Category: Operational amplifiers
Operational Amplifiers: The Heart of Analog Circuits
Operational amplifiers are an indispensable component of modern semiconductor technology. Their versatility and advanced capabilities make them a cornerstone in designing analog circuits. For many years, these small electrical components have enabled the execution of complex tasks related to signal processing, which is reflected in their growing popularity and dynamic development. Operational amplifiers are crucial in a wide range of applications, from simple consumer circuits to advanced industrial and medical systems. Additionally, their ability to precisely amplify input signals makes them indispensable in measurement equipment and automation systems, where accuracy and reliability are paramount. Continuous technological progress allows for the development of increasingly advanced operational amplifiers, opening new possibilities for their application in the future.
There are 99 products.
Operational amplifier with low power consumption in the SOT23-5 housing. STMicroelectronics LMV821IYLT
A single high-throughput operational amplifier in the SOT23-6, 10 MHz, 17.7 V / μs housing, 4V to 16V. STMicroelectronics TSX920ILT
TSX712IYDT, Low-power, precision, rail-to-rail, 2.7 MHz, 16 V CMOS operational amplifiers, SO8
Operational Amplifier, 135MHz Low-Power SOT-23-5, Micrel, RoHS
Dual high-performance operational amplifier in the MiniSO8, 20uV 5V Micro Op Amp 1.8 to 5.5V 400kHz enclosure. STMicroelectronics TSZ122IST
TSX561ILT, Micropower, wide bandwidth (900 kHz), 16 V CMOS operational amplifiers, SOT-23-5
TS972IYDT, Output rail-to-rail very low noise operational amplifier, SO8
TSV632IST, Dual rail-to-rail input/output, 60 µA, 880 kHz operational amplifiers , Mini SO8
Single high-precision operational amplifier in the SC70-5 housing. STMicroelectronics TSV711ICT
TSX7192IYDT, Low-power, precision, rail-to-rail, 9.0 MHz, 16 V operational amplifiers, SO8
Double operational amplifier in the MiniSO8 housing with ultra low energy consumption up to 580nA. STMicroelectronics TSU102IST
Precision amplifier designed to measure the current on the shunt resistor in the SOT23-5 housing. STMicroelectronics TSC101AIYLT
LMV821ILT, Low power (440uA), general purpose BiPolar 5V Op-Amp, GBP=5.5MHz, single, SOT-23-5
TSV522IQ2T, High merit factor (1.15 MHz for 45 μA) CMOS op amps, DFN-8
LMV822IST, Low power, high accuracy, general-purpose operational amplifier, Mini SO8
TSV852IST, Low-power, high-accuracy, general-purpose operational amplifier, Mini SO8
Operational amplifiers are extremely versatile, making them useful in many different fields. Their primary function is to amplify electrical signals, but with appropriate configurations, they can also act as filters, oscillators, comparators, or voltage regulators. This versatility makes them indispensable in analog circuits, finding applications in audio equipment, measurement instruments, communication systems, and many more.
Technological Advancement
Operational amplifiers, as semiconductor elements, play a key role in the development of analog technologies. Modern operational amplifiers are characterized by high precision, low noise levels, and high speed. Thanks to technological advancements, it is possible to create increasingly smaller circuits, allowing their integration into complex electronic systems. As a result, operational amplifiers are becoming more advanced, meeting the growing market demands.
Wide Application in Industry
Operational amplifiers are widely used in various industrial sectors. In consumer electronics, they enable the improvement of sound quality in audio equipment and precise control in household appliances. In the medical sector, operational amplifiers are essential in diagnostic equipment, where precise signal processing is crucial for accurate measurements. Additionally, in the automotive industry, their application allows for the development of advanced control and safety systems.
Projected Technological Development
The future of operational amplifiers looks extremely promising. Increasing miniaturization of circuits and growing demand for precise signal processing ensure that operational amplifiers will remain a key element of analog technologies. The projected development also includes increased energy efficiency and integration with digital systems, allowing for the creation of even more advanced and efficient electronic systems. Operational amplifiers, as the heart of analog circuits, are the foundation of modern semiconductor technologies. Their versatility, technological advancement, and wide application make them an indispensable element of contemporary and future electronic systems.