CSX750VCB4.096M-UT

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are elements used in electrical circuits to generate an electrical signal with a consistent frequency, usually as a sine wave or a square wave. In general, oscillators are used to generate waveforms with consistent and repeatable waveshapes to ensure the accuracy and precision of the signal. The CSX750VCB4.096M-UT is an example of an oscillating element specifically designed to generate and control an electrical waveform at precise intervals and frequencies.

The CSX750VCB4.096M-UT is an application specific crystal oscillator designed to meet the ISO/IEC 9001:2015 standard for quality assurance. This oscillator produces a signal at a precisely defined frequency of 4.096MHz and provides a temperature stability of ±0.1ppm, which allows for accurate and reliable frequency control over a wide temperature range. The oscillator has an output voltage of 5V, a current consumption of 80mA, and a power consumption of 0.4W. The package size of the oscillator is 73.5 x 50.5mm.

This oscillator is specifically designed for use in high-speed telecommunications, routers, network switches, and other digital communication devices that require precise frequency control and accuracy. It is also suitable for medical, automotive, and industrial equipment where accurate and reliable frequency control is essential. In addition, it is also suitable for test and measurement applications as well as clocks, timers, and instruments.

The CSX750VCB4.096M-UT operates on a simple working principle. The oscillator generates a signal in a quartz crystal with an embedded oscillator circuit, with the frequency determined by the cut of the quartz crystal. This oscillator circuit divides the frequency and outputs the factored-down signal from the divided crystal.

The CSX750VCB4.096M-UT oscillator is able to generate a precise frequency that is highly accurate and reliable, as well as providing excellent temperature stability. This makes it ideal for use in applications that require precise and accurate frequency control, such as digital communication devices, medical and automotive equipment, test and measurement applications, and clocks and instruments.

The specific data is subject to PDF, and the above content is for reference