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Low-power/low-voltage DC-DC converters – featuring voltages of < approx.

30 V and output currents 40 A-1000 A, high-power-low-voltage DC-DC converter ICs deliver uncompromising performance in digital connectivity

High-power/low-voltage DC-DC converters – featuring input voltages of < approx.

100 V, high power DC-DC converters deliver uncompromising performance in energy management applications

High-power/high-voltage DC-DC converters – high voltage boost converter ICs feature voltages of > approx.

Step-down (buck) DC-DC converters - used to reduce voltage while drawing less current from input to output, step-down DC-DC converter circuits are widely used in lower power consumption electronic devices.

Step-up (boost) DC-DC converters - boost converter ICs are used to boost the voltage output to greater than the input while stepping down the current. Step-up DC-DC converter circuits are often used in battery power systems and photovoltaic cells.

Additionally, advantages of non-isolated DC-DC converters include a smaller design footprint and lower costs

Non-Isolated DC-DC converters - using the transformer to eliminate the DC path between input and output, non-isolated DC-DC converter circuits include step-up and step-down DC-DC converter ICs.

Isolated DC-DC converters – by separating the input from the output electrically and physically, isolated DC-DC converter circuits are often used to break ground loops.

Switching DC-DC converters- offering higher power efficiency, easier thermal management, and transformed output voltages, switching DC-DC converter circuits include buck, boost, and buck boost DC-DC converters.

Linear DC-DC converters - using resistive voltage drop to regulate given output voltages, linear DC-DC converter circuits offer low quiescent current, wide input voltage, low noise, and small packages.

Our products include the following types of DC-DC converters:

The Infineon DC-DC converters portfolio includes a broad range of high-quality modules covering switching regulators, integrated POL voltage regulators, digital multiphase controllers, integrated power stages, low voltage gate drivers, and digital power controllers.Īs a leader in power semiconductor and energy efficiency technologies, we are continually developing our DC-DC converter modules to meet the demands of the 21 st century with the LITIX™ power family, LITIX™ power flex Family, OptiMOS™ point of load regulators, XDP™ hyper transient phase multiphase controllers and OptiMOS™ smart power stages providing innovative and reliable DC to DC power converters for 21 st-century applications in the consumer, computing, communications, and industrial sectors. They are also suitable for a range of other applications, including DC-DC converters for the automotive industry. Our DC-DC converters are designed for applications including server, storage, routers and switches, telecom base stations, digital home media, mobile computing, and embedded data processing. Functions such as monitoring, sequencing, and safety support are smoothly integrated to make Infineon DC-DC converters as compact and user-friendly as possible. The Infineon portfolio is comprehensive and ready to meet the demands of today’s electronic devices, providing both linear and switching DC-DC converter modules for a huge range of systems. With the increasing challenges for server and network applications, efficient, and reliable DC-DC voltage regulators is an increasingly important issue with each new generation of microprocessor. DC-DC converters must meet extremely high standards of durability, scalability, and efficiency. Found in technologies across a broad range of sectors, they are in high demand in fast developing industries such as automotive, consumer electronics, and industrial machinery and vehicles. We as an innovation leader for power semiconductor and energy efficiency technologies are continually developing and working on the best solutions for your applications.ĭC-DC converters enable many of the devices and machines we use today.