CD4041UBEG4

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The CD4041UBEG4 is an CMOS quad buffer gate. It is commonly categorized under “Logic - Buffers, Drivers, Receivers, Transceivers”. In this document, we will discuss the application field and working principle of the CD4041UBEG4.

Application Field

The CD4041UBEG4 is a general-purpose buffer gate, which features four independent non-inverting buffers. It provides low-impedance outputs for driving high capacitive loads or for applications requiring high-level output drive. With its high transition speed, low quiescent current and low input threshold level, the CD4041UBEG4 is suitable for use in data acquisition and communication systems, ADC drivers, and regulatory feedback loops.

Working Principle

The CD4041UBEG4 is a CMOS-based buffer gate. It consists of four metal-oxide-semiconductor field effect transistors (MOSFETs). The MOSFETs enable the device to operate with a high transition speed while consuming low quiescent current. The device also uses a low input threshold level, reducing the power requirement of the device.

In operation, the gate is activated by an electrical signal applied to the input terminal. When the signal rises above the threshold level, a charge starts to build in the input side of the MOSFET and the gate switches on. Once the gate is activated, the voltage on the output terminal quickly rises to a high level. When the input signal drops below the threshold level, the charge is removed from the input side of the MOSFET, resulting in the gate being turned off and the voltage on the output terminal dropping to a low-level as well.

Conclusion

The CD4041UBEG4 is an CMOS quad buffer gate. It is categorized under “Logic - Buffers, Drivers, Receivers, Transceivers”. The device is suitable for use in data acquisition and communication systems, ADC drivers, and regulatory feedback loops. In addition, it features four independent non-inverting buffers, line a high transition speed, low quiescent current, and low input threshold level.

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