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| Display |
Title/Parts |
Key Advantages |
| QV |
Evaluation Kit for the MAX15034B and MAX5066
MAX15034BEVKIT
| |
| QV |
Evaluation Kit for the MAX4951AE
MAX4951AEEVKIT
| |
| QV |
SATA I/II Bidirectional Redriver with High ESD and Cable Detect
MAX4951AE
| Dual-Channel Buffer Allows System to Support SATA Gen III Data Rates Over Long Cables and Through Connector |
| QV PDF |
Dual-Channel, I²C Adjustable Sink/Source Current DAC
DS4432
| Inexpensive Power-Supply Margining Made Easy |
| QV PDF |
Evaluation Kit for the MAX4951
MAX4951EVKIT
| |
| QV PDF |
2.2MHz, 3A Buck or Boost Converters with an Integrated High-Side Switch
MAX15036, MAX15037
| 2.2MHz, High Switching Frequency, DC-DC Converters Deliver Up to 3A |
| QV PDF |
Configurable, Single-/Dual-Output, Synchronous Buck Controller for High-Current Applications
MAX15034
| Dual Converter Configurable for 25A Per Output or a Single 50A Output |
| QV PDF |
SATA I/SATA II Bidirectional Re-Driver
MAX4951
| Dual-Channel Buffer Allows System to Support SATA Gen III Data Rates Over Long Cables and Through Connectors |
| QV PDF |
Two-/Four-Channel, I²C, 7-Bit Sink/Source Current DAC
DS4422, DS4424
| Low-Cost, Sink/Source Current DACs Simplify Power-Supply Margin Testing |
| QV PDF |
Dual-Channel, I²C Adjustable Sink/Source Current DAC
DS4412
| Inexpensive Power Supply Control Made Easy |
| QV PDF |
High-Efficiency, Quad Output, Main Power-Supply Controllers for Notebook Computers
MAX8744A, MAX8745A
| |
| QV PDF |
MAX5089 Evaluation Kit
MAX5089EVKIT
| |
| QV PDF |
Configurable, Single-/Dual-Output, Synchronous Buck Controller for High-Current Applications
MAX5066
| |
| QV PDF |
0.6V to 5.5V Output, Parallelable, Average-Current-Mode DC-DC Controllers
MAX5060, MAX5061
| |
| QV PDF |
Low-Dropout, Wide-Input-Voltage, Step-Down Controllers
MAX8597, MAX8598, MAX8599
| |
| QV PDF |
Evaluation Kit for the MAX8544
MAX8544EVKIT
| |
| QV PDF |
Evaluation Kit for the MAX1954A
MAX1954AEVKIT
| |
| QV PDF |
3V to 28V Input, Low-Cost, Hysteretic Synchronous Step-Down Controllers
MAX8576, MAX8577, MAX8578, MAX8579
| |
| QV PDF |
±1%, Ultra-Low Output Voltage, Dual and Triple Linear n-FET Controllers
MAX8563, MAX8564, MAX8564A
| |
| QV PDF |
Step-Down Controllers with Prebias Startup, Lossless Sensing, Synchronization, and OVP
MAX8543, MAX8544
| |
| QV PDF |
Low-Cost, Current-Mode PWM Buck Controller with Foldback Current Limit
MAX1954A
| |
| QV PDF |
Dual-Synchronous Buck Controllers for Point-of-Load, Tracking, and DDR Memory Power Supplies
MAX8537, MAX8538, MAX8539
| |
| QV PDF |
4.5V to 28V Input, Synchronous PWM Buck Controllers for DDR Termination and Point-of-Load Applications
MAX8553, MAX8554
| 4.5V to 28V Input, Synchronous PWM Buck Controllers for DDR Termination and Point-of-Load Applications Offer Fastest Transient Response |
| QV PDF |
High-Speed, Wide-Input, Single-Phase MOSFET Driver
MAX8552
| High-Speed, Wide-Input, Single-Phase MOSFET Driver has 0.1µA Quiescent Current, 6V to 24V Input for High-Performance Desktops, Servers, and Notebooks |
| QV PDF |
Dual 180° Out-of-Phase Buck Controllers with Sequencing/Prebias Startup and POR
MAX1858A, MAX1875A, MAX1876A
| |
| QV PDF |
2.2MHz, 2A Buck Converters with an Integrated High-Side Switch
MAX5088, MAX5089
| Up to 2.2MHz Switching Frequency Prevents Harmonics from Interfering in the ADSL2+ and Automotive AM Radio Frequency Bands |
| QV PDF |
1A, 76V, High-Efficiency MAXPower Step-Down DC-DC Converter
MAX5035
| |
| QV PDF |
Low-Cost, Wide Input Range, Step-Down Controllers with Foldback Current Limit
MAX8545, MAX8546, MAX8548
| 2.7V to 28V Input, 15A, Step-Down, DC-DC Controllers for Desktop and Graphic Card Supplies have Foldback Current Protection |
| QV PDF |
1.5MHz, Dual, 180° Out-of-Phase, PWM Step-Down Controller with POR
MAX8529
| |
| QV PDF |
Dual 180° Out-of-Phase PWM Step-Down Controller with Power Sequencing and POR
MAX1858
| |
| QV PDF |
Low-Cost, High-Frequency, Current-Mode PWM Buck Controllers
MAX1953, MAX1954, MAX1957
| |
| QV PDF |
1A, MicroCap, Low-Dropout, Linear Regulator
MAX8869
| Compact, 1A, Low-Dropout Linear Regulator Requires Just 1µF Output Capacitor! |
