ANALOG DEVICES LOGARITHMIC AMPLIFIERS Search Results

LA SOIC 8 ANALOG DEVICE

Contextual Info: ANALOG ► DEVICES Low Cost Demodulating Logarithmic Amplifier FEATURES Complete Multistage Logarithmic Amplifier 90dB Dynamic Range: -74dBm to +16dBm Single Supply of 2.7V min. at 5mA typical DC-500MHz Operation, ±0.5dB Linearity Slope of 25mV/dB Intercept of -80dBm

AD640

Contextual Info: □ ANALOG DEVICES FEATU R ES DC Coupled Demodulating 120MHz Logarithmic Amplifier AD640 FUNCTIONAL BLOCK DIAGRAM Complete, Fully Calibrated Monolithic System Five Stages, Each Having 10dB Gain, 350MHz BW Direct Coupled Fully Differential Signal Path Logarithmic Slope, Intercept and AC Response are

d641 transistor

Abstract: AD641 5962-9559801MRA
Contextual Info: ANALOG DEVICES 250 MHz Demodulating Logarithmic Amplifier AD641 FEATURES Logarithmic Amplifier Performance Usable to 250 MHz 44 dB Dynamic Range ±2.0 dB Log Conformance 37.5 mV/dB Voltage Output Stable Slope and Intercepts 2.0 nV/VHz Input Noise Voltage 50 iiV Input Offset Voltage

D60-6

Abstract: D606
Contextual Info: ANALOG DEVICES 50 MHz, 80 dB Demodulating Logarithmic Amplifier with Limiter Output AD606 FEATURES Logarithmic Amplifier Performance - 7 5 dBm to +5 dBm Dynamic Range s1.5nV /V H z Input Noise Usable to &50 MHz 37.5 mV/dB Voltage Output On-Chip Low-Pass Output Filter

Contextual Info: ANALOG DEVICES □ LOGDAC CMOS Logarithmic D/A Converter AD7111* FEATURES Dynamic Range: 88.5dB Resolution: 0.375dB On-Chip Data Latches Full ±25V Input Range Multiplying DAC Low Distortion Single +5V Supply Latch-Up Free No Protection Schottky Required

Logarithmic Amplifier detector

Abstract: decibel meter Variable-Optical-Attenuator linear array photodiode element "logarithmic amplifier" sample log sheet of light monitoring AD8304 uncooled detector VOA MEMS transresistance amp
Contextual Info: LOGARITHMIC PROCESSING APPLIED TO NETWORK POWER MONITORING Eric J Newman Sr. Applications Engineer in the Advanced Linear Products Division, Analog Devices, Inc., email: eric.newman@analog.com Optical power monitoring is a necessary ingredient to any successful DWDM optical network. As

analog dialog volume 33 number 3

Abstract: AD640 application notes envelope detector in amplitude demodulation Full wave rectifier datasheet log 50 k potentiometer AD8307 photodiode amplifier "Logarithmic Amplifiers" AD640 AD8310
Contextual Info: DESIGN FEATURE Pulse Detector Design A Logamp RF Pulse Monolithic logarithmic offer the sensitivity, Detector amplifiers dynamic range, and speed needed to detect RF bursts. Eamon Nash Analog Devices, Inc., 804 Woburn St., MS-124, Wilmington, MA 01887; 781 937-1239, FAX: (781) 937-1024,

SL1521

Contextual Info: 250MHz Wideband Logarithmic Amplifier ANALOG DEVICES □ AD9521 PIN DESIGNATIONS FEATURES 250M H z Bandw idth M onolithic C onstruction Low N o ise Figure 4.7dB Excellent Detected O utput M atching Direct Replacem ent for SL521/SL1521 O U TPU T GROUND APPLICATIONS

