MAX15031EVKIT+ Maxim Integrated Products, MAX15031EVKIT+ Datasheet
MAX15031EVKIT+
Specifications of MAX15031EVKIT+
Related parts for MAX15031EVKIT+
MAX15031EVKIT+ Summary of contents
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... FBON Modules GPON Modules LCD Displays Typical Operating Circuits appear at end of data sheet. ________________________________________________________________ Maxim Integrated Products For pricing, delivery, and ordering information, please contact Maxim Direct at 1-888-629-4642, or visit Maxim’s website at www.maxim-ic.com. ♦ Input Voltage Range +2.7V to +5.5V (Using Internal Charge Pump) or +5.5V to +11V ♦ ...
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Boost Converter and Current Monitor for APD Bias Applications ABSOLUTE MAXIMUM RATINGS PWR SGND ...................................................-0.3V to +12V LX to PGND ............................................................-0.3V to +80V BIAS, APD to SGND ...............................................-0.3V to +80V SHDN to SGND............................................-0. CLAMP ...
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Boost Converter and Current Monitor for APD Bias Applications ELECTRICAL CHARACTERISTICS (continued 3.3V 3.3V. C SHDN IN PWR IN APD = unconnected. CLAMP = unconnected. ILIM = unconnected, MOUT = unconnected. T ...
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Boost Converter and Current Monitor for APD Bias Applications ( 3.3V 70V, circuit of Figure 3 (Figure 4 for V PWR IN OUT EFFICIENCY vs. LOAD CURRENT 30V OUT 60 ...
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Boost Converter and Current ( 3.3V 70V, circuit of Figure 3 (Figure 4 for V PWR IN OUT LIGHT-LOAD SWITCHING WAVEFORM WITH RC FILTER I = 0.1mA, V OUT 1μs/div LOAD-TRANSIENT RESPONSE MAX15031 ...
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Boost Converter and Current Monitor for APD Bias Applications ( 3.3V 70V, circuit of Figure 3 (Figure 4 for V PWR IN OUT BIAS CURRENT vs. APD CURRENT 70V BIAS ...
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Boost Converter and Current Monitor for APD Bias Applications ( 3.3V 70V, circuit of Figure 3 (Figure 4 for V PWR IN OUT STARTUP DELAY MAX15031 toc24 I = 2mA APD 100μs/div STARTUP ...
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Boost Converter and Current Monitor for APD Bias Applications ( 3.3V 70V, circuit of Figure 3 (Figure 4 for V PWR IN OUT SWITCHING FREQUENCY vs. INPUT VOLTAGE 500 480 460 440 420 ...
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Boost Converter and Current Monitor for APD Bias Applications PIN NAME Boost Converter Input Voltage. PWR powers the switch driver and charge pump. Bypass PWR to PGND with a 1 PWR ceramic capacitor of 1μF minimum value. Positive ...
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Boost Converter and Current Monitor for APD Bias Applications REF MUX +A CNTRL -C SGND +C REFERENCE V REF COMPARATOR CHARGE CN PUMP CP (DOUBLER) MAX15031 IN UVLO Detailed Description The MAX15031 constant-frequency, current-mode, PWM ...
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Boost Converter and Current Monitor for APD Bias Applications The MAX15031 includes a versatile current monitor intended for monitoring the APD, PIN, or varactor diode DC current in fiber and other applications. The MAX15031 features more than three ...
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Boost Converter and Current Monitor for APD Bias Applications FB MAX15031 Figure 1. Adjustable Output Voltage Design Procedure Setting the Output Voltage Set the MAX15031 output voltage by connecting a resis- tive divider from the output to FB ...
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Boost Converter and Current Monitor for APD Bias Applications The MAX15031’s high switching frequency demands a high-speed rectifier. Schottky diodes are recommend- ed for most applications because of their fast recovery time and low forward-voltage drop. Ensure that ...
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Boost Converter and Current Monitor for APD Bias Applications Determining Monitor Current Limit Calculate the value of the monitor current-limit resistor for a given APD current limit, I LIM lowing equation: 1.245V = × ...
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Boost Converter and Current Monitor for APD Bias Applications V IN PWR CNTRL 1μ 10nF CN RLIM R LIM 2.87kΩ Figure 3. Typical Operating Circuit for V ______________________________________________________________________________________ L1 4.7μ ...
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Boost Converter and Current Monitor for APD Bias Applications V = 5.5V TO 11V IN CNTRL 1μ RLIM R LIM 2.87kΩ Figure 4. Typical Operating Circuit for V Chip Information PROCESS: BiCMOS 16 ...
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... 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. Maxim Integrated Products, 120 San Gabriel Drive, Sunnyvale, CA 94086 408-737-7600 ____________________ 17 © 2009 Maxim Integrated Products ...