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Maxim > Solutions > Computers: Notebook

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Display Title / Parts Key Advantages
QV  PDF Evaluation Kit for the MAX8655 and MAX8688
MAX8655EVKIT

QV  PDF 12V, 8A, 1.2MHz, Step-Down Regulator
MAX8654

A Broad Input Voltage (+4.5V to +12V) Step-Down Regulator with Integrated MOSFETs that Offers a Wealth of Features and Excellent Design Flexibility for High-Current (< 10A), High-Power Density POL Supplies
QV  PDF Ultra-Low Offset/Drift, Precision Instrumentation Amplifiers with REF Buffer
MAX4208, MAX4209

Instrumentation Amplifiers Use Patented Autozero to Achieve 20µV (max) Offset
QV  PDF Dual-Phase, Quick-PWM Controller for AMD Mobile Turion 64 CPU Core Power Supplies
MAX8760

QV  PDF Multiphase, Fixed-Frequency Controller for AMD Hammer CPU Core Power Supplies
MAX8707

Multiphase, Fixed-Frequency Controller for AMD® Hammer CPU Core Power Supplies
QV  PDF Dual-Phase MOSFET Drivers with Temperature Sensor
MAX8702, MAX8703

Dual-Phase MOSFET Drivers with Temperature Sensor Designed to Work with PWM Controller ICs in Notebook CPU Cores and Other Multiphase Regulators
QV  PDF Dynamically Adjustable 6-Bit VID Step-Down Controller
MAX8720

Dynamically Adjustable, 6-Bit, VID-Compliant, Step-Down Controller for Notebook CPUs
QV  PDF Highly Integrated, 25A, Wide-Input, Internal MOSFET, Step-Down Regulator
MAX8655

First Step-Down DC-DC Converter with +4.5V to +28V Input Voltage Range
and Up to 1.2MHz Programmable Switching Frequencies
QV  PDF Dual-Phase, Quick-PWM Controllers for Programmable CPU Core Power Supplies
MAX1519, MAX1545

QV  PDF Dual-Phase, Quick-PWM Controller for AMD Hammer CPU Core Power Supplies
MAX1544

QV  PDF Quick-PWM Slave Controller with Driver Disable for Multiphase, DC-DC Converter
MAX1980

Slave Controller with Driver Disable for Multiphase DC-DC Converters
QV  PDF Notebook CPU Step-Down Controller for Intel Mobile Voltage Positioning (IMVP-II)
MAX1718

QV  PDF Dynamically Adjustable, Synchronous Step-Down Controller for Notebook CPUs
MAX1717

Industry's First Single-Chip Solution To Power SpeedStep CPUs
QV  PDF High-Speed, Digitally Adjusted Step-Down Controllers for Notebook CPUs
MAX1710, MAX1711, MAX1712

Digitally Adjustable Step-Down Controller Powers 12A Mobile Processors with Only Four Output Capacitors



Key Specifications:   Differential/Instrumentation Amplifiers
Part Number Architecture Amps Per Pkg. Input CMVR to Neg. Rail Rail to Rail Gain (V/V) Min. Total Supply (V) Max. Total Supply (V) Typ. Supply Current per Amp. (mA) Max. Supply Current per Amp. (mA) Max. VOS (µV) Typ. CMRR @ DC (dB) Typ PSRR @ DC (dB) Max. Input IBIAS (nA) Typ. Unity Gain BW (MHz) Input CMVR (V)
MAX4208  Indirect Current-Feedback 1 Yes Output Only Adj. 2.85 5.5 0.75 1.3 20 135 125 0.01 0.75 VSS-0.1 to VDD-1.3
MAX4209  Indirect Current-Feedback 1 Yes Output Only 10
100
1000
2.85 5.5 0.75 1.3 20 135 125 0.01 0.75 VSS-0.1 to VDD-1.3
See All Differential/Instrumentation Amplifiers (17)

Key Specifications:   Step-Down Switching Regulators
Part Number VIN (min) (V) VIN (max) (V) Min. VOUT (V) Max. VOUT (V) IOUT (A) IOUT (A) Output Adj. Method Operating Current, ICC (max) (mA) Number of DC-DC Outputs Operating Freq. (kHz) Package
MAX8655  4.5 25 0.7 5.5 25 25 Resistor 3 1 1000 THIN QFN/56
MAX8654  4.5 14 0.6 12 8 8 Resistor 3 1 1200 THIN QFN/36
MAX1519  2 28 0.6 1.85 40 40 Digital/VID 3.8 1 100
200
300
550
THIN QFN/40
MAX1544  2 28 0.675 1.55 40 40 Digital/VID 3.8 1 100
200
300
550
THIN QFN/40
MAX1545  2 28 0.6 1.85 40 40 Digital/VID 3.8 1 100
200
300
550
THIN QFN/40
MAX1980  4 28  -   -  20 20  -  0.8 1 550 QFN/20
THIN QFN/20
MAX1718  2 28 0.6 1.75 20 20 Digital/VID 1.2 1 1000 QSOP/28
MAX1717  2 28 0.925 2 14 14 Digital/VID 1.2 1 1000 QSOP/24
MAX1710  2 28 1.25 2 7 7 Digital/VID 0.95 1 550 QSOP/24
MAX1711  2 28 0.925 2 7 7 Digital/VID 0.95 1 550 QSOP/24
MAX1712  2 28 0.925 2 7 7 Digital/VID 0.95 1 550 QSOP/24
See All Step-Down Switching Regulators (222)




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