Integrated Magnetic Power Module
Buck (Step-Down)-Low Voltage
Buck (Step-Down)-Medium Voltage
Boost (Step-Up)
DC-DC Power Modules
Magnetically Integrated Power Module (SiP)
Buck (Step-Down)-Multiple Outputs
Buck (Step-Down)
Boost (Step-Up)
Customized DC-DC Converters
Tailored Power Modules: Precision Solutions for Your Unique Needs.
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Input 2.3V–5.5V, 0.8V-3.3V output.
Efficiency up to 94%.
Size: 2.5mm × 2.0mm x 1.1mm
High reliability and low EMI noise.
Interface RS485.
Provides resolution of up to 17 to 23 bits.
16-bit multi-turn counting capability.
Absolute positioning accuracy within ±50 arc seconds.
Input 2.3V–5.5V, 1.2V-3.3V output.
Efficiency up to 93.5%.
Size: 2.5mm × 2.0mm x 1.1mm.
High reliability and low EMI noise.
Interface RS485.
Provides resolution of up to 17 to 23 bits.
16-bit multi-turn counting capability.
Absolute positioning accuracy within ±50 arc seconds.
Interface RS485.
Provides resolution of up to 17 to 23 bits.
16-bit multi-turn counting capability.
Absolute positioning accuracy within ±50 arc seconds.
Interface RS485.
Provides resolution of up to 17 to 23 bits.
16-bit multi-turn counting capability.
Absolute positioning accuracy within ±50 arc seconds.
Input 2.3V–5.5V, 1.2V-3.3V output.
Efficiency up to 95%.
Size: 2.5mm x 2mm x 1.1mm
High reliability and low EMI noise.
Interface RS485.
Provides resolution of up to 17 to 23 bits.
16-bit multi-turn counting capability.
Absolute positioning accuracy within ±50 arc seconds.
Interface RS485.
Provides resolution of up to 17 to 23 bits.
16-bit multi-turn counting capability.
Absolute positioning accuracy within ±50 arc seconds.
Interface RS485.
Provides resolution of up to 17 to 23 bits.
16-bit multi-turn counting capability.
Absolute positioning accuracy within ±50 arc seconds.
Input 2.5V–5.5V, 0.8V-4V output.
Efficiency up to 95%.
Small size: 2.5mm × 2mm x 1.1mm
High reliability and low EMI noise.
Interface RS485.
Provides resolution of up to 17 to 23 bits.
16-bit multi-turn counting capability.
Absolute positioning accuracy within ±50 arc seconds.
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