MAX20049 (21)

The MAX20049 is available from Analog Devices at Xecor. Designed for automotive camera modules, the MAX20049 offers a compact quad power supply solution with dual step-down converters and two low-dropout regulators (LDOs), providing flexibility, small solution size, and robust performance. Available in a 16-pin side-wettable TQFN package (3mm x 3mm), it is ideal for surround, rear, and front camera modules in automotive applications. Whether used in point-of-load systems or power-over-coax cable setups, this series ensures efficiency, EMI solutions, and self-protection features for demanding automotive environments. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX20049 series below.

Part Number Description Package Inventory Add To Bom
MAX20049ATEA/VY+T Efficient Voltage Regulation for Optimal Power Deliver LFCSP-16 5,990
MAX20049ATEA/VY+ Switching Voltage Regulators Mini PMIC for remote camera power WFQFN-16 9,557
MAX20049ATEE/VY+T Ensure high-performance power distribution in automotive systems with this reliable -V power management IC featuring EP T/R topology WFQFN-16 6,084
MAX20049ATEE/VY+ Quad power supply with high efficiency and precision WFQFN-16 6,727
MAX20049ATEB/VY+ *Automotive-Grade Quality** WFQFN-16 8,387
MAX20049ATEB/VY+T Switching Voltage Regulators Mini PMIC for remote camera power WFQFN-16 6,838
MAX20049ATED/VY+T Switching Voltage Regulators Mini PMIC for remote camera power WFQFN-16 5,935
MAX20049ATEF/VY+ Power Management Specialized - PMIC Mini PMIC for remote camera power. AP91 integrate LDO and Dual buck converters TQFN-16 6,168
MAX20049ATEG/VY+ Switching Voltage Regulators Mini PMIC for remote camera power. AP91 integrates LDO and Dual buck converters WFQFN-16 7,402
MAX20049ATEH/VY+T Compact Power Solution for Remote Camera Application WFQFN-16 8,054
MAX20049ATEH/VY+ Switching Voltage Regulators Mini PMIC for remote camera power. AP91 integrates LDO and Dual buck converters WFQFN-16 9,584
MAX20049ATEF/VY+T High-reliability power management for automotive application WFQFN-16 8,933
MAX20049DATEA/VY+ Automotive-Grade Power Management IC for Reliable Performanc WFQFN-16 9,329
MAX20049DATEB/VY+ Switching Voltage Regulators Mini PMIC for remote camera power. AP91 integrates LDO and Dual buck converters WFQFN-16 5,745
MAX20049DATEF/VY+T Switching Voltage Regulators Mini PMIC for remote camera power. AP91 integrates LDO and Dual buck converters WFQFN-16 7,228
MAX20049DATEF/VY+ Switching Voltage Regulators Mini PMIC for remote camera power. AP91 integrates LDO and Dual buck converters WFQFN-16 6,721
MAX20049DATEE/VY+ Switching Voltage Regulators Mini PMIC for remote camera power. AP91 integrates LDO and Dual buck converters WFQFN-16 7,635
MAX20049DATEL/VY+ High-performance linear voltage regulator for automotive applications, featuring a wide output range of 3.5V to 17V and AEC-Q100 qualification WFQFN-16 9,081
MAX20049DATEK/VY+ Switching Voltage Regulators Mini PMIC for remote camera power. AP91 integrates LDO and Dual buck converters WFQFN-16 6,474
MAX20049DATEG/VY+ High-performance voltage regulator for diverse industrial uses TQFN-16 8,968
MAX20049CATEA/VY+T This compact PMIC is designed specifically for camera power needs WFQFN-16 9,834

Key Featrues

Compact Design with Side-Wettable TQFN Package: The MAX20049 features a 16-pin side-wettable TQFN package (3mm x 3mm) with an exposed pad, enabling a small solution size. This compact design is ideal for space-constrained applications like automotive camera modules, enhancing PCB layout efficiency and reducing overall system footprint.
Wide Input Voltage Range (3.5V to 17V): The device supports a wide input voltage range, making it versatile for power-over-coax cable applications. This flexibility ensures reliable operation across varying power supply conditions, improving performance in automotive and industrial environments.
Integrated Dual Buck Converters and LDOs: The MAX20049 integrates two step-down (buck) converters and two low-dropout regulators (LDOs) in a single chip. This integration simplifies power management, reduces component count, and enhances efficiency, making it a robust solution for multi-output power requirements.
EMI Reduction with Spread-Spectrum Modulation: The IC includes optional spread-spectrum frequency modulation, which reduces electromagnetic interference (EMI). This feature is critical for automotive applications, ensuring compliance with stringent EMI standards and improving signal integrity in sensitive systems.
Robust Protection Features: The device incorporates overvoltage, undervoltage, thermal shutdown, and short-circuit protection, ensuring reliable operation in harsh environments. These self-protection mechanisms enhance system durability and safety, particularly in automotive applications where reliability is paramount.

Applications

Automotive Camera Power Management: The MAX20049 is ideal for powering automotive camera modules, including surround, rear, and front cameras. Its dual step-down converters and dual LDOs provide a compact, efficient solution for managing power in automotive environments, ensuring reliable operation under varying input voltages and temperature conditions.
Point-of-Load Power Supply: The MAX20049 is well-suited for point-of-load applications, delivering stable and precise voltage outputs for sensitive electronic components. Its small form factor and robust design make it ideal for space-constrained applications, such as in advanced driver-assistance systems (ADAS) or infotainment systems.
Remote Camera Power Supply: The MAX20049 is perfect for remote camera systems, such as surveillance or industrial monitoring cameras. Its wide input voltage range (3.5V to 17V) and integrated protection features ensure reliable performance even when powered over long cables, making it a dependable choice for remote installations.
Compact Power Solutions for IoT Devices: The MAX20049 is an excellent choice for IoT devices requiring efficient power management in a small footprint. Its dual buck converters and LDOs provide multiple regulated outputs, making it suitable for powering sensors, microcontrollers, and communication modules in compact IoT applications.