536EB212M500DGR

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Oscillators, generally speaking, are circuit designs that help regulate and maintain the frequency or rate at which an electrical signal repeats itself. In electronics, oscillators are essential components in many circuits and appliances, from televisions and radios to audio and video equipment, to name a few. The 536EB212M500DGR is an oscillator designed specifically to be used in Crystal Filter Circuits and operates on the concept of frequency compensation - allowing for the compensation of frequency shifts that occur naturally in Crystal filters due to temperature changes. It is part of the EBxx series of oscillators, which are used in various industries that require precise frequency control.

The 536EB212M500DGR is designed with a built in temperature compensation scheme and is sensitive to temperature changes in extended temperature ranges of -55 to +125 degrees Celsius (-67 to +257 degrees Fahrenheit). It uses a digital Automatic Temperature Compensation (ATC) process to keep its frequency and other characteristics stable under various temperatures. It also features a Ring OscillatorCircuit Design in order to reduce the amplitude and jitter effects of fluctuating temperatures changes and to buffer the output signals from being distorted. This oscillator also offers enhanced signal amplitude and better signal-to-noise ratio when compared to other oscillators.

The 536EB212M500DGR is usually used in Crystal Filter Circuits, such as those found in radios and other audio systems. Due to its digital ATC process, it is able to maintain its precision over extended temperature ranges and thus, can replace other oscillators used in the same application field. In addition, it is approved for use in medical devices and MIL-STD-883-compliant systems, making it a strong candidate for various industrial and military applications.

In conclusion, the 536EB212M500DGR is an oscillator specifically designed for Crystal Filter Circuits and is noted for its automatic temperature compensation technology, making it a reliable choice for applications that require precision over extended temperature ranges. Additionally, its Ring Oscillator Circuit Design can reduce amplitude and jitter effects when compared to other oscillators, and it is also approved for use in medical devices and MIL-STD-883-compliant systems, opening up numerous industrial and military applications.

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