MAX4224 Maxim, MAX4224 Datasheet
MAX4224
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MAX4224 Summary of contents
Page 1
... MAX4226/MAX4228 makes them suitable for portable and battery-powered applications. Their high output impedance in shutdown mode is excellent for multiplex- ing applications. The single MAX4223/MAX4224 are available in space- saving 6-pin SOT23 packages. All devices are available in the extended -40°C to +85°C temperature range. ________________________Applications ...
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... MIN MAX MAX4225–MAX4228 +25° MIN MAX MAX4223/MAX4224 T = +25°C A MAX4225–MAX4228 MAX4223/MAX4224 MIN MAX MAX4225–MAX4228 Inferred from CMRR test T = +25° ±2. MIN Inferred from PSRR test +25° ...
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... 100Ω 2Vp-p, OUT f = 10MHz 1kΩ unless otherwise noted. Typical values are at MAX MIN TYP MAX 25 10 100 = +2V/V for MAX4224/MAX4227/ V MIN TYP MAX MAX4223/5/6 750 1000 MAX4224/7/8 325 600 MAX4223/5/6 100 300 MAX4224/7/8 60 200 1.5 0.1 MAX4223/5/6 250 MAX4224/7/8 ...
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... A = +2V 200 +5V 100 100 1000 FREQUENCY (MHz) = +2V/V for MAX4224/MAX4227/ V MIN TYP MAX UNITS Ω dBm 36 -61 dB -62 20 dBm 2 nV/√Hz 3 pA/√Hz 20 0.3 1.0 pF 0.3 0.8 MAX4223/MAX4225/MAX4226 LARGE-SIGNAL GAIN vs. FREQUENCY (A = +1) VCL 4 ...
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... FREQUENCY (MHz) MAX4225/MAX4226 CROSSTALK vs. FREQUENCY - 2Vp-p OUT -20 -30 -40 -50 -60 -70 -80 -90 -100 1 10 100 1000 FREQUENCY (MHz) MAX4224/MAX4227/MAX4228 LARGE-SIGNAL GAIN vs. FREQUENCY (A = +2) VCL +2V/V VCL 470 2Vp-p 2 OUT 1000 1 10 ...
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... L -30 -40 -50 -60 -70 THD 2ND HARMONIC -80 -90 3RD HARMONIC -100 0 100 FREQUENCY (MHz) OUTPUT IMPEDANCE vs. FREQUENCY 100 10 MAX4223/5 +1V/V VCL R = 560 F 1 MAX4224/7 +2V/V 0.1 VCL 470 G F 0.01 0.01 0 100 FREQUENCY (MHz) MAX4223/MAX4225/MAX4226 TOTAL HARMONIC DISTORTION vs. FREQUENCY ( - +1V/V VCL - ...
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... OUTPUT GND -100mV TIME (10ns/div) MAX4223/MAX4225/MAX4226 LARGE-SIGNAL PULSE RESPONSE ( 25pF) VCL L MAX4223-26 +2V GND INPUT -2V +2V GND OUTPUT -2V TIME (10ns/div) MAX4224/MAX4227/MAX4228 LARGE-SIGNAL PULSE RESPONSE (A = +5) VCL MAX4223-29 +400mV INPUT GND -400mV +2V GND OUTPUT -2V TIME (10ns/div) MAX4223-24 GND GND MAX4223-27 GND GND ...
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Low-Power, SOT23, Current-Feedback Amplifiers with Shutdown ____________________________Typical Operating Characteristics (continued +5V -5V 100Ω +25°C, unless otherwise noted POWER-SUPPLY CURRENT PER AMPLIFIER vs. TEMPERATURE 8 7 NORMAL 6 ...
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... Current-Feedback Amplifiers with Shutdown ______________________________________________________________Pin Description MAX4225 MAX4223/MAX4224 MAX4227 SOT23 SO — — — — — — — — — — — — — — — — — _______________________________________________________________________________________ 1GHz, Low-Power, SOT23, PIN MAX4226/MAX4228 SO µMAX SO — ...
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... The MAX4223/MAX4225/MAX4226 are optimized for closed-loop gains of +1 (0dB) or more and have -3dB bandwidths of 1GHz. The MAX4224/MAX4227/ MAX4228 are optimized for closed-loop gains of +2 (6dB) or more, and have -3dB bandwidths of 600MHz (1.2GHz gain-bandwidth product). ...
