ECS-2016MV-120-BN-TR

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Oscillators are electric networks or circuits that generate intermittent and repetitive signals in a specific frequency range. In the field of electronics, the use of oscillators is immensely popular for various tasks, ranging from the generation of precision signals in communications to creating stable voltages and currents. An example of one such oscillator is the ECS-2016MV-120-BN-TR.

The ECS-2016MV-120-BN-TR is a temperature-controlled oscillator (TCXO) that offers single output frequencies between 1MHz and 120MHz. It is a crystal oscillator whose output is achieved by the interaction of a quartz crystal resonator, electronic circuit, and an integrated compensation and feedback mechanism. This oscillator is designed to generate precise and low-noise signals with fast startup and high temperature stability. It is commonly used in critical applications for telecommunications, telecommunications test equipment, broadband communication equipment, and wireless communication systems.

The ECS-2016MV-120-BN-TR operates by inverting the voltage that is transferred across the crystal resonator. The resonance frequency is then determined by the electrical characteristics of the crystal as well as the construction of the oscillator circuit. This oscillator utilizes a reverse-biased voltage to bias the crystal by forming a negative resistance loop. This mechanism helps to convert a DC supply into a sinusoidal signal with a frequency that is determined by the initial conditions and the physical properties of the resonator. The feedback mechanism helps to maintain the frequency within a certain range.

To provide a stable and precise frequency, the ECS-2016MV-120-BN-TR utilizes an electronic compensation and control circuit. This circuit provides a feedback loop that is driven by the output signal from the oscillator. It consists of an amplifier, a phase detector, and a voltage-controlled oscillator (VCO). The amplifier amplifies the output signal from the oscillator and passes it to the phase detector. The phase detector compares the amplified signal with a reference signal and produces an error signal that is passed to the VCO.

The VCO then adjusts the frequency of the oscillator to minimize the error signal, thus maintaining a stable output frequency. The temperature compensation feature is also used to maintain the oscillator\'s frequency over a wide range of temperature variations. This oscillator is capable of withstanding temperatures from - 55°C to +125°C and is designed with a low current consumption of max 7mA.

The ECS-2016MV-120-BN-TR is a versatile and precise oscillator that is suitable for many applications. From creation of stable voltages and precision signals to stabilizing temperatures over a wide range, this oscillator is a popular choice among engineers and scientists. With its reverse-biased voltage, temperature compensation, and feedback mechanism, the ECS-2016MV-120-BN-TR provides comprehensive and reliable performance in a wide variety of circuits and applications.

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