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OPA620KU Texas Instruments Wideband Precision Operational Amplifier 8-SOIC
OPA620KP Texas Instruments Wideband Precision Operational Amplifier 8-PDIP
OPA620LG Texas Instruments OP-AMP, 500uV OFFSET-MAX, 200MHz BAND WIDTH, CDIP8
OPA620KG Texas Instruments OP-AMP, 1000uV OFFSET-MAX, 200MHz BAND WIDTH, CDIP8
OPA620KU/2K5 Texas Instruments Wideband Precision Operational Amplifier 8-SOIC

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OPA620 datasheet (13)

Part Manufacturer Description Type PDF
OPA620 Burr-Brown Wideband Precision OPERATIONAL AMPLIFIER Original PDF
OPA620 Texas Instruments Wideband Precision Operational Amplifier Original PDF
OPA620 Others Monolithic Op Amp Data Book Scan PDF
OPA620KG Texas Instruments OPA620 - IC OP-AMP, 1000 uV OFFSET-MAX, 200 MHz BAND WIDTH, CDIP8, Operational Amplifier Original PDF
OPA620KP Texas Instruments Wideband Precision Operational Amplifier 8-PDIP Original PDF
OPA620KP Texas Instruments Wideband Precision OPERATIONAL AMPLIFIER Original PDF
OPA620KU Texas Instruments Wideband Precision Operational Amplifier 8-SOIC Original PDF
OPA620KU Texas Instruments Wideband Precision OPERATIONAL AMPLIFIER Original PDF
OPA620KU/2K5 Burr-Brown Wideband Precision Operational Amplifier Original PDF
OPA620KU/2K5 Texas Instruments Wideband Precision Operational Amplifier 8-SOIC Original PDF
OPA620LG Texas Instruments OPA620 - IC OP-AMP, 500 uV OFFSET-MAX, 200 MHz BAND WIDTH, CDIP8, Operational Amplifier Original PDF
OPA620SG Texas Instruments Wideband Precision OPERATIONAL AMPLIFIER Original PDF
OPA620SG Texas Instruments OPA620 - IC VIDEO AMPLIFIER, CDIP8, CERAMIC, DIP-8, Audio/Video Amplifier Original PDF

OPA620 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
2000 - Not Available

Abstract:
Text: OPA620KP OPA620KU OPA620SG ( Basic Model Number Performance Grade Code K = –40°C to +85°C S , R2 47kΩ OPA620 OUTPUT DRIVE CAPABILITY The OPA620†™s design uses large output devices , . Unlike current feedback amplifiers, the OPA620†™s design uses a “classical” operational amplifier , “non-inductive” types) are absolutely unacceptable in high-frequency circuits. The OPA620†™s “classicalâ , troublesome problems. All traditional circuit configurations and op amp theory apply to the OPA620. The use


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PDF OPA620 100mA 200MHz OPA620
1996 - OPA620

Abstract:
Text: . PACKAGE INFORMATION MODEL OPA620KP OPA620KU OPA602KG OPA620LG OPA620SG 8-Pin DIP 8-Pin SOIC , OPA620's Noise Figure vs Source Resistance is shown in Figure 10. ® 13 OPA620 RELIABILITY DATA , Supply Rejection ±200 ±8 60 OPA620SG MIN ±1mV 50 TYP OPA620LG MAX MIN , settling 12-bit applications. The OPA620's "classical" operational amplifier architecture employs true , configurations and op amp theory apply to the OPA620. The use of low-drift thin-film resistors allows internal


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PDF OPA620 100mA 200MHz OPA620 125MHz ADC603 12-Bit, OPA620KP OPA620KU OPA620LG OPA620SG
DEM1136

Abstract:
Text: . PACKAGE INFORMATION MODEL OPA620KP OPA620KU OPA602KG OPA620LG OPA620SG 8-Pin DIP 8-Pin SOIC , OPA620's Noise Figure vs Source Resistance is shown in Figure 10. ® 13 OPA620 RELIABILITY DATA , Supply Rejection ±200 ±8 60 OPA620SG MIN ±1mV 50 TYP OPA620LG MAX MIN , settling 12-bit applications. The OPA620's "classical" operational amplifier architecture employs true , configurations and op amp theory apply to the OPA620. The use of low-drift thin-film resistors allows internal


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PDF OPA620 100mA 200MHz OPA620 125MHz ADC603 12-Bit, DEM1136 OPA620KP 640-1 8PIN OPA620KU OPA620LG OPA620SG
2000 - OPA620KP

