Development of High Density Mini Point-of-Load dc-dc Converter by FDK
FDK leading Japanese and global electronic component and battery manufacturer made an announcement on development of yet another non-isolated, point-of-load (POL) dc-dc converter with a low profile single in-line (SIP) package. The newly developed FPDK12TR8006PSV dc-dc converter is capable of delivering up to 6 Amperes of output current at a power density of over 950 Watts per cubic inch. Read more
Sales of New Non-isolated Point-of-Load dc-dc Converters by FDK
Targeted to fit a wide range of telecommunications, data communications, computing, industrial as well as consumer applications where broad space, Cost, profile, efficiency and reliability of operation in high temperature environments are critical; FDK a leading global electronic component and battery manufacturer made an announcement on development of two new non-isolated, high density, low profile, Mini POL dc-dc converters. Read more
Development of high density POL converters by FDK
FDK Corporation a leading global electronic component and battery manufacturer has introduced three new non-isolated, point-of-load (POL), dc-dc converters expanding its DK Series. These very small, low profile surface mount devices deliver are capable of delivering up to 6 Amp of output current at power density of up to 860 watts/cubic inch, with efficiencies of up to 93%. Operating form a 5.6Vdc to 14.0Vdc input bus along with a tightly regulated programmable output voltage of 0.8Vdc to 6.6Vdc, the new converters incorporate an output voltage tracking function. Read more
World’s first photovoltaic power conditioner by OKI
A joint development effort by OKI Power Tech an OKI group company involve in development and manufacturing of power supply units and JFE Electrical & Control Systems resulted in industry’s first photovoltaic power conditioner. This product was developed to address the issue of power conversion inefficiency in insulated applications. This 10kW power conditioner provides a efficient power generation by applying a digital signal processing controller to an insulated DC-DC converter to be used in an outdoor environment with a focus on heat dissipation and maintainability. Read more
