AD536AKD
Abstract: AD536A AD536AJ AD536AK AD536AS AD536A-SPECIFICATIONS 1000 microfarad 25v capacitor buf7
Text: Integrated Circuit True RMS-to-DC Converter AD536A True rms-to-dc conversion Laser trimmed to high accuracy ±0.2% maximum error AD536AK ±0.5% maximum error (AD536AJ) Wide response capability Computes rms of ac and dc signals 450 kHz bandwidth: V rms > 100 mV
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AD536A
AD536AK)
AD536AJ)
AD536AS)
AD536A,
14-Lead
20-Terminal
10-Pin
O-100]
AD536AKD
AD536A
AD536AJ
AD536AK
AD536AS
AD536A-SPECIFICATIONS
1000 microfarad 25v capacitor
buf7
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Untitled
Abstract: No abstract text available
Text: FUNCTIONAL BLOCK DIAGRAM FEATURES True rms-to-dc conversion Laser trimmed to high accuracy ±0.2% maximum error AD536AK ±0.5% maximum error (AD536AJ) Wide response capability Computes rms of ac and dc signals 450 kHz bandwidth: V rms > 100 mV 2 MHz bandwidth: V rms > 1 V
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AD536AK)
AD536AJ)
AD536AS)
AD536A
14-Lead
20-Terminal
10-Pin
O-100]
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ad536akdz
Abstract: 1000 microfarad 25v capacitor ad536ajhz
Text: FEATURES True rms-to-dc conversion Laser trimmed to high accuracy ±0.2% maximum error AD536AK ±0.5% maximum error (AD536AJ) Wide response capability Computes rms of ac and dc signals 450 kHz bandwidth: V rms > 100 mV 2 MHz bandwidth: V rms > 1 V Signal crest factor of 7 for 1% error
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AD536AK)
AD536AJ)
AD536AS)
AD536A
AD536A
14-Lead
20-Terminal
10-Pin
O-100]
ad536akdz
1000 microfarad 25v capacitor
ad536ajhz
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Untitled
Abstract: No abstract text available
Text: FEATURES True rms-to-dc conversion Laser trimmed to high accuracy ±0.2% maximum error AD536AK ±0.5% maximum error (AD536AJ) Wide response capability Computes rms of ac and dc signals 450 kHz bandwidth: V rms > 100 mV 2 MHz bandwidth: V rms > 1 V Signal crest factor of 7 for 1% error
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AD536AK)
AD536AJ)
AD536AS)
AD536A
AD536A
14-Lead
20-Terminal
10-Pin
O-100]
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Untitled
Abstract: No abstract text available
Text: LMH2110 LMH2110 8 GHz Logarithmic RMS Power Detector with 45 dB dynamic range Literature Number: SNWS022B LMH2110 8 GHz Logarithmic RMS Power Detector with 45 dB dynamic range General Description Features The LMH2110 is a 45 dB Logarithmic RMS power detector
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LMH2110
LMH2110
SNWS022B
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Untitled
Abstract: No abstract text available
Text: HMC1120LP4E v00.0814 POWER DETECTORS - SMT RMS POWER DETECTOR & ENVELOPE TRACKER, DC - 3.9 GHz Typical Applications Features The HMC1120LP4E is ideal for: Broadband Single-Ended RF Input • Log –> Root-Mean-Square RMS Conversion RMS Detector with ±1 dB Detection
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HMC1120LP4E
HMC1120LP4E
150MHz
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LH0091CD
Abstract: schematic diagram dc converter 10 vdc to 10 mVdc DC to 500 MHz RMS-to-DC Converter rms to dc LH0091 diode 5694 C1995 D16D
Text: LH0091 True RMS to DC Converter General Description Features The LH0091 rms to dc converter generates a dc output equal to the rms value of any input per the transfer function Y Y Y EOUT DC e 0 1 T EIN2(t) dt T 0 Y Y Y The device provides rms conversion to an accuracy of 0 1%
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LH0091
LH0091CD
schematic diagram dc converter 10 vdc to 10 mVdc
DC to 500 MHz RMS-to-DC Converter
rms to dc
diode 5694
C1995
D16D
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Untitled
Abstract: No abstract text available
Text: Integrated Circuit True RMS-to-DC Converter AD536A Data Sheet FUNCTIONAL BLOCK DIAGRAM FEATURES True rms-to-dc conversion Laser trimmed to high accuracy ±0.2% maximum error AD536AK ±0.5% maximum error (AD536AJ) Wide response capability Computes rms of ac and dc signals
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AD536A
AD536AK)
AD536AJ)
AD536AS)
AD536A
14-Lead
20-Terminal
10-Pin
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Untitled
Abstract: No abstract text available
Text: TRUE RMS TO DC CONVERTER Most current sensors provide outputs that are instantaneous representations of the measured currents. For complex or alternating waveforms there may be a requirement to convert the output to a true rms value. RMS converters available from Maxim are designed to accept complex
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MX536A/MX636.
