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Signal Gain & Filter
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The Following Circuits match the search criteria selected above.
±120V Output Precision Op Amp ±250V Common Mode Range Difference Amplifier (AV = 1) ±5V Precision Instrumentation Amplifier 1.8V, 140uA, 100kHz, Lowpass Filter (Single-Ended Input and Differential Output) 100dB Range Logarithmic Photodiode Amplifier 40nVpp Noise, 0.05uV/C Drift, Chopped FET Amplifier 60Hz Notch Filter 700kHz, 1MΩ Single Supply Photodiode Amplifier 85V, –100V Common Mode Range Instrumentation Amplifier (AV = 10) A 133MHz Differential Amplifier with External Gain Set, Impedance Matching to a 75Ω Source and Level Shifting A Differential Input-to-Single-Ended Output Amplifier A Single-Ended Input to Differential Output Amplifier Absolute Value Circuit (Full-Wave Rectifier) ADC Driver With Single-Ended Input to Differential Output Analog Divider Audio Amplitude Compressor Autoranging True RMS-to-DC Converter Bipolar, Ground Referenced, Single-Ended Signal Interface To Unipolar, Differential Input ADC Clock Tuned, Highly Selective Notch Filter Current Output, High Speed, High Input Impedance Instrumentation Amplifi er DAC Reference Inverter and I-to-V Converter DC Accurate Composite Amplifier Dead Zone Generator Difference Amplifier Dual Buffered ±0.617V Reference Powered by Two AA Batteries Dual Limit Microvolt Comparator Dual Output, Buffered Reference (On Single 3V Supply) Extended Dynamic Range 1MΩ Transimpedance Photodiode Amplifier Extending Input Common Mode Range For LT1992 Fast, 16-Bit Current Comparator Gain 1000 Amplifier with 0.01% Accuracy, DC to 5Hz General Purpose Arithmetic Block Half-Wave Rectifier High Linearity Components Simplify Direct Conversion Receiver Designs Impedance Matching for a Differential Amplifier with Fixed Gain Integrated Resistors Instrumentation Amplifier with ±300V Common Mode Range and CMRR > 150dB Instrumentation Amplifier with Shield Driver Large Area Photodiode Bootstrapping Light to Frequency Converter Logging Photodiode JFET Amplifier with 1pA Input Bias Current Low Noise 1M Trans-Impedance Amplifier Low Noise AC Amplifier with Programmable Gain and Bandwidth Low Noise AC Difference Amplifier Low Noise Fully Differential Buffer/Amplifier Low Noise Low Power DC Accurate Single Supply Photodiode Amplifier Low Noise, Low Power Photodiode Amplifier Low Noise, Low Power Photodiode Amplifier With DC Precision Low Noise, Wideband, Gain = 100 Amplifi er with High Input Impedance Low Power Comparator with <10uV Hysteresis LT1991 Individual Battery Cell Monitor for a 4-Cell Battery Megaohm Input Impedance Gain of 10 Difference Amplifier Micropower Dead Zone Generator Micropower Multiplier/Divide Micropower Photodiode Amplifier Micropower, 10ppm/°C, ±5V Reference Microvolt Compararator with TTL Output Microvolt Comparator with Hysteresis Paralleling Amplifiers to Reduce Noise Photodiode Amplifier Picoampere Input Current, Triple Op Amp Instrumentation Amplifier with Bias Current Cancellation Precision ±10V Reference Precision Absolute Value Circuit Precision Amplifier Drives 500ohm Load to ±10V Precision Photodiode Amplifier Precision Sample and Hold Amplifier Precision Single-Ended to Differential Conversion Programmable Gain Amplifier (Single Supply) Reference Buffer Reference Divide by 4 Reference Divider with Op Amp Input Bias Current Balancing Self Buffered Micropower Reference Single 2.7V Supply 4MHz 4th Order Lowpass Butterworth Filter Single Battery, Micropower, Gain = 100, Instrumentation Amplifier Single Ended Adder/Subtractor Single Ended Input-Differential Output Amplifier Single Ended To Differential Transimpedance Amplifier Single Supply 10MHz Lowpass Filter Features the LT1819 Op Amp and Adjustable Bandwidth Up to 20MHz Single Supply 16-Bit ADC Driver Single Supply, 1.5nVrtHz, Photodiode Amplifier Single Supply, Micropower Sample and Hold Single Supply, Micropower, Second Order Lowpass Filter with 60Hz Notch Single-Ended to Differential Converter with Gain of +2 and Common Mode Control Small Area Photodiode in Normal TIA Configuration Stepped Gain Photodiode Amplifier The LT1993-2 Driving an LTC2255 ADC Sampling at 96.12Msps with a 70MHz, 4-Channel WCDMA Signal Three Op Amp Instrumentation Amplifier Two Op Amp Instrumentation Amplifier Two Op Amp Instrumentation Amplifier Typical Single-Ended to Differential Conversion Ultra-Low Noise 1Mohm 150kHz Photodiode Amplifier Ultra-Precision, Wide Dynamic Range 10Hz Bandwidth Photodiode Amplifier Ultralow Noise, 2.4GHz Gain Bandwidth Large-Area Photodiode Amplifier Using All four Amplifiers of the LT1397 to Drive Large zCapacitive Loads Very Low Noise Large Area Photodiode Amplifier Wide Bandwidth Photodiode Amplifier Wide Common Mode Range 10x Gain Instrumentation Amplifier Wideband Digitally Programmable Gain Amplifier Wideband, High Input Impedance, Gain = 1000 Amplifi er
±120V Output Precision Op Amp
Simple shunt regulators provide normal supply levels to the op amp and the external open-loop gain and buffer structure extends the output swing to nearly the high-voltage rails. Output transistors are protected by current-limiting.