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ADEL2020AN Analog Devices Inc Rochester Electronics 10,265 $4.92 $4.00
ADEL2020ANZ Analog Devices Inc Farnell element14 104 £4.61 £3.05
ADEL2020ANZ Analog Devices Inc element14 Asia-Pacific 96 $7.70 $3.96
ADEL2020ANZ Analog Devices Inc Rochester Electronics 7,953 $5.18 $4.21
ADEL2020AR Analog Devices Inc Rochester Electronics 10,089 $2.12 $1.72
ADEL2020AR-20 Analog Devices Inc Rochester Electronics 19,894 $4.92 $4.00
ADEL2020AR-20-REEL Analog Devices Inc Rochester Electronics 4,000 $4.29 $3.49
ADEL2020ARZ-20 Analog Devices Inc Rochester Electronics 5,075 $4.71 $3.82
AEL2020-16CA1F-LL Broadcom Limited Avnet - $75.29 $67.89
AEL2020-16CB1F Broadcom Limited Avnet - $137.50 $74.32
AEL2020-16CB1F Broadcom Limited Avnet - $75.29 $67.89
AEL2020-16CB1G Broadcom Limited Avnet - $75.29 $67.89
EL2020C Rochester Electronics - - -
EL2020CM ELAN Microelctronics Corp . Bristol Electronics 45 - -

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EL2020 datasheet (33)

Part Manufacturer Description Type PDF
EL2020 Analog Devices Improved Second Source to the EL2020 Original PDF
EL2020 Elantec 50 MHz Current Feedback Amplifier Original PDF
EL2020 Intersil 50mhz Current Feedback Amplifier Original PDF
EL2020 Elantec 50 Mhz Current Feedback Amplifier Scan PDF
EL2020 Others Video Signal Processor IC Data Book 1993 Scan PDF
EL2020C Elantec 50 MHz Current Feedback Amplifier Original PDF
EL2020C Elantec 50 Mhz Current Feedback Amplifier Scan PDF
EL2020C Others Video Signal Processor IC Data Book 1993 Scan PDF
EL2020CJ Elantec Fast settling, wide bandwidth amplifier Scan PDF
EL2020CJ Elantec 50 MHz Current Feedback Amplifier Scan PDF
EL2020CJ/E Elantec 50 MHz Current Feedback Amplifier Scan PDF
EL2020CM Elantec 50 MHz Current Feedback Amplifier Original PDF
EL2020CM Intersil 50MHz Current Feedback Amplifier Original PDF
EL2020CM Elantec Fast settling, wide bandwidth amplifier Scan PDF
EL2020CM Elantec Fast settling, wide bandwidth amplifier Scan PDF
EL2020CN Elantec 50 MHz Current Feedback Amplifier Original PDF
EL2020CN Intersil 50MHz Current Feedback Amplifier Original PDF
EL2020CN Elantec Fast settling, wide bandwidth amplifier Scan PDF
EL2020CN Elantec 50 MHz Current Feedback Amplifier Scan PDF
EL2020CN Elantec Fast settling, wide bandwidth amplifier Scan PDF

EL2020 Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1996 - el2020cn

Abstract: operational amplifier discrete schematic 400X EL2020 EL2020C EL2020CM QCX0002 CO-ax cable driver
Text: EL2020C The EL2020 is a fast settling wide bandwidth amplifier optimized for gains between b 10 and a , Temp Range Pkg Outline EL2020CN b 40 C to a 85 C P-DIP MDP0031 EL2020CM b 40 C to a , Gain-Of-Two Stages Active Filters The EL2020's low phase lag at high frequencies makes it an excellent , response than with conventional op amps due to the EL2020's smaller propagation delay Because the internal , EL2020C TAB WIDE 50 MHz Current Feedback Amplifier EL2020 Macromodel Revision A March 1992


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PDF EL2020C EL2020 el2020cn operational amplifier discrete schematic 400X EL2020C EL2020CM QCX0002 CO-ax cable driver
Not Available