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... Table 1 shows optimal values for the feedback resistor (R ) and gain-setting resistor (R F MAX4228. Note that the MAX4224/MAX4227/MAX4228 offer superior AC performance for all gains except unity gain (0dB). These values provide optimal AC response using surface-mount resistors and good layout tech- niques. Maxim’s high-speed amplifier evaluation kits provide practical examples of such layout techniques ...
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... The current noise at the noninverting input ( 3pA/√Hz, and the current noise at the n+ inverting input ( 20pA/√Hz example of DC-error calculations, using the MAX4224 typical data and the typical operating circuit with 470Ω 235Ω) and ...
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... Fully assembled evaluation boards are available for the MAX4223 in an SO-8 package CABLE Figure 4. Using an Isolation Resistor (R Capacitive Loads Maxim’s High-Speed Evaluation Board Layout R F IN- R ISO OUT IN MAX4223 MAX4224 MAX4225 MAX4226 MAX4227 MAX4228 ) for High ISO ...
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... AC parameters through volume production testing. These parasitics are greatly reduced when using the recommended PC board layout (like the Maxim evaluation kit). Characterizing the part in this way more accurately rep- resents the amplifier’s true AC performance. Some 50 ...
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... RISING-EDGE SLEW RATE (V/ s) Figure 6c. MAX4224 Rising-Edge Slew-Rate Distribution ______________________________________________________________________________________ 1GHz, Low-Power, SOT23, 50 100 UNITS 40 SIMULATION 30 LOWER LIMIT ±0.1dB BANDWIDTH (MHz) Figure 6b. MAX4224 ±0.1dB Bandwidth Distribution 50 100 UNITS 40 SIMULATION 30 LOWER LIMIT FALLING-EDGE SLEW RATE (V/ s) Figure 6d. MAX4224 Falling-Edge Slew-Rate Distribution 15 ...
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... Low-Power, SOT23, Current-Feedback Amplifiers with Shutdown Figure 7a. Maxim SOT23 High-Speed Evaluation Board Component Placement Guide—Component Side Figure 7b. Maxim SOT23 High-Speed Evaluation Board PC Board Layout—Component Side 16 ______________________________________________________________________________________ Figure 7c. Maxim SOT23 High-Speed Evaluation Board PC Board Layout—Back Side ...
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... Current-Feedback Amplifiers with Shutdown Figure 8a. Maxim SO-8 High-Speed Evaluation Board Component Placement Guide—Component Side Figure 8b. Maxim SO-8 High-Speed Evaluation Board PC Board Layout—Component Side ______________________________________________________________________________________ 1GHz, Low-Power, SOT23, Figure 8c. Maxim SO-8 High-Speed Evaluation Board PC Board Layout—Back Side 17 ...
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... Low-Power, SOT23, Current-Feedback Amplifiers with Shutdown _____________________________________________Pin Configurations (continued) TOP VIEW MAX4223 MAX4224 N. MAX4226 MAX4228 OUTA 1 2 INA- INA SHDNA MAX 18 ______________________________________________________________________________________ 8 SHDN OUTA OUT 5 N.C. 10 OUTA OUTB 8 INB- 7 INB+ 6 SHDNB ...
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... SO MAX4228EUB -40°C to +85°C 10 µMAX MAX4228ESD -40°C to +85° ______________________________________________________________________________________ 1GHz, Low-Power, SOT23, ___________________Chip Information PIN- SOT MAX4223/MAX4224 TRANSISTOR COUNT: 87 TOP MARK MAX4225–MAX4228 TRANSISTOR COUNT: 171 AAAE SUBSTRATE CONNECTED TO V — — — — — — — EE ...
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... Low-Power, SOT23, Current-Feedback Amplifiers with Shutdown ________________________________________________________Package Information Maxim cannot assume responsibility for use of any circuitry other than circuitry entirely embodied in a Maxim product. No circuit patent licenses are implied. Maxim reserves the right to change the circuitry and specifications without notice at any time. 20 __________________Maxim Integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 (408) 737-7600 © ...