AXELITE
Power-management ICs, DC/DC converters and voltage regulators
About the manufacturer
AXElite Technology is a Taiwan-based semiconductor company specialising in power-management integrated circuits. It develops analogue and mixed-signal solutions for DC/DC conversion, voltage regulation, LED power and other power-supply applications.
The AXElite portfolio includes DC/DC controllers and converters, LDO regulators, LED power ICs, MOSFET devices and selected control circuits. The company focuses on efficient, compact solutions able to operate over useful input-voltage ranges.
AXElite ICs are used where efficient voltage conversion and reduced power loss are important. Typical markets include consumer electronics, industrial systems, communications equipment and LED lighting.
Applications
AXElite devices are intended for designs that require efficient and stable voltage and power management.
- DC/DC converters – stepping down and regulating supply rails.
- Switch-mode power supplies – compact, energy-efficient power stages.
- Industrial electronics – powering controllers, communication modules and sensors.
- Consumer devices – power-management circuits for portable and stationary equipment.
- LED lighting – power conversion and LED drive applications.
- Embedded systems – local power rails for processors, memory and peripherals.
- Telecommunications – efficient power stages in network equipment.
AXELITE products available from Maritex
The AXELITE range available from Maritex focuses on power-management ICs, particularly switching regulators and DC/DC converters.
Available product groups include:
- Switching voltage regulators.
- Buck DC/DC converters.
- Step-down voltage-conversion ICs.
- Power ICs for industrial and embedded electronics.
- Solutions for applications with elevated input voltages.
One example available from Maritex is the AX3007ESA, a buck DC/DC converter in an SO8 package intended for step-down power supplies. AXElite devices vary in input-voltage range, output voltage, current capability, switching frequency and package type.
Selection should consider the input and output voltage ranges, required load current, efficiency, switching frequency, thermal conditions and package type.