Abstract: No abstract text available
Text: art No. EL2020CN EL2020CJ EL2020J EL2020J /883B EL2020CM Temp. R ange Pkg. Outline # 0°C to + , €¢ 9 mA supply current • 8-pin mini-dip EL2020 / EL2020C filfllrtlB C EL2020 / EL2020C 50 MHz , 1992 Rev E 1-59 EL2020 / EL2020C EL2020 / EL2020C 50 MHz Current Feedback Ampliñer A b solu te , Protected t ST O perating Tem perature Range EL2020 EL2020C O perating Junction T em perature LCC , T est Level EL2020 EL2020C I I V I I I I I I I I I I I III V II I III II III


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PDF EL2020CN EL2020CJ EL2020J EL2020J/883B EL2020CM MDP0031 MDP0010 20-Lead
2003 - AEL2020

Abstract: el2020cn 20-PIN EL2020 EL2020CM SR10 BF100 transistor
Text: EL2020's smaller propagation delay. Because the internal compensation of the EL2020 depends on resistive , resistor (and an internal capacitor) sets the AC dynamics of the EL2020. A nominal value for the feedback , the EL2020. With the EL2003 the subsystem overshoots about 10% due to the phase lag of the EL2003 , this node small, with ground plane kept away from this node. Active Filters The EL2020's low phase , the EL2020. Offset Adjust To calculate the amplifier system offset voltage from input to output


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PDF 50MHz EL2020 50MHz AEL2020 el2020cn 20-PIN EL2020CM SR10 BF100 transistor
3131S

Abstract: el2020cn LCC capacitors BF EL2020L EL2020J EL2020CM EL2020CJ pot 100K smd EL2020J/883B BV-1 501
Text: . Outline * EL2020CN 0°C to + 75°C P-DIP MDP0031 EL2020CJ 0°C to + 75°C CerDIP MDP0010 EL2020J — 55"C to +125°C CerDIP MDPOOIO EL2020J /883B — 55°C to + 125°C CerDIP MDPOOIO EL2020CM 0"C to + 75 , the EL2020. 1-70 _ 5flE T> m 315^55? 0005057 R71 MELA_ ELANTEC INC EL2020 / EL2020C 50 MHz Current , SfiE D high performance analog integrand circuits 312^557 0002045 1ST HELA _ EL2020 / EL2020C , Tja LCC 1-59 SflE D BlE'ìSS? QQOEDMb OTb «ELA EL2020 / EL2020C elantec INC 50 MHz Current


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PDF EL2020/EL2020C EL2020CN EL2020 5e-15 le-30 00D20b2 3131S LCC capacitors BF EL2020L EL2020J EL2020CM EL2020CJ pot 100K smd EL2020J/883B BV-1 501
BV-1 501

Abstract: IRF 540 GAIN 16.5 operational amplifier discrete schematic el2020cn EL2020 EL2020C EL2020CM QCX0002 CI 74LS138
Text: due to the EL2020's smaller propagation delay. Because the internal compensation of the EL2020 depends , EL2020CM —40°C to +85°C 20-Lead MDP0027 SOL General Description The EL2020 is a fast settling , capacitor) sets the AC dynamics of the EL2020. A nominal value for the feedback resistor is 1 kil, which is , EL2020. With the EL2003 the subsystem overshoots about 10% due to the phase lag of the EL2003. With the , other op amps work well to isolate capacitive loads from the EL2020. 312^557 0004415 =120 This 2-68


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PDF EL2020C EL2020CN MDP0031 EL2020CM 20-Lea16 3121S57 BV-1 501 IRF 540 GAIN 16.5 operational amplifier discrete schematic EL2020 EL2020C EL2020CM QCX0002 CI 74LS138
Not Available

Abstract: No abstract text available
Text: value of th e feedback resistor (and an inter­ nal capacitor) sets the AC dynamics of the EL2020. A , EL2020. W ith the EL2003 the subsystem overshoots about 10% due to the phase lag of the EL2003. W ith , EL2020. Source Impedance The EL2020 is fairly tolerant of variations in source impedances , Active Filters The EL2020†™s low phase lag at high frequencies makes it an excellent choice for high , with con­ ventional op amps due to the EL2020†™s smaller propagation delay. Because the internal