Abstract:
Text: OPA620KP OPA620KU OPA620SG ( Basic Model Number Performance Grade Code K = ­40°C to +85°C S = , current feedback amplifiers, the OPA620's design uses a "classical" operational amplifier architecture , unacceptable in high-frequency circuits. The OPA620's "classical" operational amplifier architecture , traditional circuit configurations and op amp theory apply to the OPA620. The use of low-drift thin-film , PRECAUTIONS Maximizing the OPA620's capability requires some wiring precautions and high-frequency layout


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PDF OPA620 100mA 200MHz OPA620 OPA620KP MAKING CODE 3F TRANSISTOR op amplifiers single-ended to differential converter OPA620KU OPA620SG
bur brown 700

Abstract:
Text: 2 25 ±100 ±500 MAX MIN OPA620SG TYP MAX MIN OPA620LG TYP MAX UNITS nV/VRz nV/^Hz nV/VHz nWVHz nV/VHz , * 50 45 35 * MIN OPA620SG TYP MAX MIN * OPA620LG TYP MAX * I UNITS I °C °C nv/ac dB dB *iA o , Reliability Screening Q = Q-Screened- PACKAGE INFORMATION MODEL OPA620KP OPA620KU OPA602KG OPA62ÛLG , settling 12-bit applications. The OPA620's " classical" operational am plifier architecture employs true , configurations and op amp theory apply to the OPA620. The use of low-drift thin-film resistors allows internal


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PDF OPA620 100mA 200MHz OPA620 17313b5 249S2 D03G270 bur brown 700
1995 - OPA620KP

Abstract:
Text: strongly recommended when handling the OPA620. OUTPUT DRIVE CAPABILITY The OPA620's design uses large , Tektronix model VM700 Video Measurement Set. ® OPA620 12 DISTORTION The OPA620's harmonic , = 8-pin Plastic DIP U = SO-8 Surface Mount ( ) ( ) PACKAGE INFORMATION PRODUCT OPA620KP OPA620KU , OPA620's design uses a "classical" operational amplifier architecture and can therefore be used in all , amplifiers are completely inadequate for fast settling 12-bit applications. The OPA620's "classical"


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PDF OPA620 100mA 200MHz OPA620 DEM-OPA68XP DEM-OPA68XU DEM-OPA68xP: DEM-OPA68xU: UAF42 SBFC001, OPA620KP
2005 - DBC3

Abstract:
Text: strongly recommended when handling the OPA620. OUTPUT DRIVE CAPABILITY The OPA620's design uses large , Tektronix model VM700 Video Measurement Set. ® OPA620 12 DISTORTION The OPA620's harmonic , = 8-pin Plastic DIP U = SO-8 Surface Mount ( ) ( ) PACKAGE INFORMATION PRODUCT OPA620KP OPA620KU , OPA620's design uses a "classical" operational amplifier architecture and can therefore be used in all , amplifiers are completely inadequate for fast settling 12-bit applications. The OPA620's "classical"


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PDF OPA620 100mA 200MHz OPA620 DBC3 IB 6401 OPA620KP
2003 - ultrasound probe

Abstract:
Text: OPA620KP OPA620KU OPA620SG ( Basic Model Number Performance Grade Code K = ­40°C to +85°C S = , current feedback amplifiers, the OPA620's design uses a "classical" operational amplifier architecture , unacceptable in high-frequency circuits. The OPA620's "classical" operational amplifier architecture , traditional circuit configurations and op amp theory apply to the OPA620. The use of low-drift thin-film , PRECAUTIONS Maximizing the OPA620's capability requires some wiring precautions and high-frequency layout


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PDF OPA620 100mA 200MHz OPA620 ultrasound probe HP5082-2835 diode OPA620KP trimmer 20pF transistor package code P pulse handling capability of wirewound resistors OPA620SG OPA620KU HP5082-2835
1998 - OPA620KP

Abstract:
Text: OPA620KP OPA620KU OPA620SG ( Basic Model Number Performance Grade Code K = ­40°C to +85°C S = , current feedback amplifiers, the OPA620's design uses a "classical" operational amplifier architecture , unacceptable in high-frequency circuits. The OPA620's "classical" operational amplifier architecture , traditional circuit configurations and op amp theory apply to the OPA620. The use of low-drift thin-film , PRECAUTIONS Maximizing the OPA620's capability requires some wiring precautions and high-frequency layout


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PDF OPA620 100mA 200MHz OPA620 ouPA620 125MHz ADS805 OPA620KP OPA620KU OPA620SG
Not Available

Abstract:
Text: monolithic form. Unlike current feedback amplifiers, the OPA620†™s design uses a “Classi­ calâ , ­ tions. The OPA620†™s “Classical” operational amplifier architec­ ture employs true differential , configurations and op amp theory apply to the OPA620. Hie use of low-drift thin-film resistors allows internal , of 25ns, and an input offset voltage of lOOjiV. WIRING PRECAUTIONS Maximizing the OPA620†™s , number 8134-HC-5P2. Alternately, Teflon® stand- OFFSET VOLTAGE ADJUSTMENT The OPA620†™s input


