ICE Components / ICE Components, Inc. Power Magnetics and Current Sensors
Explore advanced power magnetics from ICE Components / ICE Components, Inc. (USA) supplied by SpareX worldwide. Sourcing GT pulse transformers, CT current transformers, high-current flat-wire inductors, and precision current sensors.
Gate Drive Pulse Transformers GT Series
ICE Components gate drive transformers (GT02, GT03, GT04) deliver high-speed switching pulses to power MOSFETs, IGBTs, and SiC modules. Galvanic isolation protects low-voltage control circuitry from high-voltage DC bus transients. Optimized winding geometry minimizes leakage inductance.
- GT02, GT03, and GT04 series for MOSFET, IGBT, SiC
- Galvanic isolation between control and power stages
- Low-profile SMT and robust through-hole packages
- Ultra-low leakage inductance and interwinding cap
Current Sense Transformers CT Series
ICE Components current sense transformers (CT01, CT02, CT03, CT11) provide isolated monitoring of AC and pulse currents in switch-mode power supplies. They deliver linear current feedback for peak-current control and short-circuit protection. Surface-mount and through-hole packages save board space.
- CT01, CT02, CT03, CT11 series for current sensing
- Galvanically isolated measurement of AC pulses
- Compact SMT footprints and tombstone THT designs
- Integrated peak-current control and fault protection
High-Current Flat-Wire Power Inductors
ICE Components flat-wire inductors are engineered for high-efficiency power modules. Flat copper windings minimize DC resistance and reduce conduction thermal losses during operation. They are ideal for point-of-load converters, VRM stages, and DC-DC regulators.
- Flat-wire copper windings with ultra-low DCR
- Reduced conduction losses at high continuous currents
- Optimized for VRM, POL, and synchronous buck converters
- Magnetic shielding to suppress radiated EMI noise
Hall-Effect Current Sensors ISE and ISB Series
ICE Components ISE and ISB Hall-effect current sensors provide isolated measurement of AC and DC currents without cutting conductors. Designed for PCB mounting or busbar attachment, they serve motor drives, EV charging systems, and industrial monitoring loops.
- ISE and ISB Hall-effect sensing series
- Isolated monitoring of AC and DC current loops
- PCB-mount configurations and busbar attachments
- Linear analog output for automation controllers
Ferrite-Core Power Inductors for Class-D Audio
ICE Components ferrite-core inductors are specifically engineered for low-pass output filtering in digital Class-D audio amplifiers. They attenuate high-frequency PWM carrier noise while maintaining low total harmonic distortion. Thermal stability ensures continuous reliability under heavy playback.
- Ferrite-core inductors for PWM output filtering
- Ultra-low harmonic distortion in audio spectrum
- Low DCR windings prevent excessive thermal buildup
- Compact profiles suited for dense audio boards
Engineering support, module inspection and component selection for ICE Components
The technical engineering service provides incoming inspection of power conversion modules, linearity verification of current sensor measurement channels, communication interface parameterization, and cross-reference selection of ICE Components / ICE Components, Inc. magnetic devices.
Prior to installation, engineers verify key electrical parameters including inductance, DC resistance, dielectric insulation breakdown rating, and saturation current limits. Delivery terms, testing procedures, and technical specifications are fully documented in the agreement.
Inspection and mounting procedures for GT series gate drive pulse transformers
ICE Components GT series gate drive transformers require precise adherence to recommended reflow soldering thermal profiles during automated surface-mount assembly. Technical inspection verifies ferrite core integrity and galvanic isolation between power stages and low-voltage control circuits.
During periodic diagnostics of motor drives and power inverters, engineers use high-bandwidth oscilloscopes to inspect switching edge transitions on power switches. Eliminating parasitic ringing protects semiconductor devices from shoot-through damage.
Diagnostics and calibration of CT series current sense transformers
ICE Components CT series current sense transformers undergo testing to prevent magnetic core saturation under peak pulse amplitudes. The technical team inspects secondary winding continuity and verifies the resistance of precision termination load resistors.
Timely replacement of degraded current sense transformers prevents spurious overcurrent tripping in high-frequency switch-mode power supplies and welding inverters.
Thermal imaging and inspection of high-current flat-wire power inductors
ICE Components high-current flat-wire inductors are inspected with thermal imaging systems under full operational load. Engineers measure localized temperature rise across flat copper windings and inspect solder joints on high-copper PCB polygons.
When excessive thermal rise or inter-turn shorts are detected, modular replacement is performed with compatible factory components to preserve voltage regulator power efficiency.
Calibration and setup of Hall-effect current sensors ISE and ISB series
ICE Components ISE and ISB series Hall-effect current sensors are calibrated against precision reference current sources. Testing verifies zero-offset drift, sensitivity gain, and linear output response across the full operating range.
When integrating sensors into automation control cabinets, engineers align the primary conductor inside the magnetic aperture to prevent measurement errors caused by stray external magnetic fields.
ICE Components / ICE Components, Inc. and model names are trademarks of their respective owners and are used only to identify the equipment for which we source parts. SpareX is not an official dealer, distributor or representative of ICE Components / ICE Components, Inc. and is not affiliated with the trademark owner. Origin, documents and warranty are stated for each item in the quotation.
