SIT1602BI-21-25N-38.400000E

Oscillators are important components in the electronics industry. An oscillator generates a signal, typically known as the oscillating signal, owing to its periodic character. The SIT1602BI-21-25N-38.400000E oscillator is a frequency-controlled oscillator that is commonly used in a variety of applications and is capable of producing highly accurate and stable oscillations.

This oscillator is widely used in frequencies up to 500 kHz, with a frequency stability of +/- 0.25ppm, which makes it ideal for precision constant frequency applications. In addition, it features low power consumption, low cost, and high frequency accuracy. Furthermore, a wide range of operating temperatures are possible, up to 85 degrees Celsius.

The SIT1602BI-21-25N-38.400000E oscillator is used in a variety of industries, such as telecommunications, broadcast, automotive, aerospace, and defense. It is often used in frequency synthesis systems, such as in frequency synthesizers for radio communications and in 915 MHz and 2.4 GHz radios. The oscillator is also used in test equipment, such as communications test sets and monitor receivers.

The working principle of the SIT1602BI-21-25N-38.400000E oscillator is based on a quartz crystal, which is an excellent timing device. The crystal is arranged in a “Harmonic Oscillator” circuit, where the circuit will produce an output signal which is in sync with their frequency of the crystal. Due to the physical properties of the quartz, it is possible to minimize frequency drift and ensure a stable, highly accurate frequency output.

The oscillator is composed of a three-piece quartz crystal mounted in a TO package, which is typically available in either surface mount or through-hole varieties. This oscillator also has an integrated crystal oscillator that eliminates the need for external components. This results in a compact, low-cost package that requires minimal space and resources.

The SIT1602BI-21-25N-38.400000E oscillator is a reliable source of frequency for a variety of applications. It offers excellent performance, accuracy, and stability, making it the ideal choice for precision frequency control. Its reliability, low cost, low power, and wide range of operating temperatures make it one of the more desirable options for many applications.