CD4093BNSR Integrated Circuits (ICs)

Current - Output High, Low:	3.4mA, 3.4mA
Base Part Number:	4093
Package / Case:	14-SOIC (0.209", 5.30mm Width)
Supplier Device Package:	14-SOP
Mounting Type:	Surface Mount
Operating Temperature:	-55°C ~ 125°C
Max Propagation Delay @ V, Max CL:	130ns @ 15V, 50pF
Logic Level - High:	3.6 V ~ 10.8 V
Logic Level - Low:	0.9 V ~ 4 V
Series:	4000B
Current - Quiescent (Max):	4µA
Voltage - Supply:	3 V ~ 18 V
Features:	--
Number of Inputs:	2
Number of Circuits:	4
Logic Type:	NAND Gate
Part Status:	Active
Packaging:	Tape & Reel (TR)

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CD4093BNSR Application Field and Working Principle

The CD4093BNSR belongs to the family of logic gates and inverters. It is designed for applications that require a high voltage between ground (ground) and VDD (positive supply). The CD4093BNSR is an integrated circuit that is capable of providing up to three logic gates and four variables of output. It can be used in multiple applications that require a high voltage level.The CD4093BNSR is a digital integrated circuit consisting of four NAND gates operating in either a complementary or a non-synthesizable state. Each gate has two inputs and an output. The outputs of each NAND gate are complemented using two complimentary outputs. These were further connected to an output buffer stage to provide an additional level of noise protection. This allows the CD4093BNSR to be used in TTL and CMOS logic applications. The CD4093BNSR has a relatively high supply voltage, which can range from 3.0 volts to 15 volts, making it suitable for both TTL and CMOS applications. It also features hysteresis for controlling signal levels, as well as an electrostatic discharge (ESD) protection, making it suitable for use in high-voltage applications. The CD4093BNSR is typically used in applications that require high-level signal processing and/or high-speed switching operations. This includes signal processing functions such as audio equipment, instrumentation, capacitive sensing, high-speed data acquisition, etc. They are also used in a variety of communication systems, including those requiring frequency shift keying (FSK) and pulse-code modulation (PCM). The CD4093BNSR is also used in applications that require low-noise, low-dropout, and /or low-impedance solutions. One of the most common uses is in precision analog-to-digital converters, where the high input impedance of the CD4093BNSR is essential to reduce noise, reduce power consumption, and improve accuracy.The CD4093BNSR has several advantages over other logic gates and inverters, such as its high supply voltage and fast propagation delays. Its large voltage range makes it suitable for both TTL and CMOS applications, and its electrostatic discharge (ESD) protection helps protect connected devices from electric surge or overvoltage. Furthermore, its hysteresis facilitates signal level control.The CD4093BNSR operates on a logical principle that states that “if one of its inputs is high and the other is low, then the output will be high”. This is the same principle used in all logic gates and inverters. This logical principle can be used to create logical circuits, such as Boolean logic gates, multiplexers, flip flops, and more. Furthermore, the CD4093BNSR allows multiple gates and variables to be interconnected, allowing for larger, more complex digital circuits. The CD4093BNSR can be used in a variety of applications and systems. It is well suited for high speed signal processing and switching applications, noise-sensitive audio equipment, precision analog-to-digital converters, and digital communication systems requiring frequency shift keying or pulse-code modulation. It is also a powerful single-gate logic IC suitable for use in both TTL and CMOS logic applications.In summary, the CD4093BNSR is an integrated circuit that is capable of providing up to three logic gate variations, four output channels, and it offers very high voltage operation and fast signal propagation. Its design features make it suitable for a wide range ofnoise-sensitive applications and for use in high-speed signal processing and switching operations. Furthermore, its hysteresis enables precise control over signal levels.

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