CD4007UBPWRG4

The CD4007UBPWRG4 is a Specialty Logic device, specifically a very low power quadruple 2-input NAND buffer gate. As a part of the CD4000B Series of Logic ICs, it employs Complementary-Symmetry Design techniques to improve its noise margin, expansion, and propagation threshold. This device is ideal for application in memories, multiplexers, input/output logic control, switch debouncing, display control, line drivers, encoders, decoders, oscillators, and many more.

Application Field

The CD4007UBPWRG4 can be used in any application that requires a component that can buffer NAND gates with very low power consumption. It is particularly useful in instances where a component needs to perform a NAND gate function while consuming very little power. For example, it can be used as a switch debouncer device, or any other component that requires the addition of a NAND gate buffer.

The device can also be used in logic level conversion. By connecting a single resistor between the input and output terminals of the device, the NAND gate function is effectively converted into a logic level conversion circuit, allowing it to serve as a switch or a circuit builder. In this context, the device can be used in applications where low-power logic-out voltage translation is needed, such as in TTL to CMOS conversions.

The device can also be used as an input protection device. By connecting the device with a small pull-up resistor, the input voltage can be forced towards a certain logic-high value, and hence protect the system against any undesirable fluctuations in the input voltage.

Working principle

The CD4007UBPWRG4 is a logic device that employs Complementary-Symmetry Design techniques for improved power savings and reliability. This design uses complementary transistors to enable the use of a different type of logic circuit compared to conventional logic gates. Instead of using a traditional logic “AND” gate, or an “OR” gate, the CD4007UBPWRG4 uses a NAND/NAND format, which is less vulnerable to random noise and provides improved noise tolerance.

The Complementary-Symmetry Design utilizes two transistors to form a single NAND gate. This design effectively doubles the number of logic elements used, allowing for increased speed, which is an important advantage when used in logic-level conversion applications or in calculating operations. The two complementary transistors also provide noise immunity and improved power savings, as it is able to consume very low power with increased performance.

The CD4007UBPWRG4 is also extremely reliable, offering up to 10 million cycle operation due to its advanced process and construction design. Its high-speed operation and low power consumption makes it the ideal component for any digital logic circuitry.

To summarize, the CD4007UBPWRG4 is a low-power, low-power quadruple 2-input NAND buffer gate that offers very high performance and reliability. Its power efficiency is incredibly impressive and makes it ideal for applications requiring a low-power device such as switch debouncing, level conversion and input protection. In addition, its advanced design techniques and construction make it extremely reliable and long-lasting.