CB3LV-3C-16M0000

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The CB3LV-3C-16M0000 is a type of voltage controlled oscillator (VCO), part of a class of oscillators used in a broad range of radio frequency (RF) applications.

VCOs are specialized oscillators tailored for RF applications, and the CB3LV-3C-16M0000 specifically has an output frequency between 922 MHz–987 MHz range. This wide frequency range allows it to be used in many different RF applications, such as radio and cellular communications. Additionally, the device features low insertion loss, low phase noise, and wide temperature range.

Additionally, this type of VCO is used in radar systems, satellite communication systems, point-to-point communications, and more. Whether embedded in defense radar systems or powering cellular base station transceivers, the VCO in the CB3LV-3C-16M0000 is designed for optimal performance in these demanding environments.

In essence the core of the CB3LV-3C-16M0000 VCO is an oscillating circuit consisting of capacitor and inductor, commonly referred to as an LC tank circuit. This type of resonator is used to create oscillations, which are then used as a frequency reference. The frequency of oscillation is determined by the size and structure of the LC tank circuit.

The LC tank is then used with active components like transistors and amplifiers. By supplying an external voltage to the VCO, the frequency of oscillation of the tank can be tuned. This makes this type of VCO perfect for many communications and radar systems, as it allows the tuning of the system over a wide range of frequencies with only a small external voltage.

In combination these components create a robust and reliable oscillator system. This type of VCO features high stability, low noise, and high linearity, making it especially suitable for modern RF applications.

The CB3LV-3C-16M0000 VCO is available as a surface-mount components and is integrated into a variety of systems such as radar, GPS, cellular and satellite applications.

This type of oscillator can be used in a variety of applications due to its wide range of frequencies, high performance, and low electrical noise characteristics. Systems which require reliable frequency reference or precise frequency control are ideal candidates for use in this VCO.

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