SG-51P 12.0000MC: PURE

Oscillators are electrical circuits which produce a periodic electrical signal. One of the most commonly used oscillators is the SG-51P 12.0000MC: PURE. This oscillator is typically used where the highest degree of temporal stability and accuracy is required.

Design

The SG-51P 12.0000MC: PURE is a quartz crystal based frequency oscillator. It has a typical frequency accuracy of with 0.05 ppm and a temperature stability of 0.3 ppm. The circuit of the oscillator is based around a single quartz crystal, and is very simple and reliable. The crystal is mounted on a small “half breadboard” style PCB with the associated oscillator circuitry.

Application Fields

The SG-51P 12.0000MC: PURE is commonly used where extremely precise and accurate timing and control is needed. It is particularly suitable for use in the areas of alarm and signal generators, clocks, ATMs, monitoring, control systems, low-noise broadcasting, telecommunications, and others.

The SG-51P 12.0000MC: PURE is also used in many scientific fields, such as in physics, chemistry, and astronomy. It is used for measuring time intervals, studying the behavior of electrons, and to measure the pulsations of stars. Its extremely low jitter and wide frequency range makes it well suited for applications where the highest degree of temporal stability and accuracy is needed.

Working Principle

The SG-51P 12.0000MC: PURE works by using a quartz crystal which is excited by an electrical current. The electrical current creates a voltage across the crystal, causing it to vibrate at its natural resonant frequency. This resonance frequency is then amplified by the oscillator circuitry and used as a time-base for generating electrical signals. The SG-51P 12.0000MC: PURE also incorporates a temperature compensation circuit which keeps the oscillator stable as the temperature changes.

The SG-51P 12.0000MC: PURE is an extremely reliable and accurate oscillator which is used in many different applications. Its accuracy and stability make it well suited for applications where precise timing and control is required. It is a very simple and reliable circuit, and is widely used in many different scientific and engineering fields.