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PDF EL2020C EL2020
74LS1S1

Abstract: 74LS1S EL200
Text: N o. EL2020CN EL2020CJ EL2020J Tem p. R ange 09C to + 75®C 0 °C to + 7 5 °C P k g . O u tlin e # P , EL2020 / EL2020C F e a tu r e s · Slew rate 500 V/jus · ± 33 mA o u tp u t c u rren t c~ · D , °C to + 1256C C erD IP MDP0010 EL2020J /883B - 55°C to + 125°C CerD IP MDP0010 EL2020CM 0*C to + 75 , ersion o f th is device. July 1991 Rev D 1-65 EL2020 / EL2020C E M ow m m w Vs ViN AVIN *IN , p e ra tu re R ange EL2020 EL2020C O peratin g Ju n c tio n T e m p eratu re LCC, C erD IP P ackage


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PDF EL2020/EL2020C EL2020 74LS1S1 74LS1S EL200
400X

Abstract: EL2020 EL2020C EL2020CM EL2020CN QCX0002
Text: EL2020C The EL2020 is a fast settling wide bandwidth amplifier optimized for gains between b 10 and a , Temp Range Pkg Outline EL2020CN b 40 C to a 85 C P-DIP MDP0031 EL2020CM b 40 C to a , Gain-Of-Two Stages Active Filters The EL2020's low phase lag at high frequencies makes it an excellent , response than with conventional op amps due to the EL2020's smaller propagation delay Because the internal , EL2020C TAB WIDE 50 MHz Current Feedback Amplifier EL2020 Macromodel Revision A March 1992


Original
PDF EL2020C EL2020 5eb15 1eb30 400X EL2020C EL2020CM EL2020CN QCX0002
AEL2020

Abstract: EL2020CN operational amplifier discrete schematic EL2020 RS-170 impedance match EL2020CPL EL2020J 7F10
Text: + -25to+85°C P-DIP MDP0006 EL2020Q -25 to +85°C Cerdip MDP0010 EL2020CJ /E+ -25 to +S5°C Ceidip NÌDP0010 EL2020CPL -25 to +85°C 20 lead PLCC MDP0018 EL2020J -55 to +125°C Cerdip MDP0010 EL2020J /883B -55 to , _ INC Tfl DE~| 315T5S7 GGDDMbG 3 | EL2020 / EL2020C 50 MHz Current Feedback Amplifier o tvJ © w B , Range EL2020 -55°Cto +125°C EL2020C -25°Cto +85 °C Operating Junction Temperature Ceramic Dip , information purposes only. Open Loop Characteristics vs-±i5voits EL2020 EL2020C Parameter Descriptions


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PDF 312c1557 25jis. EL2020/EL2020C AEL2020 EL2020CN operational amplifier discrete schematic EL2020 RS-170 impedance match EL2020CPL EL2020J 7F10
CA3084

Abstract: LM 358 opamp PMI OP AMP MAX9698 CTS0032 lm 3906 motorola s200 Teledyne 1339 1339 teledyne CTS0033
Text: EL2006/EL2006C EL2006A/EL2006AC EL2020 / EL2020C EL2022/EL2022C EL2028/EL2028C EL2029/EL2029C EL2038 , EHA2502 EHA2505 EHA2510 EHA2512 EHA2515 EHA2520 EHA2522 EHA2525 EHA2539 EL2039 EHA2540 EL2020 EL2030 EL2040 EL2020 EL2030 EL2041 EL2020 EL2030 EL2020 EL2030 EHA2600 EHA2602 EHA2605 EHA2620 EHA2622 EHA2625 EL2002 EL2003 EL2033 EL2002 EL2004/5 EL2033 EL2224 EL2223 EL2423 EHA5190 EL2020 EL2190 EHA5195 EL2020 E L 2I95 EL2070 EL400 EL2038 EL400 EUNTEC ELH0033 ELH0101 EL2020 EL2030 EL2020 EL2030 EL2020 EL2030 EL2005


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PDF EHA2400/EHA2400A EHA2405/EHA2405A EHA2500/EHA2502/EHA2505 EHA2510/EHA2512/EHA2515 EHA2520/EHA2522/EHA2525 EHA2539 EHA2540 EHA2600/EHA2602/EHA2605 EHA2620/EHA2622/EHA2625 EHAS190/EHAS195 CA3084 LM 358 opamp PMI OP AMP MAX9698 CTS0032 lm 3906 motorola s200 Teledyne 1339 1339 teledyne CTS0033
Not Available

