ECX-H25BN-74.250

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Oscillators are electrical circuits that produce an output signal that varies in a repeating manner. They are widely used in numerous fields, ranging from industrial control systems to consumer electronics. One of the many oscillator types is the ECX-H25BN-74.250, which is designed for specific applications and can facilitate many useful functions.

The ECX-H25BN-74.250 is an oscillator with a center frequency of 74.250 MHz. It has a high degree of linearity over the full operating range and high accuracy with a frequency stability of 0.2 ppm. The oscillator is a voltage-controlled sinusoidal oscillator and has an output frequency of 74.150 Mbps up to 74.350 Mbps. It has a maximum frequency deviation of 0.2% and a minimum start-up time of 250 ms.

The ECX-H25BN-74.250 is designed for use in various communication applications, including radio links, wireless audio systems, and military communication systems. It is also suitable for use in receivers, transceivers, and amplifiers. The oscillator can provide good signal quality and high accuracy in signal transmission, as well as excellent overall reliability. The oscillator is also suitable for laboratory applications where an accurate, repeatable signal is required.

In terms of working principle, ECX-H25BN-74.250 has an internal voltage-controlled oscillator (VCO) that produces a sinusoidal signal. The sinusoidal signal is then fed into a phase-locked loop (PLL) circuit, which uses feedback to ensure that the output frequency stays at the desired level. The PLL circuit also has an adjustable frequency divider that can be used to adjust the output frequency, allowing for a wider range of operating frequencies. The oscillator also contains a voltage-controlled gain stage, which can be used to adjust the output level of the oscillator.

Overall, the ECX-H25BN-74.250 is a reliable oscillator with a wide operating range and high accuracy. It is suitable for use in various communication applications and is particularly useful for laboratory applications. It can provide good signal quality, high accuracy and repeatability, and excellent overall reliability.

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