PRQV16.00CR1510Y00L

Introduction

Resonators are devices which exhibit a resonance frequency to pass, store and transmit energy. They are used in a variety of applications, such as radio communications, oscillator circuits and filters. The PRQV16.00CR1510Y00L is a type of resonator that is widely used in many applications, and its working principle and application field are discussed in this paper.

Theory and Application of PRQV16.00CR1510Y00L

The PRQV16.00CR1510Y00L is a series-connected, resonance-tuned crystal oscillator device. It consists of an aluminum nitride (AlN) resonator and an integrated circuit (IC) controller. The resonator is composed of a quartz crystal and an associated tensile element. The quartz crystal vibrates in response to incoming electrical energy at a resonant frequency determined by its physical properties. The tensile element serves to absorb and confine the vibratory energy generated by the crystal, allowing the resonant frequency to remain relatively constant despite temperature fluctuations.

The IC controller monitors the resonator’s output and adjusts a parallel capacitor to maintain a constant resonant frequency. By matching the resonant frequency of the crystal to the frequency of the external circuit, efficient electrical energy transfer is achieved. The PRQV16.00CR1510Y00L resonator exhibits a resonance frequency of 16.00MHz, within a temperature range of -40 degrees Celsius to 85 degrees Celsius.

Uses and Benefits of PRQV16.00CR1510Y00L

The PRQV16.00CR1510Y00L optical crystal resonator is used in a variety of applications, including radio communications, oscillator circuits, and filters. Its robust character makes it suitable for use in extreme environments, such as aerospace and automotive. The PRQV16.00CR1510Y00L device also provides excellent electrical and thermal stability, which translates into more reliable performance in critical applications.

In addition, the PRQV16.00CR1510Y00L provides excellent phase noise, harmonics, and EMI performance, and its high-frequency alternating current (AC) drive enables superior frequency control. The resonator also offers superior vibration and shock resistance, which is ideal for use in mission-critical applications. Overall, the PRQV16.00CR1510Y00L is a cost-effective device that provides superior performance compared to similar devices.

Conclusion

The PRQV16.00CR1510Y00L optical crystal resonator is an extremely useful device in a variety of applications. Its exceptional performance, robust character, and superior electrical and thermal stability make it a reliable choice for many mission-critical applications. The 16 MHz resonance frequency of the device makes it a viable option for a range of radio communication, oscillator circuits, and filter projects.