CB3-2C-2M0000

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Oscillators are electronic circuits used in a wide range of applications. They are mainly used in communication systems, radios, and television sets, as well as other computing and electronic instrumentation systems. The CB3-2C-2M0000 is one such oscillator type, and provides a stable signaling medium for the functioning of specific instruments.

The CB3-2C-2M0000 oscillator is an analogue circuit designed to provide a stable output in the form of a sine wave. It measures 8mm x 8mm x 7mm, making it suitable for use on a circuit board. It operates over a supply voltage of up to 20V, and has a maximum current consumption of 50mA. The output frequency is adjustable from 500Hz to 20kHz.

The working of the CB3-2C-2M0000 oscillator utilizes a basic production of a periodic signal technique. The circuit includes an amplifier and a tunable resonator chip used to determine the operating frequency of the oscillator. The resonator works as a frequency selective band pass filter, allowing the oscillator to capture signals within a specific frequency range. The output signal is produced by the amplifier, which amplifies the filtered signals to the required level.

The CB3-2C-2M0000 is used in a variety of applications, including audio and power amplifiers, timer circuits, and audio generators. It is also utilized in telecommunication systems, such as radio and television transmitters. Additionally, it is used in computer systems to produce sine waves for data transmission purposes. In medical instrumentation, the CB3-2C-2M0000 oscillator is used to generate signals for medical imaging systems..

The CB3-2C-2M0000 oscillator is a stable and reliable circuit, and its affordability makes it suitable for a wide range of applications. It can be easily integrated into other circuits and requires minimal maintenance. Its small size also makes it a great choice for devices where space is limited.

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