416F36035CLT

Crystal oscillators are a type of vibration frequency device comprising several different components. They are used in a wide range of applications, from providing time reference signals for computers to providing frequency references for digital and analog radio transmitters. The 416F36035CLT is one such oscillator, and is an example of an FT-MEMS based device.

FT-MEMS stands for Fabry-Perot and Tunable Micromechanical Oscillator. It is a type of oscillator which relies on mechanical and optical principles to produce a frequency reference. A MEMS, or micro-electromechanical system, is a device which utilizes small mechanical or electromechanical components on a very small scale. MEMS are commonly used in a variety of fields, ranging from medical to aerospace, and require precise control and motion of both mechanical and electrical components.

The 416F36035CLT is one such MEMS based oscillator. It utilizes a Fabry Perot cavities to produce a highly precise frequency reference, and is designed to work over a very wide range of frequencies.It is made from a silicon diaphragm that is sandwiched between two optical cavities, which are in turn filled with optical material. The cavities are then excited by an electrostatic drive signal which is used to effectively vibrate one of the cavity walls.

This motion causes a frequency change in the optical material, and the resulting waves are used to generate the reference frequency. The frequency of generated signal is extremely accurate and stable, making it ideal for many applications, including computers, digital and analog radio transmitters, atomic clocks, spacecraft navigation, and more. Additionally, the 416F36035CLT oscillator is designed to operate over a wide temperature range and can withstand shock and vibration.

In summary, the 416F36035CLT is an advanced MEMS based oscillator. It utilizes Fabry Perot cavities and a silicon diaphragm to produce an extremely accurate frequency reference. It is designed for use in a wide range of applications, such as computers and radio transmitters, and is designed to work over a wide temperature range and withstand shock and vibration.