TC-10.000MDE-T

TC-10.000MDE-T is a type of oscillator, which is a type of electronic circuit that produces a periodic, oscillating electronic signal. This signal is often a sine wave, though it might also take the form of a square wave or a saw tooth wave. Oscillators are used for a wide variety of purposes, from generating sound to powering electronic devices and circuits.

The TC-10.000MDE-T is a high performance temperature compensated crystal oscillator. It operates over a wide range of temperatures from -45 to +85 degrees Celsius. It is a relatively new type of crystal oscillator, which provides excellent frequency stability and low electrical noise. It has a wide frequency range from 10.000MHz to 350.000MHz with a low phase noise.

The TC-10.000MDE-T is primarily used in applications such as communication systems, radio and navigation systems, microwave systems, radar systems, frequency synthesis systems, timing systems, and in other applications which require ultra-high stability and precision timing.

The working principle of the TC-10.000MDE-T is based on the physical phenomenon of a vibrating crystal. When an electric current is passed through a cut quartz crystal, it will vibrate at its resonant frequency which is determined by the size and geometry of the crystal. This vibration can be used to generate a high precision signal which is used to maintain frequency accuracy of the oscillator.

The TC-10.000MDE-T makes use of state-of-the-art manufacturing process and hardware technologies such as a proprietary TCXO controller IC, advanced control algorithms and proprietary scalable analog and digital filters to achieve excellent frequency stability and low electrical noise. The TCXO controller IC provides a wide operating temperature range from -45 to +85 degrees Celsius with excellent phase noise and low cost.

The TC-10.000MDE-T provides excellent frequency stability in extreme temperature and vibration environments. It is an ideal solution for applications requiring high frequency stability, low electrical noise, and a wide operating temperature range. Its high performance makes it popular for use in a variety of wireless and other communication systems.