KC2520K24.5760C10E00

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Oscillators play a crucial role in a wide range of electronic systems, from digital transmissions to radio communications. The KC2520K24.5760C10E00 oscillator is an example of one such device, utilizing quartz crystal technology as a foundational method of creating precise time-specific signals that are also adjustable to one-tenth of a unit’s resolution. It is also known as an OCXO, an acronym for Oven-Controlled Crystal Oscillator, meaning that its interal circuitry is laminated to improve its temperature stability.

The fundamental purpose of an oscillator is to generate a periodic waveform signal. There are various types of oscillator components available, such as LC and RC circuits or digitally controlled oscillators (DCOs). In the case of the KC2520K24.5760C10E00, its quartz crystals provide for a precision signal output, with Tristate function options, dynamic frequency control and programmable AC or DC outputs.

The beginnings of quartz crystal oscillators trace back to the 1940s, when US Navy researchers designed a quartz oscillator to detect submarine transmissions. This early research lead to the invention of the modern quartz oscillator, which generates correct signals and frequency over a wide temperature range and superminimal frequency drift.

At the core of the KC2520K24.5760C10E00 is a Quartz Oscillator, a high stability, low noise module with an output frequency range of 24.5760MHz± 0.0100MHz. It is temperature-compensated and engineered for stability at any temperature. This is accomplished through utilization of a thermostatically-controlled oven to maintain a consistent temperature within the crystal. The range of dynamic control and substitution features of the KC2520K24.5760C10E00 ensures optimal performance and reliability in communication equipment.

The frequency of the module can be adjusted to an optimal level of precision with a frequency adjustment tracking range that is divided into octaves. The frequency stability and low noise of the oscillator make it ideally suited for use in common applications such as fixed-frequency transmitters, television transmitters and receivers, radio receivers, and high speed digital technology.

The KC2520K24.5760C10E00 also offers automated tuning and Q-switched tuning for superior phase noise performance. Low supply current, coupled with low passband ripple and wide dynamic range, help ensure optimal data transmission. This type of machine-programmable frequency synthesis is made possible by a programmable TTL-based divider, and complex oscillator circuitry.

The capability to communicate precise and reliable signals over wide temperature and frequency ranges is of vital importance to the performance of many communication systems. The KC2520K24.5760C10E00 oscillator is designed to be a reliable and affordable solution in this respect, with features that ensure highly precise output frequencies, precise tuning, and an adjustable change resolution to as low as one-tenth of a unit.

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