AD640 APPLICATION NOTES Search Results

AD640

Abstract: RPE113 RPE117-z5u 5962-9095501M2A 5962-9095501MRA AD640B AD640BD AD640BE AD640J AD640T
Contextual Info: a DC-Coupled Demodulating 120 MHz Logarithmic Amplifier AD640 an intercept logarithmic offset at 1 mV dc. An integral X10 attenuator provides an alternative input range of ± 7.5 mV to ± 2 V dc. Scaling is also guaranteed for sinusoidal inputs. The AD640B is specified for the industrial temperature range of

RPE117

Contextual Info: DC-Coupled Demodulating 120 MHz Logarithmic Amplifier AD640 a signal output at +50 dB referred to input is provided to operate AD640s in cascade. The logarithmic response is absolutely calibrated to within ±1 dB for dc or square wave inputs from ± 0.75 mV to ± 200 mV, with

RPE113

Abstract: AD640TD ad844 5962-9095501M2A 5962-9095501MRA AD640 AD640B AD640BD AD640BE AD640J
Contextual Info: a DC Coupled Demodulating 120 MHz Logarithmic Amplifier AD640 with an intercept logarithmic offset at 1 mV dc. An integral X10 attenuator provides an alternative input range of ± 7.5 mV to ± 2 V dc. Scaling is also guaranteed for sinusoidal inputs. The AD640B is specified for the industrial temperature range of

ultrasonic radar

Abstract: 5962-9095501M2A 5962-9095501MRA AD640 AD640B AD640BD AD640BE AD640J AD640T AD640TD
Contextual Info: a DC-Coupled Demodulating 120 MHz Logarithmic Amplifier AD640 signal output at +50 dB referred to input is provided to operate AD640s in cascade. The logarithmic response is absolutely calibrated to within ±1 dB for dc or square wave inputs from ± 0.75 mV to ± 200 mV, with

Contextual Info: BACK a DC Coupled Demodulating 120 MHz Logarithmic Amplifier AD640 with an intercept logarithmic offset at 1 mV dc. An integral X10 attenuator provides an alternative input range of ± 7.5 mV to ± 2 V dc. Scaling is also guaranteed for sinusoidal inputs.

AD6401

Abstract: RPE117-z5u 5962-9095501M2A 5962-9095501MRA AD640 AD640B AD640BD AD640BE AD640J AD640T
Contextual Info: a DC-Coupled Demodulating 120 MHz Logarithmic Amplifier AD640* signal output at +50 dB referred to input is provided to operate AD640s in cascade. The logarithmic response is absolutely calibrated to within ±1 dB for dc or square wave inputs from ± 0.75 mV to ± 200 mV, with

ilc7660

Abstract: SSM2126a max1440 AD698 AD633 application notes LM35 application circuits with OP07 AD1671 evaluation board ADDS-2101-EZ-LAB ssm-2126A AD7874
Contextual Info: SHORT FORM "ROAD MAP" PRECISION LINEAR GENERAL PURPOSE PRECISION LINEAR APPLICATION SPECIFIC OP AMP OVERVIEW P-2 OVERVIEW (P-18) Analog Computation (P-12) ATE (P-19) COMMUNICATIONS APPLICATION SPECIFIC OVERVIEW (P-18) Audio Sample Rate Converters (P-40)

AD606

Abstract: AD606JN AD606JR AD640 ICL7136 ICL7136CPL N-16 AD640 application notes FLUKE meter diagram decibel meter
Contextual Info: a 50 MHz, 80 dB Demodulating Logarithmic Amplifier with Limiter Output AD606 a loadable output voltage of +0.1 V dc to +4 V dc. The logarithmic scaling is such that the output is +0.5 V for a sinusoidal input of –75 dBm and +3.5 V at an input of +5 dBm; over this

CC 707 schematic diagram am radio

Abstract: decibel meter AD606 AD606-EB AD606JCHIPS AD606JN AD606JR AD606JR-REEL AD606JR-REEL7 N-16
Contextual Info: a 50 MHz, 80 dB Demodulating Logarithmic Amplifier with Limiter Output AD606 a loadable output voltage of +0.1 V dc to +4 V dc. The logarithmic scaling is such that the output is +0.5 V for a sinusoidal input of –75 dBm and +3.5 V at an input of +5 dBm; over this

SSM2126a

Abstract: ilc7660 low noise quad OP37 Application note AD652 AD698 7.1 surround sound dolby circuits voltage frequency table ad654 ADDS-2101-EZ-LAB ne5534 application note ad597
Contextual Info: Overview–Selection Trees ORGANIZATION PRECISION, LINEAR, GENERAL PURPOSE COMPONENTS Op Amp Overview Audio Analog Computation Analog Multiplexers PRECISION, LINEAR, APPLICATION SPECIFIC COMPONENTS COMMUNICATIONS APPLICATION SPECIFIC COMPONENTS A/D CONVERTERS

7B53A

Contextual Info: a 50 MHz, 80 dB Demodulating Logarithmic Amplifier with Limiter Output AD606 a loadable output voltage of +0.1 V dc to +4 V dc. The logarithmic scaling is such that the output is +0.5 V for a sinusoidal input of –75 dBm and +3.5 V at an input of +5 dBm; over this

dmm ic

Abstract: decibel meter TRANSFORMER RF 4.5-MHz IF
Contextual Info: BACK a 50 MHz, 80 dB Demodulating Logarithmic Amplifier with Limiter Output AD606 a loadable output voltage of +0.1 V dc to +4 V dc. The logarithmic scaling is such that the output is +0.5 V for a sinusoidal input of –75 dBm and +3.5 V at an input of +5 dBm; over this

