500SAAA33M2800ACFR

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

Introduction to 500SAAA33M2800ACFR: 500SAAA33M2800ACFR is an electronics oscillator developed by Panasonic. It is considered one of the most robust and reliable oscillators available in the market as it is capable of delivering precise, stable frequency output over a wide range of operating conditions. This device is mainly used in a variety of applications such as radio communication equipment, satellite communication equipment, medical imaging systems, as well as digital camera applications. It is also being used in many other industrial applications such as power systems, aerospace, and defense.

Applications of 500SAAA33M2800ACFR: 500SAAA33M2800ACFR can be used in many different applications that require stable frequency output. In radio communication equipment, the oscillator guarantees a stable signal output for communication systems. It is also used in multiple medical imaging systems, ensuring smooth images with reliable transmission. Furthermore, this device performs well in digital camera applications such as time lapse cameras. Lastly, it has numerous power system applications, making it a necessarily component in many industries.

Working Principle of 500SAAA33M2800ACFR: 500SAAA33M2800ACFR incorporates an Automatic Capacitor Frequency Resistor (ACFR) topology, an effective way to circumvent harsh environmental conditions and deliver consistent, stable frequency output. This oscillator uses a combination of a capacitive feedback element and resistive element to adjust the resonance frequency of the tank circuit. The two components work in tandem to maintain a constant frequency output regardless of power source, temperature, and other error factors that may affect performance. As a result, this device ensures exceptional stability in both frequency and waveform.

Conclusion: 500SAAA33M2800ACFR is an electronic oscillator used mainly in radio communication equipment, medical imaging systems, digital cameras, and power systems. It utilizes a unique Automatic Capacitor Frequency Resistor (ACFR) topology to ensure high reliable , stable frequency output over a wide range of operating conditions. It is a highly reliable and robust device with superior quality and performance.

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