6126-201-1958

6126-201-1958 is a common product code of a high-performance programmable frequency source. It’s a tool that can provide ultra-precise frequency control under a signal between 2Khz and 30Mhz. It\'s much more precise than other frequency sources, and it\'s widely used in applications such as automatic control, radar, communications and testing.

The working principle of 6126-201-1958 is based on a double-loop control system, which comprises an inner-loop voltage control module and an outer-loop frequency control module. The inner-loop voltage control module converts an input frequency signal into a voltage control signal, which acts as the reference for the outer-loop frequency control module. This outer-loop module controls the frequency output of an oscillator module.

The voltage control signal from the inner-loop voltage control module is sent to the oscillator module, which then adjusts its frequency output in three stages based on the voltage. First, the oscillator is driven to the point range of approved edges. Then, the oscillator\'s frequency sample is compared to the voltage control signal and the surrounding error is remedied by fine-tuning the frequency. Thirdly, the output frequency is sent to the outer-loop frequency control module and compared to the voltage control signal. If any discrepancy is identified, the oscillator frequency is fine-tuned to enforce a higher frequency accuracy.

Due to its superior performance, 6126-201-1958 is widely used in various applications. It is used in automatic control systems for precise velocity regulation and frequency control, such as vehicle speed regulation and stepper motor control. In radar and communications systems, 6126-201-1958 is used for regulating and tracking the target signals with high frequency accuracy. It is also used in various scientific testing systems, such as testing various types of antennas, oscilloscope trigger systems.

6126-201-1958 is a very reliable and precise frequency source, and it is capable of regulating frequency accurately and quickly. Its superior performance makes it the most reliable device for controlling the frequency output of any system.