- published: 07 Apr 2020
- views: 10711
BiCMOS is an evolved semiconductor technology that integrates two formerly separate semiconductor technologies, those of the bipolar junction transistor and the CMOS transistor, in a single integrated circuit device.
Bipolar junction transistors offer high speed, high gain, and low output resistance, which are excellent properties for high-frequency analog amplifiers, whereas CMOS technology offers high input resistance and is excellent for constructing simple, low-power logic gates. For as long as the two types of transistors have existed in production, designers of circuits utilizing discrete components have realized the advantages of integrating the two technologies; however, lacking implementation in integrated circuits, the application of this free-form design was restricted to fairly simple circuits. Discrete circuits of hundreds or thousands of transistors quickly expand to occupy hundreds or thousands of square centimeters of circuit board area, and for very high-speed circuits such as those used in modern digital computers, the distance between transistors (and the minimum capacitance of the connections between them) also makes the desired speeds grossly unattainable, so that if these designs cannot be built as integrated circuits, then they simply cannot be built.
In this video I have explained the working of BiCMOS inverter and logic implementation.
In this video, operation of BiCMOS inverter is explained @ExploretheWAY
what is BICMOS ( Bipolar Complementary Metal Oxide Semiconductor) technology It is the combination of bipolar technology & CMOS (Complementary Metal Oxide Semiconductor)technology. BiCMOS,Understanding BiCMOS technology and applications , BiCMOS Process Technology , what is BICMOS ( Bipolar Complementary Metal Oxide Semiconductor) technology , bicmos technology , Advanced BiCMOS Technology ABT Logic , BICMOS Technology ,BICMOS TECHNOLOGY , Bi-cmos Technology , Introduction to BiCMOS , advantages of bicmos technology , advantages of bicmos , bicmos applications , bicmos fabrication process , disadvantages of bicmos inverter , advantages of bicmos devices , BICMOS Technology , BICMOS TECHNOLOGY , CMOS or BiCMOS Process Technology , VLSI Interview Questions ,Top vlsi interview questions a...
BiCMOS technology combines the best features of bipolar and CMOS technology. It is revolutionizing the way integrated circuits are manufactured. BiCMOS provides high speed and low power consumption. With BiCMOS, you can have both analog and digital functionality in one chip. It has significantly improved the performance of electronic devices. Your smartphone, tablet, and wearable devices rely on BiCMOS technology. BiCMOS technology has made it possible to pack more features into smaller devices. It has allowed for the development of miniaturized and portable electronics. BiCMOS has paved the way for advancements in wireless communication. It is the driving force behind the Internet of Things (IoT) revolution.
VLSI BiCMOS inverter : BiPolar + CMOS Circuit Diagram Lec-20 : https://youtu.be/1jcMyxIDKC8 Lec-22 : https://youtu.be/vIBYeDB1wtk
Lecture Series on Digital Integrated Circuits by Dr. Amitava Dasgupta, Department of Electrical Engineering,IIT Madras. For more details on NPTEL visit http://nptel.iitm.ac.in
BiCMOS Inverter, BiCMOS Inverter in english , BiCMOS Inverter in VLSI Design, Bi-CMOS Inverter
This video provides a brief look at Bipolar versus CMOS amplifiers and the associated performance trade-offs. Linear Products and Solutions Page: http://mchp.us/1t8L8di
Bi-CMOS fabrication, BiCMOS fabrication process, BiCMOS, VLSI Design, BiCMOS Fabrication steps
BiCMOS is an evolved semiconductor technology that integrates two formerly separate semiconductor technologies, those of the bipolar junction transistor and the CMOS transistor, in a single integrated circuit device.
Bipolar junction transistors offer high speed, high gain, and low output resistance, which are excellent properties for high-frequency analog amplifiers, whereas CMOS technology offers high input resistance and is excellent for constructing simple, low-power logic gates. For as long as the two types of transistors have existed in production, designers of circuits utilizing discrete components have realized the advantages of integrating the two technologies; however, lacking implementation in integrated circuits, the application of this free-form design was restricted to fairly simple circuits. Discrete circuits of hundreds or thousands of transistors quickly expand to occupy hundreds or thousands of square centimeters of circuit board area, and for very high-speed circuits such as those used in modern digital computers, the distance between transistors (and the minimum capacitance of the connections between them) also makes the desired speeds grossly unattainable, so that if these designs cannot be built as integrated circuits, then they simply cannot be built.
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