HCF4068M013TR

Series:	4000
Packaging:	Tape & Reel (TR)
Part Status:	Obsolete
Logic Type:	AND/NAND Gate
Number of Circuits:	1
Number of Inputs:	8
Schmitt Trigger Input:	No
Output Type:	Single-Ended
Current - Output High, Low:	6.8mA, 6.8mA
Voltage - Supply:	3 V ~ 20 V
Operating Temperature:	-55°C ~ 125°C
Mounting Type:	Surface Mount
Package / Case:	14-SOIC (0.154", 3.90mm Width)
Supplier Device Package:	14-SO
Base Part Number:	4068

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The HCF4068M013TR is an integrated circuit that can be classified under Logic - Gates and Inverters - Multi-Function and Configurable. The HCF4068M013TR is a multi function chip providing logic and power control. The HCF4068M013TR supports a total of 8 configurable logic I/O pins that are all asynchronous, meaning that there is no master clock present. The chip can be used for several different applications depending on the users end purpose, and it can be used for a wide array of tasks. The most common application field is digital circuit design, where the HCF4068M013TR can be used to build efficient Digital Circuits with a wide range of functions.The working principle of the HCF4068M013TR is relatively simple. Essentially it is a logic gate, meaning that it has two inputs, a truth table which determines the output based on the 2 inputs, and a timing requirements which are determined when powering up the chip. These timing requirements are designed to prevent metastability, meaning that if the logic gate is fed a complex input and the output is unknown it still reacts in a predictable manner and does not have any undefined states.The HCF4068M013TR works by actively responding to the logic input signals, such as High and Low, Zero and One, or True and False. Based on the conditions set by the user, the chip will output the corresponding logic expression. This means that the output can, for example, be an AND gate, a NOR gate, etc. The chip is also capable of doing more than just outputting Boolean algebra based logic functions. The chip has two additional circuits, one called a latching circuit, and one called a flip-flop circuit. These two circuits are used to create a synchronous logic system, meaning that the HCF4068M013TR can be used to generate clocked digital logic.The chip is able to generate various synthesized clocks, and can use the clock based output to control a wide array of other circuits, for example Shift Registers, or FIFO Memories. The chip takes into account timing parameters as well, meaning that any digital logic can be safely operated without worrying about metastability or unwanted timing behavior.The chip is also able to implement devices like a D-Type flip flop that can be used for signal synchronization, or for creating a digital storage. The chip also provides the necessary control signals for Shift Registers, allowing for the implementation of Shift Register-based memory systems.Finally, the chip also has a voltage translation circuit that allows the chip to take two different voltage levels of logic inputs and translate them into one common logic value. This can be used to create logic circuits that operate on two different voltage levels, while still providing the same logic output.The HCF4068M013TR is a very versatile chip that has a wide range of applications ranging from circuit design to intenal memory and signal amplification. Not only does it provide a wide array of useful features but is also quite affordable, making it a great choice for those looking for an efficient and affordable integrated circuit for their digital design.

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