CVHD-952-148.3516

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Oscillators

The application field and working principle of the oscillator CVHD-952-148.3516 is an important topic in modern electronics engineering. Oscillators are widely used in a variety of applications, and they play a very important role in maintaining signal stability. The oscillator CVHD-952-148.3516 is one such example of a valuable oscillator.

The CVHD-952-148.3516 oscillator is a highly stable voltage control system that is housed in a low profile 12-pin DIP package for optimal integration in computer circuits. This oscillator has the ability to generate a precision sine wave signal, which is essential for many applications that require consistency. It has a frequency stability of ±100 ppm between 10 and 85°C, and offers a wide range of voltage control output frequencies, from 1000 Hz to 420000 Hz.

The working principle of the CVHD-952-148.3516 oscillator is based on a combination of two circuit blocks: a phase-locked loop (PLL) and a voltage-controlled oscillator (VCO). The PLL circuit creates the reference signal which is used to control the oscillator, whereas the VCO takes that same reference signal and translates it into the desired output frequency based on the applied voltage. The oscillator also employs a state-of-the-art integrated circuit technology that can limit phase-transition noise and jitter.

The CVHD-952-148.3516 oscillator also has many features that make it an appealing choice for applications in which high frequency stability is required. It has an input voltage range of 5.5 to 15 V, which makes it compatible with various types of power sources. The potentiometer and the auto-zero voltage-to-frequency algorithm allow for fine-tuning of the output frequency, further improving the stability of the signal. The oscillator can also deliver signals that are compatible with National Instruments (NI) and EtherCAT (E/A) systems.

In conclusion, the oscillator CVHD-952-148.3516 is an excellent choice for applications that require highly consistent and stable voltage control signals. The combination of its advanced circuit design, wide voltage control output frequency range, and frequency stability makes it a very reliable device that can be implemented in many modern technologies.

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