TRACOPOWER

Traco Power

TRACO Electronic AG is a Swiss company with headquarters based in Baar, Switzerland. As a leading power supply specialist with more than 35 years experience, TRACO is dedicated to the design and manufacturing of high quality Direct Current (DC) and Alternating Current (AC) power conversion products. TRACO markets its products worldwide under the registered trademark TRACO Power. Their mission is to provide our customers with optimal power supply solutions in terms of performance, quality and cost for their individual application.

TRACO has a high reputation for global compliance with applicable regulations and directives allowing easier implementation of the products in customer's applications. Products are 100 percent tested and burned-in prior to shipment to guarantee full compliance to the applicable published specifications. TRACO's global manufacturing facilities are certified to ISO 9001/14000 and the commitment to quality is supported by a full 3 year product warranty.

Sihlbruggstrasse 111, Baar, CH-6340, Switzerland
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Developed with passion

Traco Power is a power supply specialist with more than 40 years of experience in the development of power supply solutions. Since then, Traco Power has been dedicated to the project planning, development, design and manufacture of high-quality, customized power supplies and DC/DC converters.

Traco Power's product range focuses on several markets, each with its own requirements, be it industrial, transportation and rail, medical and healthcare, automation and control, renewable energy or intelligent networks. In these areas, Traco Power offers one of the most comprehensive ranges on the market. RS Components, one of Traco Power's main global partners, offers a wide range of innovative products and solutions that are available directly from stock for same-day delivery DC/DC converters and AC/DC power supplies in various formats (DIN rail, chassis mounting, card mounting, etc.). We grant a 3- and 5-year guarantee on our products in the medical and Atex sectors.

TXN Line

TXN Line: Metal enclosed AC/DC power supplies from 25 to 1000 Watt for cost sensitive applications

  • With a low-profile metal case and screw terminal block connection, they are easy to install in any equipment.
  • The TXN power supplies are completely convection cooled up to the TXN 200 (200 Watt series) and feature an active PFC (>0.9) above 100 Watt.
  • Internal EMC filter, high IO-isolation and wide temperature range qualify them for numerous industrial applications.
Traco Power's Conduction Cooled System with the TCI

Fans are effective but bring noise, wear, and failure risks. Traco Power’s new TCI series offers a fanless solution with an innovative hybrid case for optimal heat transfer. It delivers up to 500 W with high efficiency (up to 94%), wide temp range, and is ideal for conduction-cooled systems. Benefits include reduced noise, higher reliability, compact size, and dust resistance. Perfect for demanding fanless applications.

Transcript
0:09 Fans have long been the go-to method for efficiently cooling electronic systems 0:13 and power supplies due to their affordability and effectiveness in dissipating heat from electronic components. 0:20 And although fans are a proven method, they also come with some drawbacks 0:24 noise generation 0:27 wear and tear from dust and particles 0:30 the need for airflow-optimized designs 0:33 and the risk of failures if the fan becomes blocked or damaged 0:37 are common concerns when implementing fans into an application. 0:41 In recent years, various cooling technologies have emerged and improved, 0:46 such as baseplate cooling, heat pipes, liquid cooling, and thermoelectric cooling systems. 0:52 However, many passive cooling systems like heatsinks or cooling baseplates have limitations 0:59 and lose much of their effectiveness when used with higher power systems. 1:03 To meet the growing customer demands for fanless designs 1:07 while simultaneously eliminating the limiting factors of conduction-cooled power supplies, 1:12 Traco Power has been working on a novel power supply design 1:15 that aims to maximize the potential of conduction-cooled systems. 1:19 The result of our efforts is the new TCI power supply series, 1:24 which utilizes an innovative hybrid case design, part encased and part encapsulated. 1:30 While the metal case ensures optimal heat transfer to any baseplate or case, 1:34 the special potting compound does the same for the individual components 1:38 by establishing an ideal thermal connection to all critical components 1:42 which is otherwise hard to achieve within conventional power supply designs. 1:47 By combining the best aspects of both case types, the TCI series has superior thermal capabilities 1:53 and can reach much higher power levels without the need 1:56 of a fan within the same form factor compared to traditional power supply designs. 2:01 When used in a conduction cooled setup the TCI series is able to deliver 80 to 100% of the rated maximum output power, 2:10 making it an ideal solution for fanless application setups. 2:14 The TCI product range includes models from 130 – 500 Watts and offers standard features such as 2:21 Wide temperature range, from –30 to 80°C 2:26 Optimized design for conduction cooled systems 2:29 Efficiency of up to 94% 2:33 Over-Voltage Category OVC III 2:36 Active PFC function 2:39 Overall, the design approach of Traco Power’s TCI Series brings numerous benefits to customers, 2:45 including high output power with a passive cooling system, reduced noise, improved reliability, 2:52 more compact designs, and dust resistance, all while offering design flexibility 2:58 and reduced maintenance efforts. 3:00 All TCI models are now available from stock through our official distribution channels. 3:06 For more information, datasheets, and certifications, please visit our website at www.tracopower.com
GaN in Power Supplies

GaN in Power Supplies Design

GaN-based power transistors (Gallium Nitride) are available as D-mode (normally on) and E-mode (normally off), each requiring different gate drivers. GaN technology significantly reduces switching losses, boosts efficiency, and allows for more compact and thermally optimized designs. These advantages make GaN ideal for modern, high-performance, and energy-sensitive applications across various industries.

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