Energy & Power Management
Enables efficient power generation, storage, distribution, monitoring, and optimization of runtime performance.
Find out more about Products & Suppliers
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Product Series |
Function |
Why suitable? |
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Battery Cabinet Cooling |
Cooling of BMS systems and servo drives |
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IP68 Waterproof Fan |
Mobile chassis and BMS cooling for AGVs/AMRs. |
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High Flow Cooling Fan |
Continuous operation of AMR and logistics systems |
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Main Body Power Cooling |
Cooling of power electronics and main power supply. |
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Battery Cabinet Thermal Management |
High power density in robotic battery systems. |
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Product Series |
Function |
Why suitable? |
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RoboLok™ |
240A High Current Connector |
Main power supply of robots |
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EnergyKlip™ EK Series |
160A-450A Power Connector |
Battery packs and high-current distribution |
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IPC-M Connectors |
50A-350A Connector |
High-current connection of battery and power modules |
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IP67 Battery Connector |
Swappable robotic battery packs |
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HVLock® |
High Voltage Connector |
Battery management systems (BMS) |
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RADSOK® High Current Connector |
Energy distribution within the robot. |
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Product Series |
Function |
Why suitable? |
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Battery Management Front-End |
Condition monitoring of battery systems |
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LED/Laser Driver |
Efficient driving of vision and lighting systems |
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LED/Laser Driver |
Performance optimisation for LiDAR and projection |
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Product Series |
Function |
Why suitable? |
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Power Relay |
G9EK – High-Power DC Switching for Robotics High-power DC switching Bidirectional switching High resistance to shock and vibration Ideal for battery-powered and high-power robotic systems Battery → G9EK → DC Power Distribution → Motor Drives / Inverters → Robot Axes |
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MOSFET Relay |
From smart signal switching to higher DC currents: G3VM provides compact, contactless and electrically isolated switching solutions for modern robotics electronics. G3VM-61KR → Compact & Efficient Switching G3VM CR/FR → High-Current & Low-ON-Resistance Switching |
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Connector System |
XF2M / XF3M – Smart Connectivity for Compact Robotics Combining space-saving design, secure locking and easy assembly, XF2M / XF3M provides reliable FPC/FFC connectivity for sensor, display and electronic interfaces in space-constrained robotics applications. |
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Product Series |
Function |
Why suitable? |
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Low-Power MCU |
Battery management and energy monitoring. |
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Safe energy monitoring |
Controls critical energy systems within the robotic system |
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Product Series |
Function |
Why suitable? |
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Power supply |
Energy distribution within the robot system |
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Digital Power Management |
Efficient power control. |
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Cell Monitoring ICs |
Battery cell monitoring |
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Pressure Sensing |
Tactile Perception and Control of Grip Force |
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High-Density Power Conversion |
Improves energy efficiency and runtime through compact, high-density power conversion. |
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Charging electronics |
Robot Charging |
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Product Series |
Function |
Why suitable? |
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Proven D-sub architecture delivers a well-established and highly reliable interface for industrial communication and control systems. |
The JAE DW15 Series is a compact and highly reliable D-sub style interface connector designed for industrial and communication equipment requiring dependable signal transmission. Within robotics and factory automation systems, the DW15 is particularly well suited for controller interfaces, vision systems, communication links, HMI connections, and industrial networking applications, where robust data connectivity and long-term reliability are essential. |
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Compact interface connector design enables integration into space-constrained robotic controllers, drive systems, and automation equipment. |
The JAE DW1 Series is a compact and robust I/O and signal interface connector designed for industrial equipment requiring dependable data and control signal transmission. In robotic and factory automation environments, the DW1 provides a reliable connection platform for controllers, sensors, communication modules, and peripheral devices, helping ensure stable system operation under demanding industrial conditions. |
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Industrial-grade signal interface solution supporting reliable communication between robotic subsystems. |
The JAE DW2 Series is a robust industrial interface connector platform designed for reliable signal and communication transmission in demanding environments. For robotics and factory automation systems, the DW2 provides dependable connectivity for controllers, sensors, HMIs, vision systems, and industrial networking equipment, helping ensure stable operation and long-term system reliability. |
