595CH40M0000DGR

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Oscillators are widely used in electronic and communication systems. They provide a precise timing reference with their constant and precise frequency. The 595CH40M0000DGR is a reasonably advanced and precise oscillator designed primarily for situations where an extremely high accuracy, large frequency range and high speed are required.

The 595CH40M0000DGR is designed for use in applications that require an extremely high degree of accuracy and stability, such as radar and beacon systems, high-precision frequency meters, global positioning systems, mission critical telecommunications transmitters, and industrial and scientific instrumentation. Additionally, the 595CH40M0000DGR can be used in combination with analog-to-digital converters to create an accurate clock source for digital communication systems.

The 595CH40M0000DGR is a crystal oscillator that works on the principle of piezoelectricity. The piezoelectric effect occurs when a voltage is applied to an object, causing it to expand or contract. In the case of the 595CH40M0000DGR, a piezo quartz crystal is used to provide the voltage regulation. When a voltage is applied to the quartz crystal, the crystal will expand or contract. This change in size causes a change in the frequency of the oscillator, which is then preserved and transmitted as an accurate and stable frequency.

The 595CH40M0000DGR is a highly accurate oscillator with a wide frequency range, covering frequencies from 9.6 KHz to 160 kHz. It also has a wide supply voltage range, from 5V to 45V, and a low current consumption of 20 mA/MHz. Additionally, the 595CH40M0000DGR has a high shock resistance and a high resistance to temperature drift, providing a permanent reference signal even under adverse conditions.

In summary, the 595CH40M0000DGR is a highly advanced oscillator designed for highly accurate and stable frequency applications. Its wide range of frequencies, wide supply voltage range, and high shock resistance allows it to be used in a variety of applications. The 595CH40M0000DGR uses the piezoelectric effect to modulate the voltage in a quartz crystal, resulting in a precise and stable reference frequency.

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