Contextual Info: OCT e 1997 lc 2mos logdac ANALOG ► DEVICES Logarithmic D/A Converter AD7111/AD7111A FU NC TIO N AL BLOCK DIAGRAMS FEATURES Dynamic Range: 88.5 dB Resolution: 0.375 dB On-Chip Data Latches +5 V Operation AD7111A Pin Compatible with AD7524 Low Power APPLICATIONS

DAC-08

Contextual Info: ANALOG DEVICES Lo/vNase, ^fetched dial R\P Transistor M FEATURES Dual Matched P NPTransistor Low Offset Voltage: 100 jiV max Low Noise: 1 nV/^H z @ 1 kHz max High Gain: 100 min High Gain Bandwidth: 190 M Hz typ Tight Gain M atching: 3% max Excellent Logarithmic Conformance: rBE — 0.3 i l typ

Contextual Info: PRELIMINARY TECHNICAL DATA a 100dB-range 10nA-1mA Logarithmic Converter AD8305 Preliminary Technical Data FEATURES Optimized for Fiber-Optic Photodiode Interfacing Measures Current Over Five Decades Law Conformance 0.3dB from 10nA to 1mA Single Supply Operation (3.0V – 12V)

n channel jfet buffer amplifier

Contextual Info: a 120dB-range 3 nA - 3 mA Dual Logarithmic Converter Preliminary Technical Data ADL5310 FEATURES Two Independent Channels Optimized for Photodiode Interfacing Six Decade Input Dynamic Range Law Conformance 0.3dB from 3nA to 3mA Temperature-stable Logarithmic Outputs

pin diagram of IC TLC271

Abstract: TL441 TLC271 cross reference
Contextual Info: TL441 LOGARITHMIC AMPLIFIER SLVS328 – OCTOBER 2000 D D D D D N PACKAGE TOP VIEW Excellent Dynamic Range Wide Bandwidth Built-In Temperature Compensation Log Linearity (30-dB Sections) . . . 1 dB Typ Wide Input Voltage Range CA2 VCC – CA2′ A1 Y Y A2

Non-Linear Circuits Handbook Analog Devices

Abstract: inverter linear application handbook national semiconductor linear application handbook national semiconductor CO Q81 Ultrasonic Transducer application notes fuel tank LM394 AN-311 Vishay Q81 LM331
Contextual Info: National Semiconductor Application Note 311 April 1991 A number of instrumentation applications can benefit from the use of logarithmic or exponential signal processing techniques. The design and use of logarithmic/exponential circuits are often associated with involved temperature compensation requirements and difficult to stabilize feedback

ssm2212

Abstract: QB1E NPN Monolithic Transistor Pair R840 SSM221 "logarithmic amplifier" ssm2212rz AD8512 MS-012-AA Analog Devices Logarithmic Amplifiers
Contextual Info: Audio, Dual-Matched NPN Transistor SSM2212 Very low voltage noise: 1 nV/√Hz maximum @ 100 Hz Excellent current gain match: 0.5% Low offset voltage VOS : 200 V maximum Outstanding offset voltage drift: 0.03 μV/°C High gain bandwidth product: 200 MHz

AD8512

Abstract: AMP02 MAT12 NPN MATCHED PAIRS 1N914 MAT02 MAT-12 Package TO-78
Contextual Info: Audio, Dual-Matched NPN Transistor MAT12 Very low voltage noise: 1 nV/√Hz maximum @ 100 Hz Excellent current gain match: 0.5% typical Low offset voltage VOS : 200 V maximum Outstanding offset voltage drift: 0.03 μV/°C typical High gain bandwidth product: 200 MHz

AFG2020

Abstract: E4413A LMV243 smiq E4418B LMV243BL LMV243BLX MO-211 Logarithmic Amplifier detector rf power 28V generator aerospace
Contextual Info: LMV243 Single-Channel, Quad-Band GSM Power Controller in micro SMD General Description Features The device is intended for use within an RF transmit power control loop in GSM mobile phones and supports GaAs HBT and bipolar RF single supply power amplifiers. The circuit

