OPA622AP BURR-BROWN [Burr-Brown Corporation], OPA622AP Datasheet
OPA622AP
Related parts for OPA622AP
OPA622AP Summary of contents
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Wide-Bandwidth OPERATIONAL AMPLIFIER FEATURES LARGE SIGNAL BANDWIDTH: 150MHz (AP), 200MHz (AU) (Voltage-Feedback) HIGH OUTPUT CURRENT: 70mA SLEW RATE: 1500V/ s (AP), 1700V/ s (AU) DIFFERENTIAL GAIN: 0.15% DIFFERENTIAL PHASE: 0.08 EXCELLENT BANDWIDTH/SUPPLY CURRENT RATIO: 200MHz/5mA LOW INPUT BIAS CURRENT: ...
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... I = 0mA 4 Useful Range 0mA O Ambient Temperature –40 Ambient Temperature –40 ORDERING INFORMATION MODEL to 0.7V OPA622AP CC OPA622AU . CC PACKAGE DRAWING (1) NUMBER 010 235 2 = +25 C, unless otherwise specified. A OPA622AP, AU TYP MAX UNITS 210 V/ C –50 dB –43 dB –51 dB –1 nA nA/V 170 nA/V 58 nA/V 0 ...
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... Third Harmonic 3f GAIN FLATNESS PEAKING TIME DOMAIN Rise Time Fall Time SLEW RATE Positive Negative SETTLING TIME = 430 , R = 150 and T SOURCE Q OG OPA622AP CONDITIONS TYP V = 2.8Vp-p, Gain = +1V/V 220 2.8Vp-p, Gain = +2V/V 200 2.8Vp-p, Gain = +5V/V 170 2.8Vp-p, Gain = +10V/V ...
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DICE INFORMATION OPA622AD DIE TOPOGRAPHY PIN CONFIGURATION Top View OPA622 OTA 2 I Adjust – + – – Biasing CC OUT 7 NC ...
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TYPICAL PERFORMANCE CURVES VOLTAGE-FEEDBACK AMPLIFIER (Figure 5V 5mA +2V/ 100 , LOAD INPUT BIAS CURRENT vs TEMPERATURE 0 –0.2 Input Bias Offset Current –0.4 –0.6 Positive ...
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TYPICAL PERFORMANCE CURVES VOLTAGE-FEEDBACK AMPLIFIER (Figure 5V 5mA +2V/ 100 , LOAD COMMON-MODE REJECTION vs COMMON-MODE INPUT VOLTAGE –5 –55 –60 –65 –70 –75 –80 –85 ...
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TYPICAL PERFORMANCE CURVES VOLTAGE-FEEDBACK AMPLIFIER (Figure 5V 5mA +2V/ 100 , LOAD SMALL SIGNAL PULSE RESPONSE 160 120 –40 –80 –120 G = ...
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TYPICAL PERFORMANCE CURVES VOLTAGE-FEEDBACK AMPLIFIER (Figure 5V 5mA +2V/ 100 , LOAD BANDWIDTH vs OUTPUT VOLTAGE 20 5Vp-p 15 2.8Vp 1.4Vp-p 0 0.6Vp-p –5 ...
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TYPICAL PERFORMANCE CURVES VOLTAGE-FEEDBACK AMPLIFIER (Figure 5V 5mA +2V/ 100 , LOAD HARMONIC DISTORTION vs FREQUENCY +2V/ 2.8Vp- OUT ...
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INPUT PROTECTION The need for protection from static damage has long been recognized for MOSFET devices, but all semiconductor devices deserve protection from this potentially damaging source. The OPA622 incorporates on-chip ESD protection diodes as shown in Figure 1. These ...
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Application circuits generally do not show the resistor R , but it is required for proper operation. Q With a fixed R , the quiescent current increases with tem- Q perature (see Typical Performance Curves.) This variation of the quiescent ...
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CONFIGURATIONS VOLTAGE-FEEDBACK AMPLIFIER The OPA622’s internal design differs from a “classical” operational amplifier structure, but it can nevertheless be used in all traditional operational amplifier applications. As with conventional op amps, the feedback network connected to the inverting input controls ...
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The additional signal delay time through the feedback buffer determines the difference in AC performance between voltage and current feedback. The specifications for offset voltage, CMMR, and settling ...
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The elements R and C current source output and the output buffer form the first open-loop pole T . The signal delay time the output buffer, combines several small phase-shifting time constants and delay times. They ...
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... 390 – 200 – 120 CL OG –5 –10 –15 –20 OPA622AP V = 1.4Vp-p, Refer to Table I for –25 O recommended component values. –30 100k 1M 10M Frequency (Hz) FIGURE 11. Optimum Response vs Closed-Loop Gains – 150 OG – 300 OG – ...
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FIGURE 15. Average Supply Current vs Frequency (Square Wave). – 150 In O POS SOURCE 100 100 = NEG ( SOURCE ...
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... R is decreased and will OG roll off more gradually when R is increased. The C OG capacitor is responsible for the first open-loop pole and a small external capacitor for the gains +1V/V and +2V/V is OPA622AP 5mA 430 Q QC PLASTIC DIP G CL Component ...
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... Video Input 75 Bandwidth, (5Vp-p) = 150MHz (OPA622AP) High output current drive capability (6Vp-p into 50 ) allows three back-terminated 75 transmission lines to be simultaneously driven. FIGURE 18. Video Distribution Amplifier IN1 Wideband Multiplier Y Y – IN2 50 FIGURE 19. Wideband Multiplier Output Amplifier. ...