lmh6601mgx National Semiconductor Corporation, lmh6601mgx Datasheet
lmh6601mgx
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lmh6601mgx Summary of contents
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... The LMH6601 is an attractive solution for systems which require high performance at low supply volt- ages. The LMH6601 is available in a 6-pin SC70 package, and includes a micropower shutdown feature. Response at a Gain of +2 for Various Supply Voltages © 2007 National Semiconductor Corporation Features V = 3.3V specified ...
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Absolute Maximum Ratings If Military/Aerospace specified devices are required, please contact the National Semiconductor Sales Office/ Distributors for availability and specifications. ESD Tolerance (Note 4) Human Body Model Machine Model V Differential IN Input Current Output Current Supply Voltage (V ...
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Symbol Parameter I Input Current Noise N Static, DC Performance V Input Offset Voltage IO DV Input Offset Voltage Average IO Drift I Input Bias Current B I Input Offset Current OS R Input Resistance IN C Input Capacitance IN ...
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Electrical Characteristics = 150Ω /2, R unless otherwise specified. Boldface limits apply at temperature extremes. (Note 2) − OUT S L Symbol Parameter Frequency Domain Response SSBW –3 dB Bandwidth Small Signal SSBW_1 Peak ...
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Symbol Parameter C Input Capacitance IN +PSRR Positive Power Supply Rejection Ratio −PSRR Negative Power Supply Rejection Ratio CMRR Common Mode Rejection Ratio DC CMVR Input Voltage Range I Supply Current CC VOH1 Output High Voltage (Relative ...
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Electrical Characteristics = 150Ω /2, R unless otherwise specified. Boldface limits apply at temperature extremes. (Note 2) − Symbol Parameter Frequency Domain Response SSBW –3 dB Bandwidth Small Signal SSBW_1 Peak Peaking Peak_1 Peaking ...
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Symbol Parameter I Supply Current CC VOH1 Output High Voltage (Relative VOH2 VOH3 VOL1 Output Low Voltage (Relative to V – ) VOL2 VOL3 I Output Current Load Output Load Rating R ...
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... Connection Diagram Ordering Information Package Part Number LMH6601MG 6-Pin SC70 LMH6601MGX www.national.com 6-Pin SC70 20136401 Top View Package Marking Transport Media 1k Units Tape and Reel A95 3k Units Tape and Reel 8 NSC Drawing MAA06A ...
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Typical Performance Characteristics = 604Ω 3.3V /2, SD tied OUT S Frequency Response for Various Output Amplitudes Frequency Response for Various Output Amplitudes Non-inverting Frequency Response for ...
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Frequency Response for Various Loads − vs. Ambient Temperature Frequency Response for Various Supply Voltage www.national.com Frequency Response for Various Supply Voltages 20136419 Frequency Response for Various Cap Load 20136422 Max Output Swing vs. Frequency 20136441 10 20136421 ...
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Peak Output Swing vs. R Output Swing vs. Source Current for Various Supply Voltages HD3 vs. Frequency Output Swing vs. Sink Current for Various Supply Voltages L 20136427 20136465 20136405 11 20136464 HD2 vs. Frequency 20136404 THD vs. Output Swing ...
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THD vs. Output Swing Settling Time (±1%) vs. Output Swing Isolation Resistor & Settling Time vs. C www.national.com Slew Rate vs. Ambient Temperature 20136403 Output Settling 20136411 Isolation Resistor & Settling Time vs 20136428 12 20136423 20136412 L ...
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Closed Loop Output Impedance vs. Frequency for Various Supply Voltages Noise Voltage vs. Frequency CMRR vs. Frequency Off Isolation vs. Frequency 20136410 Open Loop Gain/ Phase 20136424 +PSRR vs. Frequency 20136425 13 20136408 20136435 20136439 www.national.com ...
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Frequency Supply Current vs. V Offset Voltage vs. Ambient Temperature for 3 Representative Units www.national.com Supply Current vs. Ambient Temperature 20136440 Supply Current vs. Supply Voltage CM 20136437 20136434 14 20136433 20136467 Offset Voltage Distribution 20136436 ...
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Offset Voltage vs. V (Typical Part) CM 20136438 Small Signal Step Response 20136431 Large Signal Step Response 20136432 Input Bias Current vs. Common Mode Voltage Large Signal Step Response Turn On/Off Waveform 15 20136442 20136430 20136466 www.national.com ...
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DG vs. V for Various V OUT DG vs. V (DC and AC Coupled Load Compared) OUT www.national.com DP vs 20136471 DP vs. V (DC and AC Coupled Load Compared) OUT 20136473 16 for Various V OUT S ...
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Application Information OPTIMIZING PERFORMANCE With many op amps, additional device non-linearity and sometimes less loop stability arises when the output has to switch from current-source mode to current-sink mode or vice versa. When it comes to achieving the lowest distortion ...
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OVERLOAD RECOVERY AND SWING CLOSE TO RAILS The LMH6601 can recover from an output overload in less than 20 ns. See Figure 3 below for the input and output scope photos: FIGURE 3. LMH6601 Output Overload Recovery Waveform In Figure ...
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With the LMH6601 input common mode range including the V − (ground) rail, there will be no need for AC coupling or level shifting and the input can directly drive the non-inverting input which has the additional advantage of high ...
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TABLE 1. Finding Figure 7 External Resistor Values by Iteration Estimate Calculated (Ω) (from Equation (Ω) 1k 1.69k 820 1.56k 620 1.37k 390 239 560 1.30k The final set of values for R and R G ...
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FIGURE 9. AC Coupled Video Amplifier/Driver with SAG Compensation In this circuit, the output coupling capacitor value and size is greatly reduced at the expense of slightly higher op amp out- put voltage drive. Note that C is not only ...
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FIGURE 11. Headroom Considerations with AC Coupled Amplifiers If a stage has unclipped swing available at a given PP node, as shown in Figure 11, the maximum allowable ampli- tude for an arbitrary waveform is ½ of ...
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HOW TO PICK THE RIGHT VIDEO AMPLIFIER Apart from output current drive and voltage swing, the op amp used for a video amplifier/cable driver should also possess the minimum requirement for speed and slew rate. For video type loads, it ...
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With the LMH6601 input bias current in the femto-amperes range, even large values of gain (R F put error term appreciably. This allows circuit operation to a lower light intensity level which is always of special impor- tance in these ...
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TABLE 3. Transimpedance Amplifier Figure 13 Compensation and Performance Results _Calculated (pF) (pF) (pF 1 2.3 500 502 7 GBWP = 155 MHz V = ...
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Figure 18 shows the increase in rise/fall time (bandwidth de- crease with larger capacitive loads, illustrating the OUT trade-off between the two: FIGURE 18. LMH6601 In-Loop Compensation Response www.national.com EVALUATION BOARD National Semiconductor provides the following evaluation board ...
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Physical Dimensions inches (millimeters) unless otherwise noted 6-Pin SC70 NS Package Number MA006A 27 www.national.com ...
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