510CAA133M330AAG

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Application Field

510CAA133M330AAG Oscillator is generally classified as a VCXO (Voltage Controlled Crystal Oscillator) and thus is often used in applications that require fine tuning of the output frequency. It is also categorized as a MEMS (Micro-electrical Mechanical System) Oscillator and thus is widely used in the design of wireless communication systems, such as modems, RF bands, and more.510CAA133M330AAG Oscillator can be used for a variety of applications due to its high frequency stability and low jitter. It is commonly used in the design of radar systems which require accurately tuned oscillators in order to detect precise targets. Other potential applications may include networking devices such as routers, access points, and switches, as well as in mobile phone base stations. Additionally, this oscillator type is often used in RF designs, including in wireless modems, automotive communication systems, and in Global Positioning System (GPS) applications.

Working Principle

The 510CAA133M330AAG Oscillator is composed of a MEMS resonator structure, two transistors, two capacitors, and an amplifier. A MEMS resonator uses an electrostatic force to induce mechanical resonance, which is achieved in MEMS-based oscillators by the application of a time-varying electrical field. This oscillator contains a special dialectric to provide constant electric field with varying capacitance. This capacitance allows for the semiconductor elements to vibrate together in resonance, which in turn produces the desired operating frequency.When the voltage applied to the oscillator is set to a particular level, the two transistors form a current-controlled voltage source circuit which maintains constant current and voltage level. This circuit also helps maintain the desired output frequency.When electrical signals are applied to one of the capacitors, a voltage imbalance is created and a current flow ensues between them. This flow of current is amplified by the amplifier and is then used to drive the resonators to create mechanical vibrations. These vibrations induce the required frequency, which is in turn used to generate the oscillator’s output waveform. In this way, the 510CAA133M330AAG Oscillator is able to maintain a constant and precise frequency in order to generate a periodic output signal.

The specific data is subject to PDF, and the above content is for reference