MX536A
MX636
O-100
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LTAFG
Abstract: ltc6203 DC to 500 MHz RMS-to-DC Converter 7106 based dvm LTC1966 LTC1967 LTC1968 LTC1968CMS8 LTC1968IMS8 panel meter 7106
Text: LTC1968 Precision Wide Bandwidth, RMS-to-DC Converter U FEATURES DESCRIPTIO • The LTC 1968 is a true RMS-to-DC converter that uses an innovative delta-sigma computational technique. The benefits of the LTC1968 proprietary architecture, when compared to conventional log-antilog RMS-to-DC converters,
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LTC1968
LTC1968
500kHz
150kHz
LTC1967
LTC2402
24-bit,
10ppm
LTC2420
20-bit,
LTAFG
ltc6203
DC to 500 MHz RMS-to-DC Converter
7106 based dvm
LTC1966
LTC1967
LTC1968CMS8
LTC1968IMS8
panel meter 7106
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Untitled
Abstract: No abstract text available
Text: Dual PLL Precision Synthesizer AD9578 Data Sheet FEATURES GENERAL DESCRIPTION Any output frequency precision synthesis 11.8 MHz to 919 MHz Better than 0.1 ppb frequency resolution Ultralow rms jitter 12 kHz to 20 MHz <300 fs rms using integer synthesis <405 fs rms using fractional synthesis
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AD9578
larO-220-WKKD-2
05-10-2012-C
48-Lead
CP-48-13)
AD9578BCPZ
AD9578BCPZ-REEL7
AD9578/PCBZ
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7136 low drop out regulator
Abstract: LTC1968 LTAFG 50Hz sine wave filter circuit Cookbook LTC1966 LTC1967 LTC1968CMS8 LTC1968IMS8 adc 7106
Text: LTC1968 Precision Wide Bandwidth, RMS-to-DC Converter U FEATURES DESCRIPTIO • The LTC 1968 is a true RMS-to-DC converter that uses an innovative delta-sigma computational technique. The benefits of the LTC1968 proprietary architecture, when compared to conventional log-antilog RMS-to-DC converters,
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LTC1968
LTC1968
500kHz
150kHz
350pA
LTC1966
LTC1967
LTC2402
24-bit,
10ppm
7136 low drop out regulator
LTAFG
50Hz sine wave filter circuit
Cookbook
LTC1966
LTC1967
LTC1968CMS8
LTC1968IMS8
adc 7106
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Untitled
Abstract: No abstract text available
Text: TRUE RMS TO DC CONVERTER Most current sensors produce outputs that are instantaneous representations of the measured currents. For complex or ac waveshapes there may be a requirement to convert the outputs to true rms values. RMS converters available from Maxim are designed to accept complex
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-12Vdc
12Vdc
PT78NR112
PT78NR100
SLTS058B
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Untitled
Abstract: No abstract text available
Text: LMH2120 LMH2120 6 GHz Linear RMS Power Detector with 40 dB Dynamic Range Literature Number: SNWS021B LMH2120 6 GHz Linear RMS Power Detector with 40 dB Dynamic Range General Description Features The LMH2120 is a 40 dB Linear RMS power detector particularly suited for accurate power measurement of modulated
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LMH2120
LMH2120
SNWS021B
