SIT8009BCF11-18N

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Programmable Oscillators

The SIT8009BCF11-18N is a programmable oscillator specifically designed for use in a variety of applications. It is a low power consumption device that utilizes a three-pin configuration for control and operation. It is also highly reliable, allowing for easy manipulation and configuration of the oscillator in order to produce desired outputs.

Application Field

The SIT8009BCF11-18N programmable oscillator is suitable for use in applications such as timing and frequency control devices, radio circuit frequency reference sources, microcontroller system clock sources, test equipment, and radio communication systems. It is also compatible with a wide range of circuits and devices such as CPUs, Data Flash, ROMs, RAMs, Commodities and ASICs.

Working Principle

The SIT8009BCF11-18N programmable oscillator operates in a three-pin configuration. The first pin is the input power supply, which sets the operating voltage depending on the device’s listed specifications. The second and third pins are used for control and frequency selection. The two pins are connected to a resistor-capacitor (RC) network, which forms a voltage-controlled oscillator (VCO) circuit. The capacitance and resistance of the network can be adjusted in order to control and set the desired operating frequency.

The SIT8009BCF11-18N programmable oscillator also includes a temperature compensation circuit, which is designed to help maintain a consistent output frequency over a wide temperature range. This temperature compensation circuit utilizes a temperature-to-voltage converter IC and a resistor-capacitor (RC) network. This circuit is designed to ensure that the operating frequency of the device is stable, even when the temperature in the environment changes.

Conclusion

The SIT8009BCF11-18N programmable oscillator is an ideal device for a wide range of applications. It is designed to provide reliable operation while consuming minimal power. Its three-pin configuration also allows for easy manipulation and control of the device in order to obtain the desired frequency and output. Additionally, its temperature compensation circuit helps ensure stability of the oscillator over a wide temperature range.

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