Abstract: No abstract text available
Text: an in te r nal capacitor) sets th e AC dynam ics of th e EL2020. A nom inal value for th e feedback , EL2020. W ith th e EL2003 th e subsystem overshoots ab o u t 10% due to th e phase lag of th e EL2003. W , used w ith o th er op am ps w ork well to isolate capacitive loads from th e EL2020. Source Im , ith ground plane k ep t aw ay from th is node. Active Filters T he EL2020's low phase lag a t high , closely ap proaches th e theoritical response th a n w ith con ventional op am ps due to the EL2020's sm


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PDF EL2020C EL2020C EL2020
JIS B 7512

Abstract: el2020cn EL2020 EL2020C EL2020CM QCX0002 ML 1557 b transistor
Text: amps work well to isolate capacitive loads from the EL2020. 312^557 0004415 =120 2-68 EL2020C 50 , * EL2020CN -40°Cto +85°C P-DIP MDP0031 EL2020CM —40°C to + 85°C 20-Lead MDP0027 SOL General , ) sets the AC dynamics of the EL2020. A nominal value for the feedback resistor is 1 kil, which is the , is required, a wideband buffer amplifier can be included in the feedback loop of the EL2020. With the , away from this node. Active Filters The EL2020's low phase lag at high frequencies makes it an


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PDF EL2020C EL2020CN MDP0031 EL2020CM 20-Lead MDP0027 EL2020 3121S57 JIS B 7512 EL2020C EL2020CM QCX0002 ML 1557 b transistor
ncl 071

Abstract: No abstract text available
Text: ia g r a m s SOL NCI 1 O r d e rin g In fo r m a tio n P a r t N o. EL2020CN EL2020CM Tem p. R , SAL SAL 1-21 EL2020C * * * EL2020C 50 MHz Current Feedback Am plifier EL2020 M a cro m , EL2020C elantec HK3H PERFORMANCE ANAWG *TE8RAm(S CIRCUITS EL2020C 50 MHz Current Feedback Am plifier G e n e ra l D e sc r ip tio n The EL2020 is a fast settling, wide bandwidth amplifier , conventional voltage feedback operational amplifi er. The EL2020 will drive two double terminated 75ft coax


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PDF EL2020C EL2020 5e--15 ncl 071
2004 - CURRENT MIRRORs application

Abstract: current mirrors wilson vbe 10v, vce 500v NPN Transistor AN1106 EL2020 A4NV
Text: specified for 0.1% settling times instead. Figure 2 shows the settling response for an EL2020 to a 10V , CHARACTERISTIC OF EL2020 (UNITY GAIN MODE) Further settling aberrations can be generated as feedback current , . LONG-TERM SETTLING TAIL OF EL2020 (UNITY GAIN MODE) Let us assume that RF = 1k and Re = 300. Assume the , SHORT-TERM SETTLING CHARACTERISTIC OF EL2020 (INVERTING GAIN OF -1) In any event, the CMF amplifier is , mirrors. FIGURE 6. LONG-TERM SETTLING TAIL OF EL2020 (INVERTING GAIN OF -1) Gain Accuracy FIGURE


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PDF AN1106 CURRENT MIRRORs application current mirrors wilson vbe 10v, vce 500v NPN Transistor AN1106 EL2020 A4NV
1992 - application circuits of ic 74123

Abstract: IC AND GATE 7408 7408 AND GATE pin DIAGRAM OF IC 7408 2n3904 c33 IC 7400 nand function 7400 PIN DIAGRAM internal diagram of 7400 IC pin DIAGRAM OF IC 74123 internal circuit diagram of 7400 IC
Text: R18 3 EL2020 2 _ C27 2-10pF BACK PORCH PULSE 6 R15 75 VIDEO OUT R17 R10 330 +10V + 580 EL2020 PIN 4 0.1 EL2020 PIN 7 R18 500 0.1 GAIN (Set for , a co-axial cable, a suitable cable driver circuit must be used. Figure 8 shows an EL-2020 amplifier


