Electromagnetic components are the “silent workhorses” of modern technology, managing power conversion, signal integrity, and energy storage. Hence we are no longer just “component suppliers”. We at NuFlux understand that in modern high-tech industries, we act as engineering solution providers, enabling efficiency, miniaturization, reliability, safety, and compliance across multiple sectors.
NuFlux has a structured design approach for electromagnetic components that is dedicated to enhance efficiency across various domains that include power conversion, renewable energy, communication, energy storage, lighting and energy metering. We are dedicated to delivering process-oriented sustainable solutions maintaining comprehensive documentation that effectively address the diverse requirements of clients around the world.
AUTOMOTIVE INDUSTRY:
Transformers: Crucial for EV onboard chargers (OBC) to convert AC grid power to DC battery voltage and for DC-DC converters that power 12V electronics from high-voltage batteries.
Inductors: Used in EMI filtering to prevent electrical noise from interfering with infotainment and ADAS systems, and in power steering actuators.
Electromagnetic Coils: Vital for solenoids in fuel injectors, transmission shift actuators, and wireless charging pads for smartphones or vehicle batteries.
IOT AND SMART MONITORING
Transformers: Current Transformers (CTs) and Potential Transformers (PTs) scale down high currents and voltages to measurable levels for safe monitoring.
Inductors: Integrated into filter circuits to ensure that sensitive measurement probes don’t pick up ambient high-frequency noise.
Electromagnetic Coils: Used in older analog meters to move the physical needle via magnetic deflection and in Hall Effect sensors for non-contact current sensing.
INDUSTRIAL POWER SUPPLIES
Transformers: Providing galvanic isolation for safety and step-down high industrial voltages (e.g., 480V) to usable levels for PLC and motor controllers.
Inductors: Act as chokes in Switched-Mode Power Supplies (SMPS) to smooth output current and store energy during switching cycles.
Electromagnetic Coils: Used in magnetic contactors and relays to switch high-current loads like industrial heaters or large motors.
LED LIGHTING TECHNOLOGY
Transformers: Found in LED drivers to provide isolation and convert AC mains to the low-voltage DC required by LED chips.
Inductors: Essential for buck/boost converters to maintain a constant current, preventing flickering and extending the lifespan of the LEDs.
Electromagnetic Coils: Used in dimming circuits (triac or PWM) to manage the rapid switching of power without creating audible buzz or electrical interference.
POWER CONDITIONING EQUIPMENT
Transformers: Used for impedance matching in RF circuits and providing isolation in Ethernet ports (LAN transformers) to protect equipment from surges.
Inductors: Integral to LC filters that separate different frequency bands in base stations and mobile devices, ensuring signal clarity.
Electromagnetic Coils: Utilized in tiny micro-actuators for optical fiber alignment and in antenna tuning units.
RAILWAYS AND DEFENCE
Propulsion Transformers: Heavy-duty transformers step down high-voltage overhead lines for train traction motors.
Inductors/Chokes: Used in Railways for signal filtering and protecting onboard electronics from the harsh electromagnetic environment of the tracks.
Electromagnetic Launch Systems (EMALS): In Defence, powerful coils are used on aircraft carriers to launch planes via magnetic propulsion.
Pulse Transformers: Used in radar systems and electronic warfare for high-speed signal switching and pulse shaping.