CB3LV-3I-34M3680

CB3LV-3I-34M3680 oscillator is a commonly used type of oscillator used in electronic circuits. It was developed by a leading designer and manufacturer of oscillators, Central Semiconductor. This oscillator is designed for use in applications that require high frequency stability and reliability.

The CB3LV-3I-34M3680 oscillator is a modified CMOS inverter oscillator circuit. It is a two-stage oscillator, in which the first stage is an inverter and the second stage is a buffer. It has an internal feedback resistor and an on-chip temperature compensation capacitor. This design allows for excellent frequency stability over a wide temperature range. The oscillator is capable of generating signal frequencies from 3MHz to 36MHz, and it can handle up to 30V DC input. In addition, it has a low power consumption of just 1.5mA.

The oscillator has a wide range of applications, including audio and radio systems, cellular phones and GPS receivers. It can also be used in RF circuits such as frequency synthesisers, phase locked loops and Sigma Delta ADC converters. It is also widely used for testing and monitoring electronic circuits, such as priming the frequency of a crystal oscillator. In addition, it can be used for automated test equipment and as a clock source in embedded systems.

The working principle of the CB3LV-3I-34M3680 oscillator is based on the feedback principle. It consists of a buffer stage and an inverter stage. The inverter stage is made up of two transistors, which are coupled together so that the output from one is the input to the other. The output is then fed back to the input of the first transistor, forming a positive feedback loop. This feedback loop is amplified by the buffer stage, which has a high current gain to prevent oscillation. When the oscillator is operated at a certain frequency, it produces a continuous sine wave.

The CB3LV-3I-34M3680 oscillator is a versatile and reliable component that is capable of generating signals at a wide range of frequencies in a wide range of applications. It is easy to use and has a low power consumption. In addition, its internal temperature compensation circuit ensures excellent frequency stability over a wide temperature range. As a result, it is an ideal choice for a variety of electronic applications.