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PDF GT4123 GT4123A GT4123 GT4123A EL-2020 GB4551 GX4314, application circuits of ic 74123 IC AND GATE 7408 7408 AND GATE pin DIAGRAM OF IC 7408 2n3904 c33 IC 7400 nand function 7400 PIN DIAGRAM internal diagram of 7400 IC pin DIAGRAM OF IC 74123 internal circuit diagram of 7400 IC
1996 - 79M120

Abstract: TC227 KC23 image sensor clamp switch TC225 TCK211 R105 TC211 15-V TC221
Text: Video EL2020 +15 ­15 GND Trigger R103 R106 R107 R108 R122 CCD Plugs into , 2 ­ R18 400 7 6 EL2020 ­12 V To SRG Of TC211 TP9 R20 1 k C22 0.1 µF , + C39 6.8 µF R42 1 k R40 18 C35 0.1 µF + C33 3.3 µF C32 0.1 µF EL2020 3 , C64 0.1 µF + C65 10 µF 1 2 3 7 EL2020 3 + 6 2 ­ TP15 4 MUXOUT R54 10 ­12 V , 0.1 µF R63 1 k L6 30 µF 7 6 4 EL2020 C69 10 µF C61 220 µF + C60 0.1 µF


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PDF TCK211 SOCU005 TCK211 TC211 RS-170 79M120 TC227 KC23 image sensor clamp switch TC225 R105 15-V TC221
HP59301A

Abstract: NE5539 4x15p
Text: amplifiers. The first is an Elantec EL2020 and the second is a Signetics NE-5539. The EL-2020 is a 50 MHz , to at least 35 MHz for the NE5539 and at least 15 MHz for the EL-2020 . Fig. 10 Amplifier Response , -3dB point of the EL2020 is about 45 MHz This brief application note has dealt with the compensation


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PDF GX414 GX424 GX424, HP59301A NE5539 4x15p
1989 - HP8748A

Abstract: HP9816 HP8754A HP3478A NE5539 HP59301A GX424 hp2225 hp3478 08748
Text: Elantec EL2020 and the second is a Signetics NE-5539. The EL-2020 is a 50 MHz current feedback amplifier , 3 V 12 V 13 V14 V15 75 2-10pF 3 + 7 EL2020 2 4 - 680 75 330 0.1 -8V , a flat response to at least 35 MHz for the NE5539 and at least 15 MHz for the EL-2020


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PDF GX414 GX424 GX424 GX424, HP8748A HP9816 HP8754A HP3478A NE5539 HP59301A hp2225 hp3478 08748
K3007

Abstract: hp 2232 tt 2232 2232-17 t924 EL2232J EL2232CN EL2232CM EL2020 DDD2272
Text: power than a single EL2020. The EL2232 operates on standard ±15V supplies, swings ± 12.5V at its , EL2020. Each of the EL2232's amplifiers has greater — 3 dB bandwidth (60 MHz) and slew-rate (600 V/jms , EL2020. Furthermore, the EL2232 has been characterized at both Vg = ±5V and Vs = + 15V. With two , reduced substantially from the values used in the EL2020. As a consequence, a pulldown resistor is needed , version of the EL2020 Applications • Video amplifiers • Video distribution amplifiers • Fast


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PDF DDD2272 EL2232/EL2232C 500ft EL2020 QD02265 EL2232/EL2232C EL2232 K3007 hp 2232 tt 2232 2232-17 t924 EL2232J EL2232CN EL2232CM EL2020
Not Available

Abstract: No abstract text available
Text: version of the popular EL2020 , demon strating similar AC performance, yet the 2 amplifiers of the EL2232 consume no more power than a single EL2020. The EL2232 operates on standard ± 15V supplies, swings ± 12.5V , industry-standard EL2020. Each of the EL2232's amplifiers has greater -3 dB bandw idth (60 M Hz) and slew-rate (600 , th an the EL2020. Furtherm ore, the EL2232 has been characterized a t both Vg = ±5V and Vs = ± 15V. W , had to be reduced substantially from the values used in the EL2020. As a consequence, a pulldown


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PDF EL2232/EL2232C EL2232/EL2232C EL2232 EL2020, singl12
Not Available

