AX7PBF4-150.0000C

Oscillators: AX7PBF4-150.0000C application field and working principle

Oscillators are electronic components used to produce a stable frequency. The AX7PBF4-150.0000C is the smallest of the AX7PBF4 series of oscillators that can produce clock frequency between 140.0000MHz to 150.0000MHZ. Oscillators have various applications, including generating a clock signal for microcontrollers, generating accurate reference frequencies for wireless communication like for Bluetooth, Wi-Fi, and creating a modulated signal required for data transmission.

Applications

The AX7PBF4-150.0000C is used in various frequency applications such as desktop and laptop computers, GPS systems, cellular telephones, portable media players, digital cameras, digital video projects, video image processing systems, network systems, and HD audio systems. It is also used in test and measurement, medical, consumer, military, and industrial markets.

A highly efficient power output can be achieved using this oscillator due its low power consumption. This also ensures a steady clock signal, making it suitable for many applications that require stable frequency and power consumption. For example, it can be used in a computer system to optimize power output while maintaining steady frequency.

Also, it is designed for low jitter for system precision time and frequency performance applications. The fast switching edge of the AX7PBF4-150.0000C is advantageous for high speed logic applications. Its high stability and low jitter also make it an ideal choice for precision clock signal generation and timing applications where frequency stability and accuracy is important.

Working Principle

The AX7PBF4-150.0000C oscillator utilizes a quartz crystal vibrating at a predetermined frequency to produce a clock signal with a high level of accuracy and stability. This form of oscillator uses an electrical circuit to sustain oscillations and an amplifier to boost voltage levels as needed. It is made up of two or more transistors to produce voltage levels with the desired frequency.

The quartz crystal vibrates at a predetermined frequency depending on certain factors such as the shape and size of the crystal, the type of material used to build the oscillator, and the temperature. A small electric current is passed through the quartz crystal to produce oscillations and activate the amplifier, which increase the oscillations for a more precise signal.

The electricity passing through the quartz crystal creates an oscillating magnetic field. When this field strikes the crystal, it generates a voltage signal depending on the capacitive and inductive properties of the crystal. This voltage signal is received by the amplifier and is used as the clock signal.

Conclusion

The AX7PBF4-150.0000C oscillator is a highly efficient and stable electronic component which can provide a steady frequency and energy-saving power output. Its high stability allows it to be used in precision time and frequency applications such as desktop and laptop computers, cellular telephones, digital video projects, and HD audio systems. It uses a quartz crystal to generate an oscillating signal and transistors to produce a clock signal with the desired frequency.