Contextual Info: 50 MHz, 80 dB Demodulating Logarithmic Amplifier with Limiter Output AD606 a a loadable output voltage of +0.1 V dc to +4 V dc. The logarithmic scaling is such that the output is +0.5 V for a sinusoidal input of –75 dBm and +3.5 V at an input of +5 dBm; over this

LDC15D190A0007A

Abstract: TDS694C
Contextual Info: a 50 dB GSM PA Controller AD8315 FEATURES Complete RF Detector/Controller Function >50 dB Range at 0.9 GHz –49 dBm to +2 dBm re 50 ⍀ Accurate Scaling from 0.1 GHz to 2.5 GHz Temperature-Stable Linear-in-dB Response Log Slope of 23 mV/dB, Intercept at –60 dBm at 0.9 GHz

AD8307

Abstract: DB21 passive sonar receiver ad8307 note 150pf 6kv AD606 AD640 ad8307 power meter decibel meter AD8307AN
Contextual Info: a FEATURES Complete Multistage Logarithmic Amplifier 92 dB Dynamic Range: –75 dBm to +17 dBm to –90 dBm Using Matching Network Single Supply of 2.7 V Min at 7.5 mA Typical DC-500 MHz Operation, ؎1 dB Linearity Slope of 25 mV/dB, Intercept of –84 dBm

ad8307 note

Abstract: 12 volts,15 amps Regulated Power Supply Schematic Diagram HP8112A RSSI 604 "Logarithmic if amplifier" a6ek AD8307AR
Contextual Info: BACK a FEATURES Complete Multistage Logarithmic Amplifier 92 dB Dynamic Range: –75 dBm to +17 dBm To –90 dBm Using Matching Network Single Supply of 2.7 V Min at 7.5 mA Typical DC-500 MHz Operation, ؎1 dB Linearity Slope of 25 mV/dB, Intercept of –84 dBm

ad8307 note

Abstract: AD8307 transresistance amp lm 833 for high pass filter ad8307 power meter decibel meter AD820 AD8307AN AD8307AR P6139A 500Mhz 10x
Contextual Info: a FEATURES Complete Multistage Logarithmic Amplifier 92 dB Dynamic Range: –75 dBm to +17 dBm To –90 dBm Using Matching Network Single Supply of 2.7 V Min at 7.5 mA Typical DC-500 MHz Operation, ؎1 dB Linearity Slope of 25 mV/dB, Intercept of –84 dBm

AD8307

Abstract: LDC15D190A0007A AD640 AD8315 AD8315ACP-EVAL AD8315ACP-REEL AD8315ACP-REEL7 AD8315ARM AD8315ARM-REEL AD8315ARM-REEL7
Contextual Info: 50 dB GSM PA Controller AD8315 Its high sensitivity allows control at low signal levels, thus reducing the amount of power that needs to be coupled to the detector. FEATURES Complete RF Detector/Controller Function >50 dB Range at 0.9 GHz –49 dBm to +2 dBm re 50 ⍀

LDC15D190A0007A

Abstract: CP8110 Picosecond Pulse Labs ad8307 TDS694C VZ 7 SMT03 DS345 PF08107B AD8314
Contextual Info: 50 dB GSM PA Controller AD8315 Its high sensitivity allows control at low signal levels, thus reducing the amount of power that needs to be coupled to the detector. FEATURES Complete RF detector/controller function >50 dB range at 0.9 GHz −49 dBm to +2 dBm, re 50 Ω

AD8315

Contextual Info: 50 dB GSM PA Controller AD8315 FEATURES Its high sensitivity allows control at low signal levels, thus reducing the amount of power that needs to be coupled to the detector. Complete RF detector/controller function >50 dB range at 0.9 GHz −49 dBm to +2 dBm, re 50 Ω

Contextual Info: ANALOG DEVICES FEATURES C om plete M ultistage Logarithmic A m plifier 92 dB Dynamic Range: -7 5 dBm to +17 dBm To -9 0 dBm Using M atching N etw ork Single Supply of 2.7 V Min a t 7.5 mA Typical DC-500 M H z Operation, ±1 dB Linearity Slope of 25 m V /d B , Intercept of -8 4 dBm

LDC15D190A0007A

Abstract: ad8307 AD8315 AD8316 AD8316ACP-EVAL AD8316ACP-REEL AD8316ACP-REEL7 AD8316ARM AD8316ARM-REEL AD8316ARM-REEL7
Contextual Info: Dual Output GSM PA Controller AD8316 power control signal is required for each band. The logarithmic amplifier technique provides a much wider measurement range and better accuracy than is possible using controllers based on diode detectors. In particular, multiband and multimode cellular designs can benefit from the temperature-stable –30°C to

LDC15D190A0007A

Abstract: ad8307 FET J134 AD8315 AD8316 AD8316ACP-EVAL AD8316ACP-REEL AD8316ACP-REEL7 AD8316ARM AD8316ARM-REEL7
Contextual Info: Dual Output GSM PA Controller AD8316 power control signal is required for each band. The logarithmic amplifier technique provides a much wider measurement range and better accuracy than is possible using controllers based on diode detectors. In particular, multiband and multimode cellular designs can benefit from the temperature-stable –30°C to

ad8316

Abstract: 1103PWR
Contextual Info: Dual Output GSM PA Controller AD8316 power control signal is required for each band. The logarithmic amplifier technique provides a much wider measurement range and better accuracy than is possible using controllers based on diode detectors. In particular, multiband and multimode cellular designs can benefit from the temperature-stable –30°C to