Superworld Electronics introduces two innovative SMD Power inductors.
Molded Trans-inductor Voltage Regulator Inductor is ideal for AI board,
with low DC resistance, high efficiency, and AEC-Q200 compliance for reliability.
Molded Dual Inductor enhances power supply filtering and noise suppression.
Offering two inductors in one package to save PCB space and costs,
while meeting high reliability standards.
Molded Trans-inductor Voltage Regulator Inductor
Description
- High-current inductor: reduces ripple and capacitor size with low DC resistance,
- Fast response, and AEC-Q200 compliance.
Form Factor
- Compact Size : Low-profile design
Electrical Performance
- Inductance Range : 85 nH ±20%, optimized for efficient power regulation.
- High Current Capability : Handles up to 35A RMS
- Saturation Current : > 90A
Environmental Conditions
- Temperature Range: -55°C to +155°C
- High Reliability : Meets AEC-Q200 standards
Custom Design
- Available
Application
- Artificial intelligence board
- Graphics Processing Units
- Central Processing Units (CPUs)
- Servers and networking products
Materials Construction
- Fully molded design, which significantly improves current rating performance.
- Magnetic core + terminals + coating + electroplating.
Molded Dual Inductor
Description
- Engineered for high-current use, this unit delivers low DC resistance
- Robust performance for power filtering and noise suppression.
Form Factor
- Compact Size : Low-profile design, small form-fit
Electrical Performance
- Inductance Range : 60 nH ±20%, catering to different design requirements
- High Current Capability : Handles up to 74A RMS
- Saturation Current : > 100 A
Environmental Conditions
- Temperature Range: -40°C to +125°C
- High Reliability : High Reliability, Rigorous Testing Passed
Custom Design
- Available
Application
- Power supply filtering in switching regulators
- Noise suppression in power circuits
- Current sensing in high-current applications
Materials Construction
- Fully molded design, which significantly improves current rating performance.
- Magnetic core + terminals + coating + electroplating.
