CBTD16210DGG,112

Series:	74CBTD
Packaging:	Tube
Part Status:	Active
Type:	Bus Switch
Circuit:	10 x 1:1
Independent Circuits:	2
Current - Output High, Low:	--
Voltage Supply Source:	Single Supply
Voltage - Supply:	4.5 V ~ 5.5 V
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	48-TFSOP (0.240", 6.10mm Width)
Supplier Device Package:	48-TSSOP
Base Part Number:	74CBTD16210

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IntroductionLogic - Signal Switches, Multiplexers, and Decoders are widely used in today’s modern electronics. With the understanding of their working principle, it is easier for circuit designers to create circuits that have precise control over their signals. This article will discuss the application field and working principle of CBTD16210DGG,112, a type of Logic - Signal Switches, Multiplexers, and Decoders.Application Field of CBTD16210DGG,112CBTD16210DGG,112 are designed for data and signal switching applications in communications and computer systems. The CBTD172 series is a highly integrated solution combining logic multiplexing, switching, and decode functions in a single device. The example chip has a 16-pin pinout that provides: 64:1 mux, 16:1 mux, 2x1 mux, 37 dual 2x1 mux, 37 single 2x1 mux, and 10 single-input NAND gates. CBTD16210DGG,112 is also designed to reduce space, power consumption, and EMI/RFI radiation while providing high-performance logic functions.Working Principle of CBTD16210DGG,112The CBTD16210DGG,112 is a multiplexer, switches, and decoder chip. It uses an integrated circuit which is made up of MOSFET gates which operate on a logic control signal sequence. When the logic control signal is high (1), the gates are on, and when the logic control is low (0), the gates are off. This means that the chip can be used to switch and combine data and signals from multiple sources, and then have the output of each combined signal converted to a digital signal. The CBTD16210DGG,112 also contains NAND gates, which are used to decode digital signals according to the logic inputs. NAND gates are built with two active logic inputs and one active output. When both of the logic inputs of the NAND gate are low (0), the output will also be low (0). When one or both of the inputs of the NAND gate is high (1), the output will be high (1). By understanding this principle, a digital input can be received, and decoded according to the logical NAND gate combinations being used.ConclusionLogic - Signal Switches, Multiplexers, and Decoders have become commonplace in today’s electronics. By understanding the application fields and working principle of CBTD16210DGG,112, designers can easily create circuits to control their signals with precision. CBTD16210DGG,112 consists of a total of 64:1 mux, 16:1 mux, 2x1 mux, 37 dual 2x1 mux, 37 single 2x1 mux, and 10 single-input NAND gates and is designed to reduce space, power consumption and radiation. Its working principle uses an integrated circuit which operates according to the logic control signal sequence and also contains NAND gates that can be used to decode digital signals.

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