SG615PH-40.0000MC-3

Oscillators are designed to produce a stationary waveform of one or more frequencies for use in a variety of applications with digital electronics. The SG615PH-40.0000MC-3 oscillator is a type of oscillator that works in an especially wide range of frequency applications. It primarily provides very stable time bases, as well as clock pulses for frequency synthesis.

The SG615PH-40.0000MC-3 oscillator features stability of ±1 x 10-9 over an operating temperature range of –30°C to +70°C, as well as an operating voltage range of 4.8 to 30V. This wide operating range gives it an advantage over other types of oscillators.

At the core of the SG615PH-40.0000MC-3 oscillator is a quartz crystal resonator. The quartz resonator is the active element of the oscillator, which oscillates at a precise frequency when properly excited with an external signal. The oscillator circuit then provides the necessary amplifier and bias stability in order to maximize the accuracy of the oscillation.

The frequency accuracy of the SG615PH-40.0000MC-3 oscillator is determined by the tolerance of the quartz resonator and the ability of the circuit to maintain the bias and drive of the resonator over the specified temperature range. The frequency stability of the oscillator is determined by the temperature coefficient of the quartz resonator, which is very low and well defined.

The SG615PH-40.0000MC-3 oscillator is ideal for applications requiring very precise frequency control, such as clock generation and frequency synthesis. It is also well suited for time base generation, frequency division, and precision measuring applications. It is also cost effective and reliable for the most demanding digital design applications.

In conclusion, the SG615PH-40.0000MC-3 oscillator is a highly reliable and stable oscillator that is designed to provide accurate frequency control over a wide operating temperature range. Its quartz resonator and bias stabilization ensures stability over the specified temperature range and its low cost makes it an attractive option for digital designers.