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str f 6264
Abstract: BROWN BOVERI str 6264 uge 1112 AY4 rectificadores "sim welding" diagram Kopp MS 85 ABB CO-8 CI 6264 din 6900
Text: High Voltage rectifiers Hochspannungsgleichrichter Edition 97 Reg. Nr. 2743-02 Symbols and Definitions Kurzzeichen und Begriffe a Acceleration a Rüttelfestigkeit IF AV M IF(RMS) IFSM IR Maximum mean forward current Maximum RMS forward current Surge forward current
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JH074
Abstract: ocular lcd LCD 0802 pinout small 3 digit 7 segment LCD AN563 PIC16C55 PIC16C5X 0A81
Text: AN563 Using PIC16C5X Microcontrollers as LCD Drivers Author: To turn an LCD segment “on,” which makes the segment turn dark or opaque, an LCD RMS voltage that is greater than the LCD threshold voltage is applied to the LCD. The RMS LCD voltage is the RMS voltage
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AN563
PIC16C5X
PIC16C55
JH074
ocular lcd
LCD 0802
pinout small 3 digit 7 segment LCD
AN563
0A81
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diode 0A81
Abstract: pinout 3 1/2 digit 7 segment LCD LCD 0802 pinout 3 digit 7 segment LCD PIC16C55 0A81 2 digit 7 segment display pin configuration 4 digit 7 segment lcd display pin configuration 4 Digit counter jh074
Text: AN563 Using PIC16C5X Microcontrollers as LCD Drivers Author: To turn an LCD segment “on,” which makes the segment turn dark or opaque, an LCD RMS voltage that is greater than the LCD threshold voltage is applied to the LCD. The RMS LCD voltage is the RMS voltage
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AN563
PIC16C5X
PIC16C55
DS00563C-page
diode 0A81
pinout 3 1/2 digit 7 segment LCD
LCD 0802
pinout 3 digit 7 segment LCD
0A81
2 digit 7 segment display pin configuration
4 digit 7 segment lcd display pin configuration
4 Digit counter
jh074
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AD9575ARUZLVD
Abstract: AD9575ARUZPEC AD9575-EVALZ-LVD AN-586
Text: Network Clock Generator, Two Outputs AD9575 FEATURES GENERAL DESCRIPTION Fully integrated VCO/PLL core 0.39 ps rms jitter from 12 kHz to 20 MHz at 156.25 MHz 0.15 ps rms jitter from 1.875 MHz to 20 MHz at 156.25 MHz 0.40 ps rms jitter from 12 kHz to 20 MHz at 106.25 MHz
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AD9575
AD9575ARUZLVD
AD9575ARUZPEC
AD9575-EVALZ-LVD
AD9575-EVALZ-PEC
16-Lead
RU-16
AD9575ARUZLVD
AD9575ARUZPEC
AD9575-EVALZ-LVD
AN-586
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Untitled
Abstract: No abstract text available
Text: Network Clock Generator, Two Outputs AD9575 FEATURES GENERAL DESCRIPTION Fully integrated VCO/PLL core 0.39 ps rms jitter from 12 kHz to 20 MHz at 156.25 MHz 0.15 ps rms jitter from 1.875 MHz to 20 MHz at 156.25 MHz 0.40 ps rms jitter from 12 kHz to 20 MHz at 106.25 MHz
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AD9575
AD9575ARUZLVD
AD9575ARUZPEC
AD9575-EVALZ-LVD
AD9575-EVALZ-PEC
16-Lead
RU-16
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AD9575ARUZLVD
Abstract: AD9575ARUZPEC AD9575-EVALZ-LVD AN-586
