532BC000847DG

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The 532BC000847DG is a series of pin configurable/selectable oscillators and they are amongst the most widely used in the industry as they offer a wide range of selection along with high accuracy. The series consists of various models, ranging from low frequency (1 Hz) to high frequency (100 MHz).

These products are widely used in many different fields, such as timing and frequency control for computers, peripherals, digital systems, embedded systems, optical networks, industrial control equipment, laboratory instrument systems, and many more. In addition, they have also been widely used in broadcast equipment, mobile communication systems, and other network devices.

The working principle of the 532BC000847DG series is relatively straightforward. Its basic design is based on capacitive-resistive (CR) oscillation technique or its variants. The oscillators utilize a wide array of components to generate an oscillation frequency output. This includes a quartz crystal, a semiconductor device, a resistor, an inductor, and other components, depending on the exact model.

For example, the 532BC000847DG-C20MHZ-20.00 model utilizes a quartz crystal, two capacitive plates, one resistor, and one inductor. The quartz crystal acts as the operating element and its properties allow it to vibrate at a certain frequency. When the quartz crystal is connected to the capacitor plates, the resistors and the inductor, a CR circuit is formed, resulting in frequency oscillations.

The output frequency of the 532BC000847DG oscillator depends on its components and the parameters of the CR circuit. It has a low noise output, high accuracy and stability, low power consumption, and low phase noise. It also has wider temperature range and the ability to operate in a number of different environments.

The 532BC000847DG oscillators are highly configurable and their parameters can be adjusted according to the needs of the user. This makes them ideal for many applications where high accuracy, stability, and the ability to operate in various conditions are paramount. In addition, they are also cost efficient, making them a great option for manufacturers who are looking for a reliable, cost-effective way to achieve a high level of accuracy in their products.

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