절연 DC/DC파워서플라이

우리가 처음으로 DC/DC 컨버터를 개발하기 시작했을 때에는 컨버터가 전자산업분야에서 이렇게 널리 사용될 것이라고는 예측하지 못했었습니다. 이 분야 개척자중의 한 업체인 리콤은 고도의 기술력이 집약된 신뢰할 수 있는 0.25 ~ 240watts 제품을 생산하고 있습니다. RECOM은 출력 전압 조절형 또는 비조절형, 10kVDC 절연, +100°C 의 매우 높은 주변 온도에서 작동하는 제품과 같이 모든 전자산업 분야에 적합한 컨버터를 생산하고 있습니다. 전자회로 개발과 생산에 필요한 다양한 사이즈와 기능을 가진 제품을 전세계에서 가장 많이 보유하고 있습니다.

The second reason to use a DC/DC converter is to isolate a primary circuit from a secondary circuit. This is important to prevent a sensitive component from interferences coming from other components. As an example, this figure shows a noisy circuit A (a high current motor driver) and circuit B (a motor speed controller) that are electrically separated by a DC/DC converter. One of the main applications for isolated circuits is found in the medical industry. They need to comply with very strict safety standards and regulations, such as UL or CSA. The additional isolation provided by a DC/DC converter is specifically required for electronic systems that are directly attached to patients. Other applications connected to the “outside world”, such as USB interfaces, would also require isolation to prevent an excess of voltage leaving a device due to an internal failure.

DC/DC converters are also used in distributed power architecture systems for many reasons including: efficiency and reliability compared to central multiple outputs supply, as well as flexibility and cost. Larger, centralized power supplies can have significant voltage drops, and are expensive and inflexible. For more information on DC/DC conversion theory - read up in our Book Of Knowledge.

It's not all too long ago that a transformer, rectifier and linear regulator was the main technology in power conversion - nowadays the DC/DC converter gradually edges out the linear regulator and the primary-side switching controller is replacing the simple 50Hz mains transformer. The immense technical progress of new circuits, components, and materials has made it possible to increase the performance and to improve the thermal behavior, while simultaneously substantially reducing the size, weight and cost of power supplies. Consequently, switching regulators are used today in large numbers and are the standard technology in DC/DC power conversion. Modern DC/DC converters are designed to provide efficient power conversion to deliver a controlled, safe and well-regulated DC power supply for a variety of electronic instruments, devices and systems.

Modular DC/DC converters were always considered to be more expensive than discrete solutions. However, with the commissioning of its own SMT factory, we are able to offer selected converter series at very attractive prices. With economy of scale, we realize with our cost effective power supplies cost savings of up to 50% compared to similar products without compromising quality. It is not only the design engineer that wins by using our products, but also the buyer as procurement begins and ends with just one single module. No more specifying and sourcing of multiple components.

Unexpected problems such as component tolerances, testing failures and EMC issues coming from discrete designs can lead to horrendous delays and re-design costs. The planned launch of a product can quickly be delayed by months. Tested and certified DC/DC converters not only save on development time but also reduce the risk of time-to-market delays and simplify the final certification process.



With simply adding a few components to the DC/DC converter, its EMC compliance can reach EN55022, Class A or Class B.



Standard case sizes, footprints and pinouts guarantee an easy integration into your design.

Whether regulated or unregulated, isolated to 10kVDC, or carefully designed for extremely high ambient temperatures of +100°C - we offer a suitable modular DC/DC converter for every application. Unregulated DC/DC converters are typically used in general purpose power isolation and voltage matching applications and feature a full industrial operating temperature range of -40°C up to +85°C without derating. Regulated DC/DC converters are designed for industrial applications, can drive high capacitive loads and operate over a broad temperature range without derating. Furthermore they provide stable output voltages when the input voltage suddenly changes.