CB3LV-2I-49M1520

Oscillators are a critical piece of circuit topology that can play invaluable roles across various types of electrical engineering applications. Motion control, communications and test/measurement systems often find that these are the driving force behind their respective circuits. The CB3LV-2I-49M1520 oscillator module is a great representation of this type of technology.

This oscillator has a number of advantages, featuring an ultra-low-cost, low power consumption and excellent phase noise performance, making it a great choice for any application. It also features a +2.7V to +3.6V supply voltage, and +25MHz to +49.1520MHz frequency range making it incredibly versatile.

The CB3LV-2I-49M1520 oscillator can be used in many different applications. It is ideal for the main local oscillator for up-conversion applications, as well as a VCO for fractional-N synthesizers. It can be used for clock-recovery, radio transmission and phase-locked loop applications.

The oscillator works by using an oscillator circuit to convert a voltage input into a continuous output signal at a particular frequency. The circuit contains an amplifier, which amplifies the input voltage and outputs it, and a feedback loop, which controls the input voltage. The input voltage is set to a specific level, and when it reaches that level, the amplifier begins to oscillate, producing an output signal with a constant frequency.

The CB3LV-2I-49M1520 oscillator has a range of features that set it apart from other oscillators available today. It is designed with short startup and cycle-to-cycle jitter, and excellent phase noise performance. It is also highly efficient, with power consumption of just 10mA and a typical operating temperature of -40°C to +85°C. In addition, it features an input voltage range of +2.7V to +3.6V, making it suitable for many different applications.

Oscillators are a vital component of any system, and the CB3LV-2I-49M1520 oscillator module is an excellent choice for almost any application. Its wide input voltage range, low power consumption, excellent phase noise performance and short start-up time make it an ideal choice for any engineer.