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Reliable signal connectivity for control, communication, and feedback interfaces used throughout robotic systems. |
The JAE DW3 Series is a compact and reliable industrial interface connector designed for high-integrity signal and communication applications. Within robotic and factory automation systems, the DW3 serves as a robust interconnect solution for controllers, sensors, vision systems, industrial PCs, and communication networks, helping ensure stable data transmission and dependable system operation. |
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Reliable industrial signal transmission for automation, control, and communication functions. |
The JAE DW11 Series is a compact and rugged industrial interface connector engineered to provide reliable signal and communication connectivity in automation equipment. In robotic applications, the DW11 supports stable transmission of control, feedback, and communication signals between controllers, sensors, operator interfaces, and peripheral systems, helping maximize operational reliability and system uptime. |
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Hybrid power-and-signal architecture enables multiple circuit types to be consolidated into a single connector, reducing wiring complexity and installation effort. |
The JAE KN01 Series is a lightweight hybrid industrial connector designed to integrate power and signal transmission into a single compact interface. Developed with industrial automation and robotics in mind, the KN01 helps equipment manufacturers reduce connector count, simplify cable management, and optimize space utilization within robotic and factory automation systems. |
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Product Series |
Function |
Why suitable? |
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Improved energy efficiency |
Reduces memory-related energy consumption in mobile robots. |
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3D NAND with low energy demand |
High data density with reduced power consumption |
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Managed Flash |
Efficient embedded storage solution for battery-powered systems |
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Product Series |
Function |
Why suitable? |
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High Current Fuse |
High-current and battery protection for robotic systems |
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Battery Protector |
Secondary protection layer for Li-ion batteries |
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Fuse Portfolio |
Chargers, docking stations and energy distribution. |
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High-Efficiency Power Switching |
Enables efficient battery management, power distribution and runtime optimization in robotic systems. |
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Schottky Diodes |
Efficient rectification in chargers |
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Battery Temperature Sensing |
BMS and thermal management. |
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5000W TVS Protection |
Protection of batteries and DC bus systems |
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Bidirectional TVS |
Overvoltage protection for energy systems |
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Unidirectional TVS |
Protection of power paths |
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Power Control |
Power control |
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Power Switching |
Load management |
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Inductive Load Switching |
Motor and load control |
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Product Series |
Function |
Why suitable? |
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Genio Pro 5100 |
TSMC 3nm process |
Maximum AI performance with high energy efficiency. |
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Low-Power Edge AI |
Extends battery runtimes of mobile systems |
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Low-Power NPU |
AI inference without the cloud reduces energy demand. |
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Optimised 6nm SoC |
Energy-efficient AI platform for industrial edge devices. |
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Product Series |
Function |
Why suitable? |
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Compact power connector |
Battery management and power distribution |
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High-current connector |
High-performance power supply |
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Power supply |
Power Distribution |
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Industrial power interface |
Safe power transmission |
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Product Series |
Function |
Why suitable? |
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PMIC Platform |
Power supply for wireless and edge AI systems. |
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Battery charger IC |
Provides efficient charging and battery management for compact battery-powered robotic subsystems. |
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Primary battery PMIC |
Maximizes battery lifetime in low-power wireless robotic sensors and monitoring devices. |
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nPM6001 |
Companion PMIC for nRF54 Series |
Provides optimized power regulation and sequencing for high-performance wireless robotic controllers. |
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PMIC with battery charger, fuel gauge and power-path management |
fuel gauge and power-path managementSimplifies battery charging and power management for mobile robots, autonomous systems and wireless sensor nodes. |
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Smart PSM / Intelligent Network Search |
Maximum battery runtime in mobile robots |
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Ultra-Low-Power Wireless SoC |
Extended runtime for mobile robotics. |
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Product Series |
Function |
Why suitable? |
