510CBA75M0000AAGR

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Oscillators are utilized across multiple fields of engineering and physics to produce signals and to perform frequency- and phase-control tasks. 510CBA75M0000AAGR is a type of oscillator manufactured by Epson which is mainly used in telecommunications and frequency control circuitry. This oscillator is a temperature-compensated surface acoustic wave oscillator (TC-SAW Oscillator) that possesses good characteristics such as a wide operating temperature range from -20°C to +75°C and excellent frequency characteristics. It also has a wide operating frequency range from 10 MHz to 75 MHz.

The TC-SAW Oscillator uses a quartz crystal saw resonator that is composed of a quartz substrate and a pair of interdigital transducers. In the device, the quartz substrate is coated with a piezoelectric material, such as quartz, sputtered with aluminum. The interdigital transducers act as transducers and are used for the generation and detection of the acoustic wave.

In the 510CBA75M0000AAGR, the quartz substrate is coated with a temperature compensator material, such as a doped barium titanate. This material has very low piezoelectric constants so that it can be used to compensate for temperature changes of the quartz crystal. This is done by changing the amount of electric field applied to the piezoelectric layer. The temperature compensator material is used to indicate to the crystal what temperature it is at, and is also used to change the crystal’s characteristics to match the desired frequency and quality requirements.

The working principle of the 510CBA75M0000AAGR is based on a two-stage operation. In the first stage, the quartz resonator is used to generate an acoustic wave. This acoustic wave is launched into the quartz substrate and is reflected back by the piezoelectric material. This process continues forming a standing wave of some specific frequency.

In the second stage, the interdigital transducers are used to detect the standing wave. These transducers are connected to the output of the oscillator and generate a signal in the range of 10MHz to 75MHz. This frequency is then adjusted according to the temperature compensator material, and the output signal is then used for various applications such as telecommunications and frequency control.

The 510CBA75M0000AAGR oscillator is a reliable and versatile device which provides excellent frequency characteristics and a wide operating temperature range. It is an ideal solution for a wide variety of applications in telecommunications and frequency control. It is a valuable tool in the industry, and its performance will certainly meet the demands and expectations of customers.

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