TC-65.000MCE-T

Oscillators

The TC-65.000MCE-T is a type of oscillator with many applications and a unique operating principle. It has been designed to provide an accurate frequency timing source for use in devices ranging from communications systems to timers to medical equipment, by converting the electrical input to a precision oscillator frequency.

The TC-65.000MCE-T is a monolithic, temperature-compensated, crystal oscillator, meaning it has a single crystal housed within a single package. It is composed of a basic circuit featuring a quartz crystal that is connected in parallel or in series with a specialized, low-temperature drift capacitor. By controlling the signal current flowing into the crystal, the TC-65.000MCE-T can generate precise frequency timing signals without sacrificing accuracy or stability.

Due to its flexibility and simple operating principle, the TC-65.000MCE-T can be used in numerous applications such as digital clocks, radios, alarms, and other electronic equipment such as medical scanners and monitoring systems. Its miniature size and cost-effectiveness make it ideal for use in portable devices where small size and low power consumption are key considerations.

The TC-65.000MCE-T achieves its accuracy and stability by utilizing a specialized temperature compensation circuit. This circuit contains a thermistor which senses and compensates for temperature changes by altering the signal level flowing into the crystal. As a result, the TC-65.000MCE-T can generate precise and stable outputs even when exposed to extreme temperature variations.

The TC-65.000MCE-T also offers a variety of customizable features, such as frequency stability, output type, and option packages. These features enhance its versatility and allow the product to be tailored to the specific needs of various applications. This makes the TC-65.000MCE-T an ideal solution for any application needing a precise timing source.

The TC-65.000MCE-T is the latest in a long-line of oscillators that provides superior performance and precision timing for various applications and projects. Its small size, simple operation, and flexibility make it an ideal choice for silent, reliable, and accurate timing sources.