510SCA200M000BAGR

Oscillators: 510SCA200M000BAGR

Oscillators play a major role in the operation of various electronic systems and devices. Using an alternating current (AC) input, they produce an electric signal of a specific frequency. Oscillators are available in various forms to suit a variety of applications. The 510SCA200M000BAGR oscillator is an example of a four-pin surface mount ceramic (SMT) oscillator. Designed for high accuracy and stability, it is suitable for a wide range of applications, including cell phones, laptops, and other consumer electronic products.

Application Field

The 510SCA200M000BAGR is a 20 MHz oscillator, and it can be used to drive microprocessors as well as communication and other demanding applications. Its application field includes such areas as personal computers, wireless phones, base stations, and many other industrial applications. This oscillator is also used in automotive electronics, space applications, television systems, GPS devices, and medical equipments.

Working Principle

The 510SCA200M000BAGR operates on a basic oscillation principle. It utilizes a standard CMOS circuit topology and uses the feedback elements to maintain a near-constant input/output frequency. It utilizes a gain stage to boost the signal level and provide isolation from the external circuit. The resistor-capacitor (RC) circuit in the oscillator limits the frequency of oscillations to the desired value. With this particular type of oscillator, the gain stage is used to boost the output current level, allowing the device to be used with low voltage supply.

The 510SCA200M000BAGR also features an integrated temperature range compensation circuit. This compensates for changes in device temperature due to external conditions. Through this temperature compensation, the device is capable of maintaining a more constant input/output frequency. The frequency stability of this device is ±50ppm from 0 to 70°C and ±25ppm from -10 to 85°C.

Conclusion

The 510SCA200M000BAGR 4-pin SMT ceramic oscillator is a reliable choice for many applications requiring high accuracy and stability. With its integrated temperature range compensation circuit, it provides better control over frequencies and maintains a more constant input/output frequency. This makes it well-suited for operation in a wide variety of application fields, including automotive electronics, personal computers, wireless phones, and many other industrial applications.