PDQE10-D Series

The PDQ10-D Series is an encapsulated 10 W isolated DC-DC converter packaged in an industry standard 1” x 1” footprint. These low-profile modules feature a 4:1 input voltage range and offer up to 86% efficiency. Housed in a compact DIP package and featuring a wide -40 to +105ºC operating temperature range, the series is suitable for convection-cooled equipment. Target applications for the PDQ10-D Series include microcontrollers, datacom, telecom, remote sensor systems and portable electronics.

The PDQ15-D Series is an encapsulated 15 W isolated DC-DC converter packaged in an industry standard 1” x 1” footprint. These low-profile modules feature a 4:1 input voltage range and offer up to 88% efficiency. Housed in a compact DIP package and featuring a wide -40 to +105ºC operating temperature range, the series is suitable for convection-cooled equipment. Target applications for the PDQ15-D Series include microcontrollers, datacom, telecom, remote sensor systems and portable electronics.

The PTP15 series is a 15 W isolated medical DC-DC converter offering 4000 Vac isolation or 5600 Vdc isolation with a 2:1 input voltage range. Housed in an encapsulated, board mountable package, this series is medical grade and carries an extended temperature range of -40 up to +100ºC, making it a reliable option for medical instrumentation, low power consumer electronics, and industrial equipment that requires high isolation voltage.

The PRFE20W series is a 20 W DC-DC converter designed specifically to meet the needs of railway applications. All models are designed to meet EN 45545, EN 50155, and EN 55035 standards while offering a host of features, including an 18:1 input range, single/dual regulated outputs, and efficiencies up to 90%.

The PRC10W Series is a single/dual regulated 10 W DC-DC converter designed to meet the needs of railway and other industrial applications. All models meet EN 50155 standards and offer a host of features, including an ultra-wide input range of 8.5~160 Vdc, a robust operating temperature range, and efficiencies up to 88%.