NLV74HC238ADR2G

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The NLV74HC238ADR2G is a type of digital logic device called a Decoder, Multiplexer and Switch. It is designed to be used in a variety of applications where a digital signal is to be switched, multiplexed or decoded. The device can be used in both analog and digital circuits and is suitable for high-speed operation. It is manufactured by NXP Semiconductors, a global supplier of semiconductors, integrated circuits and other electronic components.

The NLV74HC238ADR2G is a three-state input, low voltage CMOS device. It is an 8-bit decoder, multiplexer and switch with an active high enable input. The device can be used to decode a 3-bit binary number. It is an open-collector decoder and multiplexer. The device is 8-bit, allowing for 8 individual input data bits that can be decoded, multiplexed and switched in one device.

The NLV74HC238ADR2G works by decoding a 3-bit binary number and then multiplexing the decoded output and switching the corresponding outputs onto one output line. The device can be used as either a decoder or multiplexer, depending on the application. The NLV74HC238ADR2G is designed to be used in AC-coupled systems and the output levels will remain in the TTL region when a CMOS or TTL compatible source or load is connected.

The NLV74HC238ADR2G is designed to be used in a variety of applications. It can be used in digital logic, computer systems, memory systems and data encryption systems. It is suitable for a wide range of digital logic applications such as arithmetic logic units (ALUs), 1-of-16 decoders, 1-of-32 decoders, and address comparison, 4-bit decoders, logic gates, buffer and tri-state logic. The device can also be used as a switch to connect multiple sources to a single output.

The NLV74HC238ADR2G is a CMOS low voltage device and is designed to be used in a variety of applications where a digital signal is to be switched, multiplexed or decoded. It can be used in both analog and digital circuits and is suitable for high-speed operation. The device can be used to decode a 3-bit binary number and then multiplex the decoded output and switch the corresponding outputs onto one common output line. The device is suitable for use in a variety of digital logic applications due to its versatility and wide range of operation.

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