CS325-33.3333MABJ-UT

CS325-33.3333MABJ-UT Application Field and Working Principle

The CS325-33.3333MABJ-UT is a specialized crystal oscillator developed by NTE Electronics. This product is designed specifically for the communications and computing markets, and provides reliable frequency control solutions that meet customer needs. It is used in applications such as digital radio, network timing, and clock generation.

The CS325-33.3333MABJ-UT oscillator is based on a quartz crystal element. Quartz crystals have been used for centuries to generate electrical oscillations for various applications, and their highly consistent resonant frequency makes them ideal for creating a stable oscillation source. This crystal oscillator consists of a quartz crystal element that has been cut and polished to a specific size and frequency. The quartz crystal is then connected to a series of electronic components that are tuned to allow the oscillation to be generated at a set frequency.

In order to maintain a stable frequency output, the components in the CS325-33.3333MABJ-UT oscillator are accurately tuned to achieve an optimal phase noise response. This phase noise response indicates how much the frequency may drift over time. The oscillator also includes a number of safety features such as overvoltage protection, undervoltage protection, and over-temperature protection, which help keep the device functioning properly even in the most extreme environmental conditions.

The CS325-33.3333MABJ-UT oscillator provides an incredibly stable reference frequency with a maximum thermal stability of ±0.002 ppm, meaning it will stay reliably accurate over a wide range of temperatures. This makes it ideal for use in applications that require precision frequency control with low aging rates, as well as applications that manage clock frequency or generate an accurate timing source for triggering or measuring events.

The CS325-33.3333MABJ-UT oscillator from NTE Electronics is a robust and reliable quartz crystal oscillator designed to meet the most demanding frequency control applications. Its ultra-low phase noise and extremely stable frequency output make it well suited for applications such as network timing, digital radios, and more.