CA-301 50.3370M-C: PB FREE

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

Crystals

The CA-301 50.3370M-C: PB FREE is an electromagnetic crystal oscillator integrated circuit (IC). It is an integrated device that produces a continuous sine wave output of the given frequency with a high stability and accuracy. It is commonly used in diverse applications such as frequency synthesis devices in radios, television, and wireless systems, for time keeping in watches and clocks, and for industrial and scientific applications such as temperature and pressure monitoring.

Applications

The integrated circuit is widely used for various applications. It can be used in digital circuits. For example, in digital clock and timer, the crystal oscillator ensures accuracy by providing highly accurate clock pulses, thus providing very precise timing. In addition, it can be used in the communication industry. It is often used as a clock signal in radio, TV and wireless communication systems. Moreover, this device is used to provide accurate start-up clock to circuit and system components. As a result, it becomes an important component and is used in data acquisition systems and industrial control systems.

Working Principle

An oscillator uses a crystal to feedback the output signal to the input. A crystal is composed of a pair of silicon or quartz plate which are electrically conductive. When a voltage is applied to the plate, it produces the piezoelectric effect, thus changing the original shape of the crystal to create a vibration. The crystal will then vibrate at the frequency determined by the size of the crystal and the voltage applied, thus creating sine wave signals. The signals are amplified before being sent back to the input, thus creating a loop and establishing the oscillator. The resulting output frequency is very accurate and stable.

Conclusion

The CA-301 50.3370M-C: PB FREE is an integrated electromagnetic crystal oscillator used for frequency synthesis applications. It is widely used in radio, television and wireless systems, as well as in industrial control and data acquisition systems. It works on the principle of using piezoelectric effect of the crystal material to create a vibration at a certain frequency. This vibration is then amplified before being sent back to the input of the circuit, thus making a continuous sine wave output of the given frequency. It is an effective device which provides accurate and stable frequency output.

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