CD74HC4016EG4

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The CD74HC4016EG4 is an integrated circuit offering analog multiplexer functionality. This circuit operates with low power dissipation and can be used for a variety of interface applications, such as switching between multiple input signals. The CD74HC4016EG4 is composed of four 2:1 analog switches, constructed from CMOS technology.

Analog switches are devices that are used to control and alter the flow of analog signals. They are capable of switching one or multiple channels between several sources of signals, depending on the requirements of the application. Specifically, the CD74HC4016EG4 consists of four full quad bilateral switches, capable of carrying typical analog signals in a variety of input formats such as sine wave, triangular wave, DC, and AC signals.

In terms of general operating parameters, the CD74HC4016EG4 operates with a ±5V power supply voltage and has a typical propagation delay time of 2.4ns. This device utilizes electromechanical relays for switching between signals, and its maximum voltage can range from 16V-42V in two ranges.

To properly control and switch between the desired signals, the CD74HC4016EG4 is equipped with a variety of enable/disable pins and input/output pins. The Enable pins (EN1–EN4) allow the user to enable or disable the respective switches. The Input pins (S1–S4) are connected to the sources of signals that the device can switch between. The Output pins (Y1–Y4) are the pins used to output the resulting signals after being switched by the device.

The vast amount of features, performance qualities, and overall flexibility that the CD74HC4016EG4 brings to the table have made it an ideal choice for a variety of interface applications, including switching between multiple input signals, analog filtering, electrical isolation, and more.

The device’s low power dissipation and high input interference reject ratio make it suitable for use in a variety of high-performance applications, including industrial automation, telecom, medical, and military/aerospace.

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