DSC1001DL2-090.0000T

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DSC1001DL2-090.0000T Oscillators Application Field and Working Principle

The DSC1001DL2-090.0000T Oscillators is a cost-effective, low-power and low-profile oscillator designed to provide precise and robust timing. These oscillators feature a TTL/CMOS logical frequency selection, a wide operating temperature range, low power consumption, and wide spread spectrum emission. The DSC1001DL2-090.0000T is a perfect choice for applications requiring a low-cost, low-power, small size frequency solution. The DSC1001DL2-090.0000T Oscillators is ideal for use in embedded systems, communications equipment, industrial and consumer applications.

Application Field

The features of the DSC1001DL2-090.0000T Oscillators make it suitable for many kinds of applications. It can be used as a frequency synthesizer in radio communications equipment, sound systems, robots, and medical equipment. It can also be used in digital television production, video surveillance systems, and cellular phone systems. It can also be used in the fields of automotive, measurement systems, military, homeland security and surveillance, and TV broadcast. Additionally, it is suitable as a reference clock for synchronizing digital systems, networking protocols, and other applications that require precise timing.

Working Principle

The basic principle of operation for the DSC1001DL2-090.0000T Oscillator is a cryogenic double-sided oscillator. This consists of two high-frequency quartz crystals sandwiched together with a special thermal coupling material. When voltage is applied to the crystals, they oscillate at a high rate and the thermal coupling material absorbs excess heat. This results in a highly stable frequency output. The output of the oscillator is then typically further conditioned to specific frequencies through frequency dividers or synthesizers.

The working of the vibration oscillator system can be explained in three steps. Firstly, the oscillator is energized to produce an oscillatory motion at the required frequency. Secondly, the oscillatory motion is converted into an electrical signal. Thirdly, a frequency divider is used to produce a stable output frequency.

The frequency of the oscillator is also determined by choosing the correct quartz crystal for the application. The quartz crystal needs to have the right resonance frequency and the correct Q-factor or quality factor. The Q-factor determines the phase noise performance of the oscillator. The phase noise performance of the oscillator is a measure of jitter, which can be minimized by properly selecting the appropriate crystals.

Conclusion

The DSC1001DL2-090.0000T Oscillator is a low-cost, low-power Oscillator designed to provide precise and robust timing. This Oscillator is suitable for applications such as embedded systems, communications equipment, industrial and consumer electronic products, radio communications, digital TV production, video surveillance systems, and cellular phone systems. Its working principle is based on the cryogenic double-sided oscillator, which consists of two high-frequency quartz crystals sandwiched together with a special thermal coupling material. The frequency of the oscillator is also determined by choosing an appropriate quartz crystal with the right resonance frequency and Q-factor, which can greatly minimize phase noise performance.

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