DSC6101CE2A-024.0000

Oscillators are electronic devices that produce a periodic waveform, usually a sine or a square wave. The DSC6101CE2A-024.0000 Oscillator is a low-voltage, high-frequency Oscillator designed for frequency control applications and ideal for use in communications and consumer electronics. It has a wide frequency range and low power consumption, making it a great choice for low-power designs.

Features of the DSC6101CE2A-024.0000 Oscillator

• Wide frequency range: 8.000kHz to 160.000kHz with a maximum output frequency of 125.000MHz.
• High-frequency stability and low power consumption.
• Wide range of switching frequencies: 50Hz to 1.0Mhz.
• High-output-current drive capability: 8mA typical, 13mA max.
• Adjustable frequency range from 4.000kHz to 128.000kHz.

Applications of the DSC6101CE2A-024.0000 Oscillator

The DSC6101CE2A-024.0000 Oscillator is suitable for frequency control applications such as communications, consumer electronics, automotive electronics, and many other electronic applications. Its wide frequency range makes it ideal for use in RF-transceivers, and its low power consumption makes it perfect for low-power designs. It is also suitable for use in digital data conversion, microcontroller or FPGA applications, and for frequency synthesis.

Working Principle of the DSC6101CE2A-024.0000 Oscillator

The workings of the DSC6101CE2A-024.0000 Oscillator can be broken down into three basic components. The first is the clock generator, which is responsible for generating a fixed frequency clock signal based on the input voltage. This clock signal is then used to drive the voltage controlled oscillator system, which is responsible for generating an oscillating waveform. This waveform is then used as the output signal from the device.

The working frequency of the oscillator is adjustable within the given range by adjusting the control voltage input. The high-frequency stability and low power consumption make this oscillator a great choice for use in precision frequency control applications. In addition, the device also has high-output-current drive capability, making it suitable for power-intensive applications.

Conclusion

The DSC6101CE2A-024.0000 Oscillator is an ideal choice for low-power designs and frequency control applications. It offers wide frequency ranges, high-frequency stability, and low power consumption for efficient operation in a wide range of application areas.