SIT1602BI-21-XXE-74.176000E

Oscillators are defined as circuits that produce a stable continuous waveform output of a single frequency. SIT1602BI-21-XXE-74.176000E is a highly integrated oscillator designed for synchronous communications applications. It is an oscillator which is primarily used to generate a stable clock signal.

This oscillator is a low-cost quartz crystal oscillator circuit that utilizes a highly-integrated crystal and substrate components to greatly reduce the area required in an electronic system. It features a low power consumption of 0.9uA at 10kHz, and a frequency range of up to 74.176MHz. The output is adjustable to within 3.5dB. The SIT1602BI-21-XXE-74.176000E oscillator is also capable of packaging surface mountable form.

The oscillator is designed for synchronous communications applications which require a very precise and stable clock signal. SIT1602BI-21-XXE-74.176000E is used for applications such as FM radio receivers, cellular telephones, digital television receivers, and audio decoding of DVDs. It is also used in Ethernet networks and ATM WANs, as well as protocol conversion, network syncing, and timing synchronization.

The working principle of the SIT1602BI-21-XXE-74.176000E oscillator is based on a specialized system of circuits which detect and apply positive and negative feedback to a quartz crystal. This crystal is connected to an electromagnetic transducer, which is in turn connected to a circuit, that converts the crystal\'s vibration frequency into an electrical signal. The oscillator then amplifies and filters the electrical signal and outputs a signal of a steady frequency which is used as the clock signal.

The SIT1602BI-21-XXE-74.176000E is a reliable and economical oscillator for synchronous communication applications, such as Ethernet networks and ATM WANs, cellular telephones, digital television receivers, as well as audio decoding of DVDs. It features a wide frequency range of up to 74.176MHz, a low power consumption of 0.9uA at 10kHz, and an adjustable output to within 3.5dB.