CD4066BNSR

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CD4066BNSR is a monolithic CMOS analog switch designed specifically for use in low-power systems. It has low ON resistance, low OFF leakage current and low ON and OFF capacitance. The off-state current is less than 5nA over a wide temperature range and the ON resistance is less than 5Ω. The device has an on-chip protection diode which limits the negative voltage on the control input to under -5V and the positive voltage to over +5V.

CD4066BNSR is mainly used in applications such as sample and hold circuits, analog multiplexers, analog switches, and analog and digital multiplexers. It can also be used in other applications, such as digital and analog switches and converters, audio/video switching, power converters and digital/analog interfaces. The device is also suitable for use in high-speed switching and other low-power applications.

The basic working principle of CD4066BNSR is that the control pins receive analogue voltages and activate or deactivate a switch in response. The device contains four identical 2-channel analog switches, each of which can be activated or deactivated according to the input applied to its corresponding control pin. When the control voltage is activated, the corresponding switch is closed and the signal passes through the switch. When the control voltage is deactivated, the corresponding switch is opened and the signal does not pass through.

CD4066BNSR is a very useful device for applications requiring low power consumption, high accuracy and low distortion. It is available in various packages such as SC70-8, SOT-23-3, SOIC-16 and TSSOP-16. CD4066BNSR is an excellent choice for applications requiring low power consumption, high accuracy and low distortion.

Overall, CD4066BNSR is an extremely useful device with a wide range of applications and is an important part of the modern electronics ecosystem. Its low ON resistance, low OFF leakage current and low ON and OFF capacitance make it an excellent choice for low power applications. It is also ideal for applications where accuracy and low distortion are required.

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