DSC1001BI1-080.0000T

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Oscillators are electronic circuit components that generate electrical signals with specific frequency. The DSC1001BI1-080.0000T oscillator is a clock source or signal generator designed to provide highly accurate clock signals. It is a temperature-controlled crystal oscillator (XO), which is commonly used as a reference clock for communications and instrumentation applications.

The DSC1001BI1-080.0000T oscillator consists of a quartz crystal, a frequency-determining circuit and a temperature-compensating circuit. The crystal consists of a natural quartz material sealed in a rigid housing. It has a frequency of 80.0000 MHz with a tolerance of ±20 ppm at 25°C. It has a temperature range of -40°C to +85°C and a power supply voltage ranging from 5.0 V to 15.0 V. The oscillator also has a low current consumption of 10 mA typical and a high stability over temperature.

The working principle of the DSC1001BI1-080.0000T oscillator begins with the quartz crystal. The quartz is placed between two electrodes and an alternating current is applied. As the current flows through the crystal, it vibrates at a frequency determined by the size and shape of the crystal. This vibration is then amplified and conditioned by the frequency-determining circuit. The temperature-compensating circuit ensures the output frequency is not affected by the environmental temperature.

The DSC1001BI1-080.0000T oscillator has a number of applications. It is widely used in communication systems such as Bluetooth, Wi-Fi, cellular phones, and base stations. It is also commonly used in instrumentation applications such as frequency counters, frequency synthesizers, phase-locked loops, and video synchronization. Furthermore, the oscillator is suitable for use in digital logic timing circuits such as microprocessors, memory chips, and system clocks.

In conclusion, the DSC1001BI1-080.0000T oscillator is a temperature-controlled crystal oscillator designed to provide highly accurate clock signals for communication and instrumentation applications. It is capable of producing a stable output frequency over a wide range of temperatures. With its low current consumption and high stability, it is an ideal choice for many different applications.

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