Products

Product Availability | In-Stock Soon
Part Number Type Inductance DCR Saturation
Current		 Temp Rise
Current		 Operating
Temp		 Size Inventory
AVR-1F070608S Horizontal 55-120 nH 0.200 mΩ Up to 110 A 63 A -40 to +125˚C 7.2 x 6.5 x 8.2mm In-Stock Soon
AVR-1F100808S Horizontal 120-400 nH 0.120 mΩ Up to 94 A 70 A -40 to +125˚C 10.8 x 8.2 x 8.5mm In-Stock Soon
AVR-1F131309S Horizontal 120-680 nH 0.170 mΩ Up to 100 A 83 A -40 to +125˚C 13.0 x 13.5 x 9.5mm In-Stock Soon
AVR-1Z070711S Vertical 55-330 nH 0.145 mΩ Up to 155 A 76 A -40 to +125˚C 6.7 x 6.6 x 10.7mm In-Stock Soon
AVR-1Z090509S Vertical 90-330 nH 0.125 mΩ Up to 90 A 63 A -40 to +125˚C 9.0 x 5.2 x 9.4mm In-Stock Soon
AVR-1Z090610S Vertical 70-280 nH 0.100 mΩ Up to 145 A 84 A -40 to +125˚C 9.4 x 6.2 x 10.1mm In-Stock Soon
AVR-1Z100506S Vertical 70-120 nH 0.230 mΩ Up to 100 A 70 A -40 to +125˚C 10.0 x 4.8 x 6.0mm In-Stock Soon
AVR-1Z100612S Vertical 70-470 nH 0.125 mΩ Up to 160 A 83 A -40 to +125˚C 9.8 x 5.8 x 11.9mm In-Stock Soon

Introduction

Abracon's AVR family of Assembly Inductors provides advanced, cost-effective solutions for voltage regulation in next-generation applications. These inductors utilize a high-frequency magnetic core and specialized construction, ensuring high power efficiency and minimal loss. They are designed for use in traditional DC-DC circuits or as compensation inductors in TLVR multiphase configurations.

In TLVR topologies, this product can act as the compensation inductor essential for primary side power balancing. While TLVR circuits offer superior transient load response, not all designs necessitate this level of complexity and may prefer single-phase or traditional non-TLVR multiphase DC-DC conversion. Previously, molded inductors were commonly used in such applications, but assembly inductors now offer superior performance at a reduced cost.

The wire clip construction significantly lowers DCR values, thereby reducing heat dissipation and maximizing overall efficiency. With inductance values below 680nH, these inductors are well-suited for the high switching frequencies prevalent in data centers, cloud computing, AI/ML servers, crypto mining, and other demanding applications.

Features

  • Ferrite Based Assembly Inductors
  • Inductance Range: 55 nH - 680 nH
  • Operating Temp Range: -40°C to +125°C
  • Ultra Low DCR Clip Construction
  • Saturation Currents Up to 155A

Benefits

  • Wide range of package sizes for wide set of power requirements
  • Applicable for high switching applications
  • Low Thermal Losses/High Efficiency
  • Stable Inductance Response to Applied Current

Applications

  • Data Centers
  • Electric Vehicles (EVs)
  • Cloud Computing
  • Super Computers
  • Rack Servers
  • Crypto Mining
  • Artificial Intelligence Servers
  • Cloud Storage
  • Industrial Control