591KA148M350DGR

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Oscillators are one of the most important components in electronic control technology. The 591KA148M350DGR is an electronic oscillator module designed to provide stable, reliable and precise timing signal, suitable for use in monitoring and controlling various complex and dynamic systems.

The 591KA148M350DGR module offers a full range of functions including frequency or time-base selection, frequency or duty cycle selection, selectable duty cycle range and the ability to control multiple digital signals simultaneously. It also features an adjustable frequency, accurate phase shift, low distortion of the waveform, low jitter, very low offset voltage and high accuracy. The module is lightweight, compact and affordable making it ideal for a wide range of applications.

Features

• High stability and accuracy
• Wide range of frequency and duty cycle selection
• Adjustable frequency
• Very low offset voltage
• Low distortion and jitter
• Compact and lightweight
• Affordable

Application Fields

The 591KA148M350DGR is an ideal choice for a wide range of applications including monitoring and controlling various complex and dynamic systems, time and frequency generators, clock modules, automatic control system components, communication systems, and precision instruments. It can also be used for processing large amounts of data with accuracy and stability. It is particularly well-suited for use in high-speed industrial machinery, automotive motors, aircraft flight control, and radio communications systems.

Working Principle

The 591KA148M350DGR module relies on a quartz crystal oscillator to provide a stable and precise signal. The quartz crystal is made of two piezoelectric plates that are tightly held together with a thin adhesive layer and sealed in a metal case. As the electric field applied to the crystal changes, the vibrational frequency of the crystal also changes. This creates a stable and accurate frequency signal.

The 591KA148M350DGR module is capable of automatically adjusting the oscillation frequency, which helps to ensure high accuracy and stability of the resulting signal. Additionally, the module also features adjustable duty cycle ratio range and phase angle, allowing for greater flexibility and control over the signal.

In summary, the 591KA148M350DGR module is an excellent choice for applications that require accurate, stable, and precise timing signals. It offers a wide range of features and can be used in a variety of applications, including high-speed industrial machinery, automotive motors, aircraft flight control and radio communications systems.

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