industry news
Subscribe Now

Bourns® TLVR Inductors Deliver Extremely High Current Capabilities to Match Today’s Data-Driven Application Performance Demands

Engineered with a dual-winding structure and low inductance, the Bourns® Model TLVR1005T and TLVR1105T Series provides fast transient response that can scale to CPU, FPGA and ASIC load requirements

RIVERSIDE, Calif., May 7, 2024 – Bourns, Inc., a leading manufacturer and supplier of electronic components for power, protection, and sensing solutions, today introduced its Model TLVR1005T and TLVR1105T Series. Bourns’ new multiphase trans-inductor voltage regulator (TLVR) inductors deliver extremely high current capabilities, low inductance, and low DC resistance (DCR) that are designed to meet today’s data-driven application performance needs. These types of applications have evolved in processing performance and now require the support of power bead inductors that can match their exceptionally high current specifications in the same, if not less, board space. Bourns® Model TLVR1005T and TLVR1105T Series multiphase TLVR inductors meet these requirements for servers, workstations, data centers, storage systems, and desktop computers, as well as in graphics cards and a variety of battery-powered systems.

A problem arises with traditional multiphase voltage regulators (VRs) in balancing performance, as high-current output demands require an increase in the duty cycle previously handled via long individual-phase stages. New multiphase TLVR architectures, developed to mitigate transient responses stemming from sudden increases in load output, are widely adopted to address these concerns. As such, system designers see the advantages of phase coupling in TLVR architectures, enabling extremely fast transient response, scalable with CPU, FPGA, and ASIC load requirements. The adoption of this architecture allows designers to develop robust systems without sacrificing other critical design parameters such as board space, system efficiency, power density, or BOM costs.

Engineered with a dual-winding structure and clip type coil, the Bourns® Model TLVR1005T and TLVR1105T Series deliver the low inductance and extremely high current capabilities (Irms up to 77 A and Isat up to 160 A) that are needed in a new generation of multiphase power solutions. The series’ shielded construction offers low radiation with an inductance range of 70 to 200 nH and an operating temperature range of -40 to +125 ºC.

The Bourns® Model TLVR1005T and TLVR1105T Series are available now and are RoHS* compliant and halogen free**. For more detailed product information, please see: www.bourns.com/products/magnetic-products/power-inductors-smd-dual-winding-shielded.

About Bourns
Bourns, Inc. is a leading manufacturer and supplier of position and speed sensors, circuit protection solutions, magnetic components, microelectronic modules, panel controls and resistive products. Headquartered in Riverside, California, USA, Bourns serves a broad range of markets, including automotive, industrial, consumer, communications, medical (low/medium risk)***, audio and various other market segments. Additional company and product information is available at www.bourns.com.

Leave a Reply

featured blogs
Sep 5, 2024
I just discovered why my wife sees our green watering can as being blue (and why she says I see our blue watering can as being green)...

featured paper

A game-changer for IP designers: design-stage verification

Sponsored by Siemens Digital Industries Software

In this new technical paper, you’ll gain valuable insights into how, by moving physical verification earlier in the IP design flow, you can locate and correct design errors sooner, reducing costs and getting complex designs to market faster. Dive into the challenges of hard, soft and custom IP creation, and learn how to run targeted, real-time or on-demand physical verification with precision, earlier in the layout process.

Read more

featured chalk talk

Shift Left Block/Chip Design with Calibre
In this episode of Chalk Talk, Amelia Dalton and David Abercrombie from Siemens EDA explore the multitude of benefits that shifting left with Calibre can bring to chip and block design. They investigate how Calibre can impact DRC verification, early design error debug, and optimize the configuration and management of multiple jobs for run time improvement.
Jun 18, 2024
16,713 views