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Semiconductor - Operational Amplifier Manufacturers
This is a listing of Operational Amplifier IC manufacturers.
The types of products or devices the company produce are listed under the company name, in alphabetic order.
The term Operational Amplifier is some times shortened to OpAmp [Op Amp].
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An Operational Amplifier is a device which is a high gain amplifier whose
gain and response characteristics are determined by external components.
Normally this is a high gain linear amplifier which depends on negative
feedback to achieve precise gain characteristics. The device is called an
Operational Amplifier due to the fact that it's an amplifier, and because
it was used to perform mathematical operations; addition, multiplication,
division, integration, and differentiation. |
OpAmp Vendors;
Advanced Linear Devices {Rail to Rail, CMOS, JFET, Micropower Operational Amplifier ICs}
Analog Devices {Op Amps, Comparators}
Fairchild Semiconductor, Corp. {Op Amp IC Manufacturer}
Intersil {Operational Amplifier & Comparator IC Manufacturer}
Linear Technology {Operational Amplifier - Comparator IC}
Maxim Integrated Products {Op Amp - Comparator IC Manufacturer}
Microchip {Linear Op Amps; Chopper Stabilized, Auto-zero Linear Op Amps, Programmable Gain Amplifiers, Selectable Gain Amps, Comparators}
Micrel Semiconductor {Operational Amplifier - Comparators}
Micropac Industries Inc. {High Temp Instrumentation Amplifier}
MSK 'M.S. Kennedy Corporation' {Commercial/Military Op Amps - Video IC Manufacturer}
National {Variable Gain, Fully Differential, Current Sense
NEC {Linear Operational Amplifiers}
NJR Corporation {Operational Amplifier & Comparator ICs}
ON Semiconductor {Linear Operational Amp - Comparator}
Renesas Technology Corp {CMOS OP Amp - High RF Noise Immunity or Low Power operation}
ROHM {OpAmps-Comparator IC Manufacturer}
STMicroelectronics {Op Amps - Comparators}
TI {Instrumentation Amps, Operational Amps}
TOREX Semiconductor Ltd. {Rail-to-Rail CMOS Op Amp}
Zarlink Semiconductor
{Current feedback, and Voltage feedback Amplifiers}
Commercial Op Amps are designed to operate over the commercial temperature range of 0 to 70 degrees centigrade.
Military Op Amps operate between the temperature range of 0 to 125 degrees centigrade and may also comply to a military standard.
Note the meaning of some terms may be specific to a particular manufacturer and not industry standard; Low noise, high speed and so on.
Design hint; Some dual supply op amps may also indicate placing one or more by-pass capacitors between the two supply voltages.
While the normal design practice is to place the capacitors between the supply voltage and ground, not between the voltages.
Op Amp - Derating Information
Op Amp - Compensation Design
Information
Operational Amplifier Circuits
LM386: Audio Amplifier [Mono]
LM741: Audio Amplifier [Stereo]
LM149: Audio Tone Control [Passive / Active design]
LM301: Audio Tone Control [2-Band Active]
TL082: Audio Tone Control [3-Band Active]
LM741: Audio Midrange Control
LM381: Audio Mixer
TL084: Distribution Amplifier [Audio]
LM741: All-pass Filter
LM324: Low-pass Filter
LM833: High-pass Filter
TL081: Band-pass Filter
LM1458: Notch Filter
LM101: Sine Wave Oscillator
LM107: Sine Wave Oscillator
LM108: Cosine Wave Oscillator
LM107: Triangle Wave Oscillator
LM3900: Triangle Wave Oscillator
LM124: Rectangular wave Oscillator
LM124: Square wave Oscillator
LM386: Square wave Oscillator
LM358: Window Comparator
LM741: Zero Crossing Detector
LM339: Voltage Comparator
LM833 Analog Adder Circuit
LM741 Voltage Follower
Component Navigation; Engineering Index > Electronic Components > Semiconductors > Operational Amplifiers
A listing of Operational Amplifier [OpAmp] manufacturers.
The types of products or devices the companies produce are listed under the company name, in alphabetic order.
Additional component manufacturers may be found by selecting the Components icon below.
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