Abstract: No abstract text available
Text: version of the popular EL2020 , demon­ strating similar AC performance, yet the 2 amplifiers of the EL2232 consume no more power than a single EL2020. The EL2232 operates on standard +15V supplies, swings , EL2020. Each of the EL2232’s amplifiers has greater —3 dB bandwidth (60 M H z) and slew-rate (600 , than the EL2020. Furthermore, the EL2232 has been characterized at both Vg = ± 5V and V s = ± 15V , used in the EL2020. As a consequence, a pulldown resistor is needed at the output of the EL2232 to


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PDF EL2232 EL2020, EL2232/EL2232C EL2232/EL2232CCurrent
1996 - B0939

Abstract: CURRENT MIRRORs application EL2020 cmf resistors aa0r K/P-N-P CURRENT MIRROR
Text: times instead Figure 2 shows the settling response for an EL2020 to a 10V step in unity-gain , Characteristic of EL2020 (Unity Gain Mode) cerned is thermal error within the current mirrors There are two , Tail of EL2020 (Unity Gain Mode) Let us assume that RF e 1 kX and Re e 300X Assume the gain node , than 150 kX have Wilson mirrors 0939 ­ 4 Figure 4 Short-Term Settling Characteristic of EL2020 , Behavior Contd Figure 4 shows the settling response of the EL2020 connected in inverting mode (Av e b


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PDF
tt 2232

Abstract: 40n80 dd03ds EL2020 EL2232 EL2232CM EL2232CN MIL-I-45208A
Text: dual current-mode feedback amplifier similar to the industry-standard EL2020. Each of the EL2232's amplifiers has greater —3 dB bandwidth (60 MHz) and slew-rate (600 V/jlis) than the EL2020 , yet the total supply current for the EL2232 (9.5 mA) is only slightly more than the EL2020. Furthermore, the EL2232 has , from the values used in the EL2020. As a consequence, a pulldown resistor is needed at the output of , protected • Low cost • Dual version of the EL2020 Applications • Video amplifiers • Video


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PDF 500ft EL2020 EL2232 EL2232C 0003G57 0003DSfl tt 2232 40n80 dd03ds EL2020 EL2232CM EL2232CN MIL-I-45208A
EL2232C

Abstract: hp 2232 EL2020 EL2232 EL2232CM EL2232CN MIL-I-45208A m2232
Text: current-mode feedback amplifier similar to the industry-standard EL2020. Each of the EL2232's amplifiers has greater -3 dB bandwidth (60 MHz) and slew-rate (600 V/jlis) than the EL2020 , yet the total supply current for the EL2232 (9.5 mA) is only slightly more than the EL2020. Furthermore, the EL2232 has been , the EL2020. As a consequence, a pulldown resistor is needed at the output of the EL2232 to achieve , €¢ Dual version of the EL2020 Applications • Video amplifiers • Video distribution amplifiers â


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PDF EL2232C 500il EL2020 312T557 EL2232 5e-15 0GQ30S7 03DSA EL2232C hp 2232 EL2232CM EL2232CN MIL-I-45208A m2232
EL2082

Abstract: EL2082C EL2082CN EL2082CS QCX0002 CCII FR E500
Text: Power —3dB 0.1 dB Amplifier Supplies Rf Rg Cm Bandwidth Bandwidth Peaking EL2020 ±5V 620 68 — 34 MHz 5.6 MHz 0 EL2020 ±15V 620 68 — 40 MHz 7.4 MHz 0 EL2130 ±5V 620 68 — 73 MHz 11 MHz 1.0 dB , : Operational Amplifier Power Supplies Rf RIN Rg -3dB Bandwidth 0.1 dB Bandwidth Peaking EL2020 ±5V lk 910 _ - 29 MHz 4.3 MHz 0 EL2020 ±15V lk 910 — 34 MHz 5.3 MHz 0 EL2130 ±5V lk 910 — 61 MHz 9.7 MHz 0 , stabilized — 0.35V to + 0.35 V span. The EL2020 , EL2030, and EL2120 (at reduced bandwidth since it is


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PDF EL2082C EL2082 EL2082macro 9845P 1000P EL2082CN EL2082CS QCX0002 CCII FR E500
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