DSC1101DE1-004.0960

Oscillators

An oscillator is a circuit element that sustains an alternating current or voltage. It provides the basic frequency reference used in frequency-timed electronics. Oscillators are either discrete components or integrated circuits designs using combination of active devices such as transistors and capacitors and inductors. The Digital Synthesizer Clock (DSC1101DE1-004.0960) oscillator is an integrated clock device that features low power, low jitter and excellent frequency resolution.

DSC1101DE1-004.0960 application field and working principle

The DSC1101DE1-004.0960 is a highly-integrated oscillator with high precision and excellent temperature stability. It can be used in a wide variety of applications such as precision timing and synchronization in computing, communication, and industrial applications. It is especially adapted for applications requiring high frequency accuracy and stability, such as in clocks, timing systems, frequency synthesizers, and-active filters.

The DSC1101DE1-004.0960 is a digital synthesizer clock oscillator with digital control over the frequency. It provides stable and accurate oscillation of frequency from 400 MHz to 800 MHz. It offers excellent jitter performance of 0.09 ps (max) and low power consumption of 0.8 W (max). The DSC1101DE1-004.0960 is integrated with an oscillator circuit, a reference divider, a low noise oscillation frequency pre-selector, a frequency prescaler, and a. The digital control and frequency selection functions are managed by the combination of four pins. The oscillator outputs a stable and adjustable frequency signal corresponding to the digital control signals sent to the pins.

The working principle of the DSC1101DE1-004.0960 is based on the use of a voltage-controlled oscillator (VCO) that is designed to generate a clock frequency in the range of 400MHz to 800MHz. The general design of the DSC1101DE1-004.0960 is consists of two parts: an oscillator circuit and a digital control circuit. The oscillator circuit contains the VCO, a frequency prescaler, a reference divider, and a power management. The oscillator’s frequency is determined by the voltage applied to the VCO. The digital control circuit consists of a frequency selector and a frequency control unit. The frequency selector allows for selecting the output frequency. The frequency control unit then adjusts the oscillator frequency to the selected frequency.

The frequency control unit can be programmed by setting four pins to either high or low states. When the frequency selection is changed, the frequency control unit adjusts the oscillator frequency until it meets the desired output frequency. The digital control circuit integrates the functions of the frequency selector and the frequency control unit, which reduces the size of the oscillator. The DSC1101DE1-004.0960 oscillator also comes with a power-saving function that allows the user to conserve power when no frequency selection is required.

In conclusion, the DSC1101DE1-004.0960 is a highly integrated, low-power, low-jitter oscillator that is suitable for use in high-precision timing and frequency synthesis applications. The digital control and frequency selection functions are handled by the four pins, and the frequency control unit adjusts the oscillator frequency to meet the selected frequency. Its advanced digital design makes it suitable for use in space-critical application, and its low power consumption makes it desirable for power-sensitive applications.