DSC1101NI5-100.0000T

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OSCILLATORS are generally used to drive various electronic systems and instruments. DSC1101NI5-100.0000T is an oscillator that is a part of DSC1100 Oscillator family which has a quartz-crystal resonator which ensures superior clock accuracy and stability over an operating temperature range of-40°C to +85°C.

The DSC1101NI5-100.0000T oscillator operates on the resonant frequency of a quartz crystal, which is determined by its size, cut, and internal electrodes. Quartz crystals have good frequency stability and ruggedness. In the DSC1101NI5-100.0000T, a quartz crystal resonator is connected in parallel between the emitter and base terminals of an on-chip, low-power, digital-oscillator-controlled transistor. When an AC voltage is applied to the crystal, its vibration will be excited, which is known as the fundamental mode of oscillation. The shape of the waveform is determined by the cut of the crystal. In the DSC1101NI5-100.0000T, the crystals are typically cut into a rectangle or square shape.

The DSC1101NI5-100.0000T uses a series of capacitors and resistors connected in parallel with the crystal to form a tank circuit which oscillates at the specified frequency. As a result, the oscillator will produce a square-wave output signal that can be used to drive electronic systems and instruments, such as clocks, timers, and counters. The output signal is highly reliable as it has low jitter, low skew, and low phase noise due to its superior clock accuracy and stability.

The DSC1101NI5-100.0000T also offers a wide operating temperature range of -40°C to +85°C and can operate on a supply voltage range of 1.2V to 5.5V. This makes the oscillator ideal for use in harsh environmental conditions and is suitable for a wide range of application areas. These include communication and networking systems, audio/video systems, medical and measurement systems, automotive systems, industrial control and measurement, and other industrial applications.

In conclusion, the DSC1101NI5-100.0000T is an excellent choice for applications that require superior clock accuracy and stability over a wide operating temperature range. Its series of quartz crystal resonators, along with its tank circuit, gives it the ability to produce a reliable square-wave output signal with low jitter, low skew, and low phase noise. It is therefore suitable for a wide range of applications, including communication and networking systems, audio/video systems, and automotive systems.

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