AX7DBF1-983.0400C

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

Oscillators

An oscillator is an electronic circuit used to generate an AC signal whose frequency is usually determined by a resonant circuit. Oscillators are typically used for communications applications such as radio transmitters and receivers, frequency synthesizers, digital clocks, and embedded timing applications. The AX7DBF1-983.0400C oscillator is specifically designed for these types of applications.

Application Field

The AX7DBF1-983.0400C oscillator is a CMOS integrated circuit designed with a nominal frequency range of 100kHz to 2GHz and a wide range of operating temperature from -40°C to +125°C. It\'s compact size and high performance make it ideal for applications such as frequency generation for various consumer electronics, frequency synthesisers, and embedded timing applications. Additionally, it is well suited for applications operating on batteries where low power consumption and a small space footprint are important factors.

Operating Principle

The operating principle of the AX7DBF1-983.0400C oscillator can be broken down into 4 key steps. Firstly, the circuit stores a value in the control holding register. This value is then used to generate an output signal waveform of a defined frequency. Secondly, a power switch is used to turn on and off the output signal. Thirdly, a voltage-controlled oscillator generates a signal having a frequency dependent on the voltage applied to the control terminal. Finally, the output signal is then buffered and low-pass filtered to ensure a smooth and stable output signal.

Output Control

The main output frequency of the oscillator can be controlled in three ways. Firstly, the circuit can be tuned by adjusting the voltage on the control terminal. Secondly, the frequency can be set by using a digital memory such as a ROM or external control lines. Finally, it is possible to control the output frequency by pulse width modulation. This allows the frequency to be further manipulated by varying the pulse width, thus changing the duty cycle of the output signal.

Usage in Systems

The AX7DBF1-983.0400C oscillator can be used in a variety of systems. Most applications in the consumer electronics, automotive, and industrial electronics sectors use these oscillators as primary or backup clocks. Additionally, they are used for data synchronisation, signal characterisation, and frequency measurement. As an example, the AX7DBF1-983.0400C can be used in a system containing multiple oscillators allowing for redundancy in more critical operations.

Robustness

The AX7DBF1-983.0400C oscillator is designed to be robust and reliable, meaning that it can withstand environmental conditions such as extreme temperatures, shocks, and vibrations. This is achieved through the use of advanced CMOS processes and custom semiconductor packaging. The end result is an oscillator that can reliably operate in a wide range of challenging environments and applications. Additionally, these oscillators have unparalleled stability and accuracy with respect to temperature, time, and supply voltage variations, making them an ideal choice for timing applications.

Conclusion

The AX7DBF1-983.0400C oscillator is an advanced CMOS integrated circuit designed for operation in a wide range of challenging environments and applications. It is a versatile and reliable oscillator well suited for communications, frequency generation, frequency synthesisers, and embedded timing applications. The versatile and robust design of the AX7DBF1-983.0400C enables it to remain reliable and accurate even under the harshest of conditions. This makes it an ideal choice for a multitude of high-end applications.

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