ABSOLUTE VALUE CIRCUIT Search Results

RRMS

Abstract: SSM2131
Contextual Info: True RMS-to-DC Converter SSM-2110 ANALOG DEVICES □ _ FEATURES GENERAL DESCRIPTION * Multiple Output Options Absolute Value, RMS, Log RMS, Log Absolute Value, Average Absolute Value * Wide Dynamic Range. 100dB

DIODE 1N1148

Abstract: 1N1148 ssm2110 SSM2131 SSM2013 1011n SSM-2013 2ode la log
Contextual Info: ANALOGDEVICES FAX-ON-DEMAND HOTLINE - Page 16 ~ ANALOG W DEVICES TrueRMS-to-DC Converter SSM-211O I FEATURES I GENERAL DESCRIPTION . . . . Multiple Output Options Absolute Value, RMS,Log RMS, Log Absolute Value, Average Absolute Value Wide Dynamic Range

LM IR 2110 amplifier

Abstract: SSM2110 ssm pmi RMS-to-DC Converter TRUE RMS-TO-DC CONVERTER
Contextual Info: SSM-2110 PMÎ> P re c is io n M m i o l ì i h i i s TRUERMS-TO-DC CONVERTER • FEATURES GENERAL DESCRIPTION * Multiple Output Options Absolute Value, RMS, Log RMS, Log Absolute Value, Average Absolute Value * Wide Dynamic R ange. 100dB

RRUS 01

Abstract: SSM2110P 7107 meters SSM2131 SSM2110 agc amplifier RRUS SSM-2134 18-PIN SSM-2110
Contextual Info: ANALOG DEVICES True RMS-to-DC Converter □ SSM-2110 FEATURES GENERAL DESCRIPTION * M ultiple Output Options Absolute Value, RMS, Log RMS, Log A bsolute Value, A verage Absolute Value * W ide Dynamic R a n g e . 100dB

SSM-2013

Abstract: SSM21 ssm2013 ptc rm5 SSM2131 lt 2110 SSM2110
Contextual Info: ANALOG DEVICES True RMS-to-DC Converter SSM-2110 □ FEATURES G EN ER AL DESCRIPTION • Uulliple Output Options Absolute Valu^ RMS, Log RMS, Log Absolute Value« Average Absolute Value 100dB * WWe Dynamic Hange - . -. * Preblas Option for Fast Response at Low Signal Levels

precision Absolute Value Circuit

Abstract: Absolute Value Circuit OPA2132 opa2132 audio AB-121 INA132 precision resistors INA134 OPA134 OPA2237
Contextual Info: PRECISION ABSOLUTE VALUE CIRCUITS By David Jones 520 746-7696, and Mark Stitt 1 You can build a precision absolute value circuit using two op amps and two precision resistors. If you use an op amp and an IC difference amplifier, no user supplied precision resistors or resistor adjustments are required. Circuits shown are

SBOA068

Abstract: precision Absolute Value Circuit waveform for inverting amplifier OPA2132 Absolute Value Circuit AB-121 INA132 INA134 OPA134 OPA2277
Contextual Info: PRECISION ABSOLUTE VALUE CIRCUITS By David Jones 520 746-7696, and Mark Stitt 1 You can build a precision absolute value circuit using two op amps and two precision resistors. If you use an op amp and an IC difference amplifier, no user supplied precision resistors or resistor adjustments are required. Circuits shown are

RMS-to-DC Converters

Abstract: AD737 CA3046 RCA ad736 "pin compatible" AD737AN ad737arz
Contextual Info: Low Cost, Low Power, True RMS-to-DC Converter AD737 Data Sheet FEATURES FUNCTIONAL BLOCK DIAGRAM CC 8kΩ 8kΩ COM CF ABSOLUTE VALUE CIRCUIT VIN SQUARER DIVIDER OUTPUT CAV +VS POWER DOWN CAV BIAS SECTION –VS 00828-001 Computes True rms value Average rectified value

Contextual Info: Low Cost, Low Power, True RMS-to-DC Converter AD737 Data Sheet FEATURES FUNCTIONAL BLOCK DIAGRAM CC 8kΩ 8kΩ COM CF ABSOLUTE VALUE CIRCUIT VIN SQUARER DIVIDER OUTPUT CAV +VS POWER DOWN CAV BIAS SECTION –VS 00828-001 Computes True rms value Average rectified value

Contextual Info: ANALOG DEVICES □ FEATURES COMPUTES True RMS Value Average Rectified Value Absolute Value PROVIDES 200mV Full-Scale Input Range Larger Inputs with Input Attenuator High Input Impedance of 10120 Low Input Bias Current: 25pA max High Accuracy: 1 0.3mV ± 0.3% of Reading

AD737JR-REEL

Abstract: AD736 AD737J power supply crest factor AD737 AD737A AD737B AD737JR-5 AD737K ad7371
Contextual Info: Low Cost, Low Power, True RMS-to-DC Converter AD737 FUNCTIONAL BLOCK DIAGRAM Computes: True rms value Average rectified value Absolute value Provides: 200 mV full-scale input range larger inputs with input attenuator Direct interfacing with 3 1/2 digit CMOS ADCs