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PDF OPA62Q 1-8S0-548-6132 200MHz 100nV 50V/ns OPA620 50Qor 125MHz -548-S132
ku 602 vc

Abstract:
Text: based on specified 0 Tj must be observed. Maximum PACKAGE INFORMATION*1 * MODEL OPA620KP OPA620KU , troublesome problems. A ll traditional circuit configurations and op amp theory apply to the OPA620. The use , not been de signed to test devices in the OPA620's speed range. Benchtop op amp testers and A T E , the OPA620. OUTPUT DRIVE CAPABILITY The O PA620's design uses large output devices and has been , used to measure settling time for the OPA620. This approach uses a 16-bit sampling oscilloscope to


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PDF OPA620 100mA 200MHz 100nV OPA620 MIL-STD-883. 20kHz 17313L5 ku 602 vc LM 858 IC chip OPA620KP Q02u
ku 602 vc

Abstract:
Text: B U R R -B R O W N c i E OPA620 ABRIDGED DATA SHEET REQUEST COMPLETE DATA SHEET FROM , VIDEO ACTIVE FILTERS DESCRIPTION The OPA620 is a precision wideband monolithic op erational , drive capability. T he OPA620 is internally compensated for unity-gain stability. This amplifier has a , circuit architecture. Unlike "current-feedback" am plifier designs, the OPA620 may be used in all op am p , internal current-limiting circuit. The OPA620 is available in plastic, ceramic, and SOIC packages. Two


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PDF OPA620 200MHz OPA620 ku 602 vc opa620kg 8pin ic 356 OPA620KP
2000 - AB-013

Abstract:
Text: as an input attenuator to increase the input range. The OPA620 can be used to buffer the input , Input Range and 50 Termination Impedance. 2 VIN 3 +5V 7 OPA620 4 (±2.5V) 6 R2 , unity-gain-connected OPA620 buffer amp as shown in Figure 3. The OPA620 can be used for inputs as high as ±3V. N = , input ADC603 to a ±2.5V input, OPA620 buffered ADC603 per Figure 3. In both cases, the circuit is


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PDF ADC603 10MHz, 12-bit OPA620 AB-013
Not Available

Abstract:
Text: when handling the OPA620. OUTPUT DRIVE CAPABILITY The OPA620†™s design uses large output devices , . Unlike current feedback amplifiers, the OPA620†™s design uses a “Classi­ cal” operational , amplifiers are completely inadequate for fast settling 12-bit applica­ tions. The OPA620†™s , OPA620. The use of low-drift thin-film resistors allows internal operating currents to be laser-trimmed , offset voltage of 100|j,V. WIRING PRECAUTIONS Maximizing the OPA620†™s capability requires some


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PDF OPA62Q 100mA 200MHz OPA620
1996 - AB-013

Abstract:
Text: as an input attenuator to increase the input range. The OPA620 can be used to buffer the input , Input Range and 50 Termination Impedance. 2 VIN 3 +5V 7 OPA620 4 (±2.5V) 6 R2 , unity-gain-connected OPA620 buffer amp as shown in Figure 3. The OPA620 can be used for inputs as high as ±3V. N = , ADC603 to a ±2.5V input, OPA620 buffered ADC603 per Figure 3. In both cases, the circuit is sampling a


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PDF ADC603 10MHz, 12-bit OPA620 10MHz AB-013
1992 - ultrasound transducer circuit oscillator

Abstract:
Text: supplies to the summing junction of the OPA620. The increased feedback current produces the same result , voltage VR. Whenever a VO peak exceeds VR, the OPA620 output swings positive, forward biasing the diode , R3 1k HP5082 OPA620 R2 50k R1 50k FIGURE 6. Two Series Connected VCA610s Expand the , = RW2 CW1 = CW2 VCA610 VO VC VOPEAK = VR R3 HP5082 OPA620 R4 CC 100 1k , VOA = ­ GVR where G = 10 -2 (Vc + 1). VOL OPA620 R1 R2 ) 1 + 0.5 Log (­VIN/VR) R3


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PDF VCA610 30MHz 300dB/ VCA610 OPA620 ultrasound transducer circuit oscillator ultrasonic transducer drive circuits HP5082 VCA610U VCA610PA VCA610P ultrasound transducer 100KHz OPA620 VCA610UA
1992 - 2r1g

