416F40012CLR

416F40012CLR Application Field and Working Principle

416F40012CLR is a crystal oscillator that is situated in the frequency range of 14.000 MHz to 32.000 MHz, and is used in particular applications. It is also known as Osc-family. The crystal oscillators are regarded as the most accurate and reliable of all the timing sources. Oscillators of this type, typically, have their frequency modified by changing the capacitance at the end of their crystal leads and the operating voltage.

It is mainly used in the electronics industry, particularly in embedded applications, such as LTE wireless networks, digital television, GSM and 3G cellular data technologies, and so on. The 416F40012CLR oscillator features an active unbalanced output, which is designed for long term and accurate operation.

The 416F40012CLR oscillator is an example of an electronically controlled crystal oscillator (EOCO), which is a combination of a quartz crystal controlled by a microprocessor. This type of oscillator is preferred in applications where accuracy and stability are required. The EOCO uses a quartz crystal as the reference frequency and a microprocessor to control the output frequency by adjusting the capacitance at the crystal’s leads. This enables the oscillator to be tuned over a wide frequency range.

The 416F40012CLR oscillator is a highly advanced, low-power oscillator with a very low phase noise. It is designed for demanding applications, such as frequency synthesis, and for operation in hostile environments. The oscillator also features a high-accuracy frequency control, which is suitable for precision timekeeping, frequency or voltage source applications. It also offers a wide range of frequency control options, such as frequency shift, frequency modulation and frequency lock.

The principle of operation of the 416F40012CLR oscillator is based on the behaviour of the oscillator circuit. The crystal and the circuit form a two-port network, the current flows through a resonant network and oscillates. The frequency of the oscillator is determined by the effective inductance, capacitance and resistance of the circuit. The oscillator circuit contains an amplifier which maintains the oscillation amplitude. The oscillator has an active output which minimizes phase noise and makes the oscillator suitable for precision timekeeping applications.

In summary, the 416F40012CLR oscillator offers a low-power, high-accuracy, reliable frequency reference for a range of application fields. It is a highly stable and accurate source of time reference, with a wide range of frequency control options. The oscillator principle is based on the crystal and the electronic circuit, and its output features are designed for long-term, accurate operation.