AD736

Abstract: BQ JN AD737 AD737A AD737B AD737J AD737JR-5 AD737K NTR4501NT1 nichicon CF
Contextual Info: Low Cost, Low Power, True RMS-to-DC Converter AD737 FUNCTIONAL BLOCK DIAGRAM Computes True rms value Average rectified value Absolute value Provides 200 mV full-scale input range larger inputs with input attenuator Direct interfacing with 3½ digit CMOS ADCs

AD736

Abstract: ca3046 FULL WAVE RECTIFIER and waveforms tp-104-01-00 AD737 AD737A AD737B AD737J AD737JR-5 AD737K
Contextual Info: Low Cost, Low Power, True RMS-to-DC Converter AD737 FUNCTIONAL BLOCK DIAGRAM Computes True rms value Average rectified value Absolute value Provides 200 mV full-scale input range larger inputs with input attenuator Direct interfacing with 3½ digit CMOS ADCs

AD736

Abstract: AD736A AD736B AD736J AD736JN AD736JR AD736K AD736KR AD737
Contextual Info: a FEATURES Computes: True RMS Value Average Rectified Value Absolute Value Provides: 200 mV Full-Scale Input Range Larger Inputs with Input Attenuator High Input Impedance of 1012 V Low Input Bias Current: 25 pA Max High Accuracy: ؎0.3 mV ؎0.3% of Reading

Contextual Info: □ ANALOG DEVICES FEATURES COM PUTES True RMS Value Average Rectified Value Absolute Value PROVIDES 200mV Full-Scale Input Range Larger Inputs with Input Attenuator Direct Interfacing with 3 1/2 Digit CMOS A/D Converters Power Down Feature Which Reduces Supply Current

C1175

Abstract: AD736 AD737 AD737A AD737B AD737J AD737JN AD737K
Contextual Info: a FEATURES COMPUTES True RMS Value Average Rectified Value Absolute Value Low Cost, Low Power, True RMS-to-DC Converter AD737 FUNCTIONAL BLOCK DIAGRAM PROVIDES 200 mV Full-Scale Input Range Larger Inputs with Input Attenuator Direct Interfacing with 3 1/2 Digit

AD7136

Abstract: rca CA3046 AD736 FULL WAVE RECTIFIER and waveforms AD737 AD737A AD737B AD737J AD737JR-5 AD737K
Contextual Info: Low Cost, Low Power, True RMS-to-DC Converter AD737* FEATURES Computes: True rms Value Average Rectified Value Absolute Value Provides: 200 mV Full-Scale Input Range Larger Inputs with Input Attenuator Direct Interfacing with 3 1/2 Digit CMOS A/D Converters

AD736

Abstract: CA3046 equivalent
Contextual Info: Low Cost, Low Power, True RMS-to-DC Converter AD737 FUNCTIONAL BLOCK DIAGRAM Computes True rms value Average rectified value Absolute value Provides 200 mV full-scale input range larger inputs with input attenuator Direct interfacing with 3½ digit CMOS ADCs

441L204

Contextual Info: Section 20 Electrical Characteristics 20.1 Absolute Maximum Ratings Table 20-1 lists the absolute maximum ratings. Table 20-1 Absolute Maximum Ratings —Preliminary— Item Power supply voltage o< o Symbol Programming voltage Value Unit -0 .3 to +7.0 V Vpp

Contextual Info: Section 21 Electrical Characteristics —Preliminary— 21.1 Absolute Maximum Ratings Table 21-1 lists the absolute maximum ratings. Table 21-1 Absolute Maximum Ratings Symbol Value Unit Power supply voltage < o o Item —Preliminary— -0.3 to +7.0 V Programming voltage

Contextual Info: Section 20 Electrical Characteristics 20.1 Absolute Maximum Ratings Table 20-1 lists the absolute maximum ratings. Table 20-1 Absolute Maximum Ratings —Preliminary— Item Power supply voltage o< o Symbol Programming voltage Value Unit -0 .3 to +7.0 V Vpp

AD736

Abstract: AD736A AD736B AD736J AD736JN AD736K AD737
Contextual Info: a FEATURES Computes: True rms Value Average Rectified Value Absolute Value Provides: 200 mV Full-Scale Input Range Larger Inputs with Input Attenuator High Input Impedance of 10 12 V Low Input Bias Current: 25 pA Max High Accuracy: ؎0.3 mV ؎0.3% of Reading

Contextual Info: Precision Resistor Network Conformally Coated Composition of Type Number SE SS Example: SE 004A 1K000 8K000 B A 2 1 5 6 4 Resistance Value (Rn) 5 Resistance Tolerance (Absolute) 6 Resistance Tolerance (Matching) 1 Type 2 Circuit Symbol 3 Resistance Value (R1)

AD736

Abstract: AD737 AD737A AD737AQ AD737B AD737J AD737K AD737JR-REEL AD737-Applications RMS-to-DC
Contextual Info: a FEATURES COMPUTES True RMS Value Average Rectified Value Absolute Value PROVIDES 200 mV Full-Scale Input Range Larger Inputs with Input Attenuator Direct Interfacing with 3 1/2 Digit CMOS A/D Converters High Input Impedance of 1012 ⍀ Low Input Bias Current: 25 pA max