FXO-PC735RFC-212.5 Crystals, Oscillators, Resonators

Oscillators have proven to be an important component of many scientific and industrial equipment. The FXO-PC735RFC-212.5 is a popular oscillator model that features a high stability and accuracy, as well as an extended temperature range. This oscillator offers a variety of applications, ranging from time-frequency and reference frequency sources to signal transmission attenuation and phase control.

The FXO-PC735RFC-212.5 oscillator is based on the Pierce oscillator topology. This type of oscillator consists of a crystal oscillator, an operational amplifier, and a crystal lot. The crystal oscillator is responsible for providing the clock signal to the oscillator while the operational amplifier amplifies the signal. The crystal lot helps to determine the desired frequency of the oscillator. The amplifier, crystal and crystal lot are combined in a specific configuration to form the Pierce oscillator.

The FXO-PC735RFC-212.5 oscillator features a high stability of ±20 ppm over a temperature range from -40°C to +85°C. The oscillator performs well over a wide frequency range, from 8 MHz to 50 MHz, with a maximum output power of 10 mW. The device is also equipped with a low jitter of 8ps. Additionally, the oscillator is available with a selectable frequency spread of ±250, ±500 and ±1kHz.

The FXO-PC735RFC-212.5 oscillator has a wide range of applications, including communication networks, test equipment, ATM/POS terminals, digital audio/video systems, and medical devices. The oscillator is also suitable for Frequency and Time Division Multiplexing (FDM/TDM) systems, such as routers and mobile base stations, as well as for cable modems and set-top boxes. Additionally, the oscillator can also be used in precision Time and Frequency transmission systems, in which case the accuracy of the reference signal must be maintained.

The FXO-PC735RFC-212.5 oscillator is an ideal choice for those who require an accurate oscillator with extended temperature range and low jitter. Its Pierce oscillator topology is based on a combination of three components - a crystal oscillator, an operational amplifier, and a crystal lot - producing a highly stable and accurate reference signal. It offers a variety of applications, ranging from communication networks and test equipment to ATM/POS terminals and digital audio/video systems, and is an ideal choice for both frequency and time division multiplexing systems.