595BA125M000DGR

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The 595BA125M000DGR is an oscillator, i.e. a device used to generate continuous electrical signals of a given frequency. Oscillators are widely used in electronic systems, from telecommunications to digital and analog systems. The 595BA125M000DGR is a hermetically sealed quartz oscillator based on quartz crystal technology.

Application Field

The 595BA125M000DGR is a quartz oscillator, making it suitable for use in precision timing and frequency control applications. Due to its extremely stable and accurate frequency and temperature characteristics, this oscillator is often used when precise timekeeping and temperature stability are paramount. It is precise and accurate enough to be used in most communication, medical instrumentation, consumer electronics, wireless communications and tracking/security applications.

The 595BA125M000DGR can replace existing quartz oscillators in small, non-commercial systems where its smaller size and lower cost are advantageous. Outside of the non-commercial sector, this oscillator is also suitable for MIL-STD and industrial automation applications.

Working Principle

The basic working principle of quartz oscillators, including the 595BA125M000DGR, is based on the principle of piezoelectricity. Piezoelectricity is the electrical charge that is generated when a crystal of quartz is subjected to mechanical stress. A quartz oscillator exploits this principle in order to convert electrical energy into mechanical vibrations, thus allowing the production of a continuous oscillatory electrical signal of a predetermined frequency.

A quartz oscillator consists of a quartz crystal and two sets of electrodes. One set of electrodes is connected to an outside signal source, which provides the proper electrical charge to the crystal. The second set of electrodes is responsible for providing the vibration that will be converted into an oscillatory signal.

When an electrical charge is applied to the crystal, its structure will expand or contract depending on the direction of the charge. This causes the crystal to vibrate, producing mechanical vibrations that are converted into electrical oscillations. The oscillations are then amplified in order to produce an oscillatory signal of a predetermined frequency.

The frequency of the 595BA125M000DGR is determined by the properties of the quartz crystal, such as its size and shape. The crystal is sealed within the oscillator to protect the crystal from temperature fluctuations and other environmental influences. This ensures the 595BA125M000DGR’s accuracy and stability, making it suitable for precision timing and frequency control applications.

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