SIT8209AI-33-28S-156.250000X

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Oscillators are electronic devices, often found in radio technology and other communication systems, that generate, control, and monitor a regularly repeating waveform of a particular frequency. The SIT8209AI-33-28S-156.250000X oscillator is a four-pin, low jitter clock oscillator manufactured by Sitronix that provides a fixed frequency of 156.25MHz when connected to a 3.3V power source. This device is suitable for a variety of applications, including telecommunications, servers, and storage devices.

The SIT8209AI-33-28S-156.250000X combines a silicon resonator with CMOS circuitry to create a highly stable oscillator. This makes the device ideal for a range of applications where precise frequency stability is critical, such as network infrastructure, consumer electronics, automotive electronics, and aerospace. It also offers low power consumption, making it suitable for battery-powered applications.

The SIT8209AI-33-28S-156.250000X features a number of features to ensure reliable operation. The frequency-setting resistor, R4, can be adjusted to allow the frequency to be accurately trimmed to the nearest 0.2%. The clock also has excellent temperature stability over the -45 to +130°C operating range, and a guaranteed three-year shelf life.

The SIT8209AI-33-28S-156.250000X only requires a 3.3V power input, and draws an extremely low 70µA, making it suitable for battery-powered applications. It features a low-jitter output of 0.5ps and a CMOS-compatible logic output to ensure reliable operation. The device has a electrical and mechanical specification of 8.0 x 5.0 x 1.0mm, and is RoHS-compliant to ensure compliance with environmental regulations.

In summary, the SIT8209AI-33-28S-156.250000X is a low-jitter oscillator suitable for a range of telecommunications, server, and storage applications. It features excellent temperature stability over a wide range of temperatures, a precision frequency trimming resistor, and a low power consumption of only 70µA. This device is well-suited to applications where precision frequency stability is essential, such as network infrastructure, consumer electronics, automotive electronics, and aerospace.

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