SG-211SCE 50.0000ME

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The SG-211SCE50.0000ME is an oscillator designed to generate a very precise oscillating analog signal output. It belongs to the family of Oscillators, which are electrical circuits that utilize a DC power source to create an electrical signal of a predetermined or desired frequency.

The SG-211SCE50.0000ME is a current, temperature, and pressure stabilized oscillator with ultra-low phase-noise and superior frequency stability. It is a very versatile product that can be used in various applications such as controlling and measuring temperature, pressure, velocity, vibration, and displacement. It is used in a variety of applications including calibration and test equipment, medical equipment, aerospace systems, and military radar systems.

The working principle of the SG-211SCE50.0000ME oscillator is based on the concept of frequency control. This is accomplished by using a circuit loop that contains an amplifier, a frequency source, an oscillator, and a feedback loop. This circuit loop serves to adjust the output frequency constantly and precisely to produce a stable analog signal. By adjusting the amplifier, frequency source, and feedback loop, the output frequency can be set and controlled to any value. It is also possible to adjust the gain, phase shift, and other parameters of the oscillator to affect the output.

The SG-211SCE50.0000ME provides reliable performance with short-term stability of better than 1 ppb and long-term stability of better than 3 ppb. It has a frequency range of 10 Hz to 2 MHz and can hold frequency stability over temperatures from -40°C to +85°C. It is also characterized by high power efficiency and low supply currents, making it perfect for use in applications requiring low power consumption.

The SG-211SCE50.0000ME is an ideal choice for applications requiring a stable and accurate oscillating signal. Its versatility makes it a great choice for many applications such as instrumentation, control, and laboratory testing. Its ultra-low phase noise makes it perfect for use in applications requiring low noise and high accuracy. Its ability to provide reliable performance over a wide range of temperature makes it an excellent choice for temperature control applications. It is also an ideal choice for aerospace and military application due to its superior performance and low power consumption.

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