ECX-H37BN-62.500

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An oscillator is a circuit that produces a continuous, periodic output waveform without a sustained external input signal. ECX-H37BN-62.500 is a type of miniaturized internal oscillator with advanced semiconductor technologies, high output signal level and low phase noise. It is widely used in numerous electronic systems to provide reliable clock generator.

ECX-H37BN-62.500 has a wide application field because of its small size, high stability and low noise level. It mostly includes communication systems for aviation and navigation, as well as the base station of 2G and 3G communication, broadcast and TV industries, and the fields of broadband, satellite communication, earth station navigation, test instrument and etc.

The working principle of ECX-H37BN-62.500 oscillator can be best understood in terms of two associated circuits. One is the way that the oscillation circuit stores electric energy and then releases it in a periodic way. The other is the amplifier that amplifies the output signal from the oscillator, and makes it covering the entire frequency band. For ECX-H37BN-62.500, the oscillation circuit mainly includes quartz crystal resonator, electronic switches and current boost devices such as varicaps, which can provide stable frequency output.

The other circuit is an amplifier, which serves to tune and amplifies the electrical signal generated by the oscillation circuit. The amplification effect of ECX-H37BN-62.500 amplifier is very remarkable, its level may be more than 500 times of the input level. It works in the same way as common amplifiers, that is, it can greatly increase the amplitude and widen the signal range.

After all, ECX-H37BN-62.500 oscillator has superior performance in phase noise, temperature stability, vibration and shock resistance, etc. For example, it can provide 155kHz-640MHz frequency range, stability of ±0.3PPM over –20℃ to +70℃ temperature range and 20×10^-6/g vibration resistance. It is undoubtedly an excellent cost-effective choice that meets the most demanding requirements of modern electronic systems.

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