EG-2102CB 156.2500M-PGPAL0

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Oscillators are devices that produce electrical signals with a specific frequency, or in other words, periodic signals. The EG-2102CB 156.2500M-PGPAL0 is one such oscillator, designed to produce a sine wave with a frequency of 156.2500MHz. The EG-2102CB is a type of Voltage Controlled Oscillator (VCO), meaning its frequency is dependent on the voltage applied to it.

Voltage-controlled oscillators are used in a wide range of applications including telecommunications, radio transmission, radar, industrial control systems, and medical equipment such as CT scanners and MRI machines. These oscillators have the ability to accurately manipulate frequencies every millihertz, making them incredibly reliable and precise.

This particular oscillator, the EG-2102CB 156.2500M-PGPAL0, is well-suited for high-frequency applications. It has low power consumption, extremely low phase noise, and excellent tuning linearity. It is specifically designed for a range of applications including phase-locked loops, C-band and Ku-band point-to-point radios, RADAR systems, and integrated satellite systems.

The working principle of the EG-2102CB 156.2500M-PGPAL0 oscillator is based on the interaction of two signals. An external reference signal is input to the oscillator, and a feedback frequency, produced by the oscillator itself, is fed back into the oscillator, creating an oscillating feedback loop. The reference signal specifies the desired frequency, while the feedback signal works to maintain the oscillating frequency of the device. Both of these inputs are encoded in voltage, which the oscillator then modulates to control the generated frequency.

The EG-2102CB 156.2500M-PGPAL0 is an incredibly reliable and accurate oscillator, with features such as low phase noise and excellent tuning linearity, making it ideal for a variety of high-frequency applications. By combining an external reference signal and a self-generated feedback frequency, it is able to precisely maintain an oscillating frequency, and can accurately manipulate frequencies every millihertz.

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