Abstract:
Text: supplies to the summing junction of the OPA620. The increased feedback current produces the same result , a DC reference voltage VR. Whenever a VO peak exceeds VR, the OPA620 output swings positive , +40dB VC R3 1k HP5082 OPA620 R2 50k R1 50k FIGURE 6. Two Series Connected VCA610s , = RW2 CW1 = CW2 VCA610 VO VC VOPEAK = VR R3 HP5082 OPA620 R4 CC 100 1k , VOA = ­ GVR where G = 10 -2 (Vc + 1). VOL OPA620 R1 R2 ) 1 + 0.5 Log (­VIN/VR) R3


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PDF VCA610 30MHz 300dB/ VCA610 OPA620 2r1g VCA610UA VCA610U VCA610PA VCA610P VCA610AP PDS-1140C OPA620 agc for sonar
1992 - agc circuit use op amp

Abstract:
Text: supplies to the summing junction of the OPA620. The increased feedback current produces the same result , a DC reference voltage VR. Whenever a VO peak exceeds VR, the OPA620 output swings positive , +40dB VC R3 1k HP5082 OPA620 R2 50k R1 50k FIGURE 6. Two Series Connected VCA610s , = RW2 CW1 = CW2 VCA610 VO VC VOPEAK = VR R3 HP5082 OPA620 R4 CC 100 1k , VOA = ­ GVR where G = 10 -2 (Vc + 1). VOL OPA620 R1 R2 ) 1 + 0.5 Log (­VIN/VR) R3


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PDF VCA610 30MHz 300dB/ VCA610 OPA620 agc circuit use op amp agc for sonar OPA620 VCA610P VCA610PA VCA610U VCA610UA
50E3

Abstract:
Text: * OPA620 OPERATIONAL AMPLIFIER "MACROMODEL" SUBCIRCUIT * CREATED USING PARTS RELEASE 4.03 ON 10/05/90 AT 16:04 * REV.A * -* | NOTICE: THE INFORMATION PROVIDED HEREIN IS BELIEVED TO BE RELIABLE; | * | HOWEVER; BURR-BROWN ASSUMES NO RESPONSIBILITY FOR INACCURACIES OR | * | OMISSIONS. BURR-BROWN ASSUMES NO RESPONSIBILITY FOR THE , * | | | NEGATIVE POWER SUPPLY * | | | | OUTPUT * | | | | | .SUBCKT OPA620 1 2 3 4 5 * C1 11 12 577.4E-15


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PDF OPA620 OPA620 4E-15 000E-12 -50E3 -50E3 770E-3 0E-18) 0E-18 50E3 05E3 91/155/25t85 50e3
2007 - LH0032

Abstract:
Text: CIRCUIT HIGH-SPEED OP AMP OPA620 , LH0032, etc. KAPDC0005EA Information furnished by HAMAMATSU is


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PDF G8931-04 G8931-04 SE-171 KAPD1018E01 LH0032
50E3

Abstract:
Text: * OPA620E OPERATIONAL AMPLIFIER "MACROMODEL" SUBCIRCUIT * "E" IS ENHANCED MODEL * CREATED USING PARTS RELEASE 4.03 ON 10/05/90 AT 14:07 * REV.A * -* | NOTICE: THE INFORMATION PROVIDED HEREIN IS BELIEVED TO BE RELIABLE; | * | HOWEVER; BURR-BROWN , * | | | NEGATIVE POWER SUPPLY * | | | | OUTPUT * | | | | | .SUBCKT OPA620E 1 2 3 4 5 * C1 11 12 577.4E-15 , VLIM 7 8 DC 0 VLP 91 0 DC 150 VLN 0 92 DC 150 * * OPA620 "E" -


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PDF OPA620E OPA620 0E-12 5E-12 0E-18) 0E-18 50E3 05E3 OPA620
2006 - LH0032

Abstract:
Text: APD + READOUT CIRCUIT HIGH-SPEED OP AMP OPA620 , LH0032, etc. KAPDC0005EA Information


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PDF G8931-04 G8931-04 SE-171 KAPD1018E01 LH0032
2006 - Not Available

Abstract:
Text: OPA620 , LH0032, etc. KAPDC0005EA Information furnished by HAMAMATSU is believed to be reliable


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PDF G8931-20 G8931-20 125hone: SE-171 KAPD1019E01
2007 - Not Available

Abstract:
Text: APD + READOUT CIRCUIT HIGH-SPEED OP AMP OPA620 , LH0032, etc. KAPDC0005EA Information


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PDF G8931-20 G8931-20 125hone: SE-171 KAPD1019E01
Not Available

Abstract:
Text: current this resistor supplies to the summing junction of the OPA620. The increased feedback current , . exceeds VR the OPA620 output swings positive, forward , biasing the diode and charging the , effects. Also, this attenuation transfers an output swing limitation from the OPA620 output to the overall circuit’s output. Note that OPA620 output voltage, V0A, relates to VQ through the expression


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PDF VCA610 30MHz 300dB/ VCA610
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