3NA10

Contextual Info: 120 dB Range 3 nA to 3 mA Dual Logarithmic Converter ADL5310 FUNCTIONAL BLOCK DIAGRAM FEATURES 665k VREF OUT1 4.99k IRF1 SCL1 VBIAS VNEG I TEMPERATURE LOG COMPENSATION 451 LOG1 14.2k IPD1 INP1 OUT2 IRF2 80k REFERENCE GENERATOR VOUT2 4.99k

AD8304-EVAL

Abstract: AD8304 AD83041 HP 3577A AD8304ARU AD8304ARU-REEL AD8304ARU-REEL7 RU-14 SNSD
Contextual Info: a FEATURES Optimized for Fiber Optic Photodiode Interfacing Eight Full Decades of Range Law Conformance 0.1 dB from 1 nA to 1 mA Single-Supply Operation 3.0 V– 5.5 V Complete and Temperature Stable Accurate Laser-Trimmed Scaling: Logarithmic Slope of 10 mV/dB (at VLOG Pin)

Contextual Info: 120 dB Range 3 nA to 3 mA Dual Logarithmic Converter ADL5310 FUNCTIONAL BLOCK DIAGRAM FEATURES 665kΩ VREF OUT1 4.99kΩ IRF1 SCL1 VBIAS VNEG I TEMPERATURE LOG COMPENSATION 451Ω LOG1 14.2kΩ IPD1 INP1 OUT2 IRF2 80kΩ REFERENCE GENERATOR VOUT2 4.99kΩ

Analog Devices Logarithmic Amplifiers

Abstract: TL441AMJB TL592 application TL592
Contextual Info: TL441AM LOGARITHMIC AMPLIFIER SLFS038 – JUNE 1976 – REVISED FEBRUARY 1989 J PACKAGE TOP VIEW Excellent Dynamic Range Wide Bandwidth Built-In Temperature Compensation Log Linearity (30 dB Sections) . . . 1 dB Typ Wide Input Voltage Range CA2 VCC – CA2′

CFY455S

Abstract: fluke 75 SCHEMATIC FLUKE rms dc converter HP8494A Digital Oscilloscope Preamplifier vps14 AD608 FLUKE 36 schematic diagram HP6633A P6201
Contextual Info: a Low Power Mixer/Limiter/RSSI 3 V Receiver IF Subsystem AD608 The RF and LO bandwidths both exceed 500 MHz. In a typical IF application, the AD608 will accept the output of a 240 MHz SAW filter and downconvert it to a nominal 10.7 MHz IF with a conversion gain of 24 dB ZIF = 165 Ω . The AD608’s logarithmic/limiting amplifier section handles any IF from LF to as

rpe113

Abstract: 5962-9559801MRA AD641 AD641A AD641AN AD641AP AD641S AD846 P-20A Bl16
Contextual Info: PIN CONFIGURATIONS 20-Lead Plastic DIP N 20-Lead Cerdip (Q) –INPUT 1 20 +INPUT ATN LO 2 19 ATN OUT ATN COM 3 18 CKT COM ATN COM 4 ATN IN 5 TOP VIEW 15 RG2 (Not to Scale) 14 LOG OUT –VS 7 ITC 8 13 LOG COM BL2 9 12 +VS –OUTPUT 10 The AD641 is not a logarithmic building block, but rather a

AD8304-EVAL

Abstract: HP 3577A logarithmic converter AD8304 AD8304ARU AD8304ARU-REEL AD8304ARU-REEL7 RU-14 E1 to fiber optic converter circuit Keithley 236
Contextual Info: a FEATURES Optimized for Fiber Optic Photodiode Interfacing Eight Full Decades of Range Law Conformance 0.1 dB from 1 nA to 1 mA Single-Supply Operation 3.0 V– 5.5 V Complete and Temperature Stable Accurate Laser-Trimmed Scaling: Logarithmic Slope of 10 mV/dB (at VLOG Pin)