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Metal Composite Technology |
DC/DC converters, BMS and inverters |
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500V-750V Thin Film |
Battery systems and high-voltage supply |
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Product Series |
Function |
Why suitable? |
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20V Schottky Barrier Diode |
Low losses in low-power supply paths. |
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30V Schottky Barrier Diode |
Energy-efficient rectification in mobile robots |
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40V Schottky Barrier Diode |
Power supply for 24V and 36V subsystems. |
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Ultra Low VF Schottky |
Reduction of voltage losses and increase in battery runtime |
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Common anode / cathode variants |
Flexible current path and protection architectures. |
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Product Series |
Function |
Why suitable? |
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Ultra Low Power NVM |
Reduces power demand compared with battery-backed SRAM solutions |
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Low-Power FeRAM |
Supports battery-powered robots and AGVs |
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Battery replacement |
No backup battery required. |
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Product Series |
Function |
Why suitable? |
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1200W AC/DC, fanless |
Power supply for modular industrial and humanoid robots |
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240W power supply with power boost |
Power supply for servo drives and actuators |
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High Efficiency Power Architecture |
Improved power density and reduced thermal losses. |
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Intelligent eFuse |
Load management and short-circuit protection |
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Product Series |
Function |
Why suitable? |
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Power management up to 80V |
Local voltage supply within the robot |
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4.5V to 104.5V input |
Humanoid 48V systems and BMS |
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1700V SiC Flyback IC |
Auxiliary power supply for robot controllers |
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SiC Flyback Controller |
Auxiliary power supply for drives |
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Multi-rail power supply |
AI platforms, controllers and sensors. |
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RB058MM200TF |
Ultra Low IR Schottky Diode, 200V |
Low leakage currents for energy-efficient robotic systems. |
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Low VF + Low IR Schottky |
Power management in batteries, DC/DC converters and BMS |
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Balanced Schottky Diodes |
Reverse polarity protection and rectification. |
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Ultra Low VF Schottky |
Efficiency optimisation in mobile robots |
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Surge Protection |
Protection of power supplies, charging units and batteries. |
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Voltage reference & overvoltage protection |
Stabilisation of critical robotic power supplies. |
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Product Series |
Function |
Why suitable? |
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5000mAh / 50A |
Maximum power output for dynamic humanoids. |
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6000mAh / 50A |
Combination of long runtime and high performance. |
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High Discharge Cylindrical Cell |
Optimised for running, climbing and heavy-duty robotics. |
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Product Series |
Function |
Why suitable? |
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Lithium-ion battery |
Battery systems for mobile robotics and humanoids |
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20,000+ charging cycles |
Long service life and high availability |
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LDO, Load Switch, eFuse |
Energy monitoring and distribution. |
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Programmable overcurrent protection |
Protection of robotic systems |
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High-efficiency power electronics |
Efficient servo drives and inverters |
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Power Conversion |
Charging technology and power supply. |
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Product Series |
Function |
Why suitable? |
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Photovoltaic MOSFET Driver |
Energy path control and battery systems. |
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Linear Optocoupler |
Voltage and current measurement in BMS. |
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2.5A Isolated Gate Driver |
Inverter and power control applications. |
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3A IGBT Driver |
Power stages in robotic systems. |
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4A IGBT Driver |
High-power inverters for drives and BMS |
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Trench MOS Barrier Schottky, 10A |
Highly efficient rectification in DC/DC converters and BMS |
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Single Phase Rectifier Bridge, 3A/6A |
AC input supply for chargers, docking stations and power supplies. |
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High Voltage SCR, 40A |
Chargers, soft start, battery charging systems and stationary robot charging |
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Ultrafast Rectifier |
AC/DC, PFC and inverter stages in robotic power systems. |
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600W TVS Protection |
Protection of batteries, power supplies and charging paths. |
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