00MHz, it is capable of providing high-integrity signals with minimal jitter, making it an ideal choice for numerous applications that require high-precision oscillator output.

In terms of physical construction, SIT1602BI-12-25N-25.000000E comes with an AT-cut quartz crystal that is resonated at 25.00MHz. The crystal is mounted within a compact 12-pin DIP package, making it easy to use. Additionally, the package is also available in a smaller SMD form factor, allowing for space saving designs.

Fundamentally, an oscillator is a device that is capable of producing a periodic signal, usually sinusoidal or square-like. Thus, an oscillator of this type can be used to generate stable, symmetrical output frequencies as required for many different electronic applications. Once the oscillator is powered on, it will begin to oscillate, with the frequency of the output typically determined by components such as quartz crystals or ceramic resonators.

Coupled with a transistor or FET, the output frequencies generated by oscillators such as SIT1602BI-12-25N-25.000000E are generally extremely stable and reliable. The quartz crystal is often used in order to ensure a high degree of accuracy, and this is especially important in applications such as telecommunications, where consistent frequencies are essential.

Overall, SIT1602BI-12-25N-25.000000E is an excellent choice for many electronic applications that require a reliable and accurate oscillator. Its compact dimensions make it easy to integrate, and its 25.00MHz frequency range is ideal for many different tasks. With its AT-cut quartz crystal, the oscillator is capable of providing a high-quality output that is both stable and precise.