OH200-51003CV-005.0M

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Oscillators are electrical components that generate periodic, repetitive signals. The OH200-51003CV-005.0M oscillator is an important component in many device applications.

This oscillator is a crystal-controlled device, constructed by two terminals connected to a quartz crystal. The crystal acts as the frequency-determining element, providing stability over temperature and time. It can operate in one of two modes, either as an oscillator or as a filter. In oscillator mode, the crystal creates an electrical oscillation in the given frequency range; in filter mode, it is used to select and shape the output frequency from a broad range.

The operating frequency of OH200-51003CV-005.0M is determined by the parameters of the quartz crystal and by adjustments made to the oscillator circuit. In general, the oscillator frequency is programmable with a range of 10-100 MHz and can be externally adjusted by the user. The frequency drift is typically less than 1 ppm/degree Celsius (centigrade).

This particular oscillator implements a variety of applications. It is suitable for automotive display systems, wireless networking, consumer electronics, instrumentation systems, and communication systems. The oscillator offers a wide range of features and benefits, including low power consumption, high stability, low jitter, and wide temperature range operation.

The working principle of the OH200-51003CV-005.0M oscillator is based on the quartz-crystal phenomenon, where the crystal exhibits a stable resonance frequency. In operation, the quartz crystal is placed between two electrodes, one being a strain-sensitive element and the other a voltage-dependent element. With the application of a voltage to the crystals, the strain-sensitive element produces a change in the crystalline structure causing the crystal to vibrate at its resonant frequency.

The crystal oscillator is then connected to an amplifier circuit which amplifies the signal at the quartz’s resonant frequency. This amplified signal is then outputted as electrical energy that oscillates at the original resonant frequency of the crystal. This oscillation can be used for timing, generating signals, or as a reference oscillation frequency for other circuits in a device.

The OH200-51003CV-005.0M oscillator is a versatile and reliable device that is suitable for a wide variety of applications. Its crystal-controlled design provides stability over temperature and time, resulting in low power consumption, high stability, low jitter, and wide temperature range operation. This oscillator is perfect for automotive display systems, wireless networking, consumer electronics, instrumentation systems, and communication systems.

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