Text: Network Clock Generator, Two Outputs AD9575 FEATURES GENERAL DESCRIPTION Fully integrated VCO/PLL core 0.39 ps rms jitter from 12 kHz to 20 MHz at 156.25 MHz 0.15 ps rms jitter from 1.875 MHz to 20 MHz at 156.25 MHz 0.40 ps rms jitter from 12 kHz to 20 MHz at 106.25 MHz
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AD9575
AD9575ARUZLVD
AD9575ARUZPEC
AD9575-EVALZ-LVD
AD9575-EVALZ-PEC
16-Lead
RU-16
AD9575ARUZLVD
AD9575ARUZPEC
AD9575-EVALZ-LVD
AN-586
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TN2540-800G
Abstract: 7478 j k
Text: TN2540, TXN625 TYN625, TYN825 Standard 25 A SCRs Features A • On-state rms current, IT RMS 25 A ■ Repetitive peak off-state voltage, VDRM/VRRM 600 to 800 V G K ■ Triggering gate current, IGT 40 mA ■ Insulated package TO-220AB ins – Insulating voltage 2500 V rms
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TN2540,
TXN625
TYN625,
TYN825
O-220AB
UL1557
E81734)
TXN625RG
TN2540-x00G)
TN2540-800G
7478 j k
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TYN825
Abstract: TYN825RG TO-220AB footprint TYN1225 TXN625 TN2540-800G tyn1225rg TYN625RG TYN625 scr tyn825
Text: TN2540, TXN625 TYN625, TYN825, TYN1225 Standard 25 A SCRs Features A • On-state rms current, IT RMS 25 A ■ Repetitive peak off-state voltage, VDRM/VRRM 600 to 1200 V G K ■ Triggering gate current, IGT 40 mA ■ Insulated package TO-220AB ins – Insulating voltage 2500 V rms
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TN2540,
TXN625
TYN625,
TYN825,
TYN1225
O-220AB
UL1557
E81734)
TXN625RG
TYN825
TYN825RG
TO-220AB footprint
TYN1225
TN2540-800G
tyn1225rg
TYN625RG
TYN625
scr tyn825
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fluke 931B
Abstract: AD694 AC digital voltmeter using ad737 AD536A m7cf fluke voltmeter AD737 Absolute Value Circuit ac voltmeter circuit build ad636 AD636
Text: rm ANALOG U AN-268 APPLICATION NOTE DEVICES ONE TECHNOLOGY WAY • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 RMS-to-DC Converters Ease Measurement Tasks RMS-to-DC converters compute the true rms value of a signal without regard to waveform.
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AN-268
AD536A,
AD636,
AD637,
AD736,
AD737.
AD637
Edi744
fluke 931B
AD694
AC digital voltmeter using ad737
AD536A
m7cf
fluke voltmeter
AD737
Absolute Value Circuit
ac voltmeter circuit build ad636
AD636
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AD694
Abstract: AC digital voltmeter using ad737 fluke 931B ac voltmeter circuit build ad636 FLUKE rms dc converter AD736 AD744 AD636 AD637 AD637K
Text: ANALOG DEVICES AN-268 APPLICATION NOTE □ ONE TECHNOLOGY WAY • P.O. BOX 9106 • NORWOOD, MASSACHUSETTS 02062-9106 • 617/329-4700 RMS-to-DC Converters Ease Measurement Tasks RMS-to-DC converters compute the true rms value of a signal without regard to waveform.
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AN-268
AD536A,
AD636,
AD637,
AD736,
AD737.
AD637
RN55C
AD694
AC digital voltmeter using ad737
fluke 931B
ac voltmeter circuit build ad636
FLUKE rms dc converter
AD736
AD744
AD636
AD637K
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