Solar Chocks

The unique design of micro coils for the inductors results in:

  • Dramatically higher fill-factor (90% vs. 40% in legacy technologies)
  • Reduced DCR losses (60% less than legacy technologies)
  • Ultra-compact design (30% less than Litz-wire based inductors)
  • Reduced circulating currents
  • Lower capacitance and reduced RFI noise
  • High reliability

These innovative coil winding technologies include:

  • Use of a rectangular copper wire instead of the industry-standard Litz wire
  • Simultaneous winding of multiple wires
  • Implementation of unique winding methods in an horizontal orientation
  • A novel arrangement of the ferrites in the core

 

Next Generation Tri-Filar Inductor

Tri-Filar inductor for solar inverter, based on rectangular wires and patented winding technology. Next Generation…

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Next Generation Quad-Filar Inductor

This is a Quad-Filar conceptual design for a solar inverter's inductor, based on rectangular wires…

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Single-Phase Dual Inductor

Single-phase dual inductor cast on a single core. Designed to meet customer's Inductance and operating-current specifications.

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Single-Phase High Inductance Dual Inductor

This is a single-phase, high-frequency filtering inductor. It features two inductors cast on a single…

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Single-Phase High Frequency Dual Inductor

Single-phase high frequency filtering inductor. Two inductors cast on a single core in a single…

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Three-Phase Storage Inductor

Three-phase storageinductor for low to medium currents with flat face aluminum heat-sink casing. Built to…

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Three-Phase High inductance Filtering Inductor

Three-phase high-inductance filtering inductor, packaged in a single aluminum casing for heat dissipation, intended for…

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Three-Phase Medium Current Inductor

Three-phase storageinductor for medium currents with a flat face aluminum heat-sink casing. Built to customer's…

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Three-Phase Low Frequency Filtering Inductor

Three-phase high-current filtering inductor, packaged in a single aluminum casing for heat dissipation. Available also…

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Three-Phase High Current Inductor

Three-phase storage inductor for very high currents with a flat face aluminum heat-sink casing. Built…

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Solar Common Mode Choke

Common mode choke for solar inverters, with a minimum breakdown insulating voltage of 3.5 KV.

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