SG-531P 7.3728MC

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SG-531P 7.3728MC is an advanced programmable oscillator used in science and engineering applications. This oscillator is a highly efficient and cost-effective solution for precise oscillations and timing. It is designed to provide rock-solid performance that can withstand harsh environmental conditions, making it suitable for applications ranging from industrial, medical, space and defense industries.

This device allows users to select and precisely regulate the frequency output they wish, while ensuring continuous and stable operation. It can provide up to +/- 0.1 PPM accuracy in output frequency stability and requires a minimum startup time of only 0.3 ms. Additionally, the SG-531P 7.3728MC comes with a maximum operating frequency of 150 MHz and a wide temperature range from -55°C to +125°C.

SG-531P 7.3728MC is a perfect oscillator solution for a variety of applications. It is used in many devices, from communication and broadcast systems to precision instruments and consumer electronics. It is also popular in medical equipment requiring precise timing for ultrasound and medical imaging, as well as instrumentation and remote control. Additionally, this oscillator provides many advantages for defense applications, such as radar systems and high-precision synchronization systems.

The working principle of the SG-531P 7.3728MC oscillator is based on a crystal that acts as an electromechanical transducer. The crystal is made of piezoelectric material that responds to the alternating current passing through the crystal. This alternating current causes mechanical vibrations in the crystal at specific frequencies due to the piezoelectric effect. The mechanical vibrations are transformed into electrical signals which are then used to regulate the frequency of the oscillator.

SG-531P 7.3728MC is suitable for a wide range of oscillator applications due to its superior performance, reliability and flexibility. This oscillator is used in many fields due to its high accuracy and reliable frequency stability and its ability to operate at high temperatures.

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