535FC000172DGR

Oscillators

Oscillators are essential components used in many modern electronic systems. They are typically used for tasks such as generating sine waves, producing square waves, providing clocks to digital logic circuits, and controlling the timing and duty cycles of digital logic pulses.

One of the most widely used oscillators is the 535FC000172DGR oscillator. The 535FC000172DGR oscillator is a fundamental member of the popular 535F family of oscillators. It is a low power quartz crystal oscillator designed to offer superior stability and phase noise performance over a wide supply voltage range. It is commonly used in applications that require high frequency precision such as telecom, military, and aerospace.

The 535FC000172DGR oscillator operates using a combination of the quartz crystal and an active oscillator circuit. It combines a quartz crystal and an active oscillator circuit in a single IC package. The quartz crystal is mounted in a sealed cavity and oscillates at its precise natural frequency, which is determined by the size of the crystal. The active oscillator circuit uses this quartz crystal frequency as a reference frequency, and then produces a highly stable output signal using a process called frequency multiplication.

The active oscillator circuit in the 535FC000172DGR oscillator is designed to adjust the oscillation frequency over a wide supply voltage range. It includes an on-chip voltage regulator and temperature compensation circuitry to maintain a precise output frequency over a wide range of operating conditions. This means the oscillator can be used in a wide variety of applications without needing to be recalibrated or re-tuned.

The 535FC000172DGR oscillator is a robust and reliable device that is well suited for applications requiring high frequency precision and stability. It is widely used in telecom, military, aerospace, and many other applications. It is a popular choice for applications requiring low noise and excellent performance over extreme temperature range.