October 31, 2019 – TRACO POWER announces their TEN 40E and TEN 40WIE families of 40 watt high-density DC/DC Converters in the industry standard 2″ x 1″ footprint.
The primary difference between these two families of DC/DC converters is the TEN 40E has 2:1 input ranges of 9-18 / 18-36 / 36-75 VDC versus the TEN 40WIE series with 4:1 input ranges of 9-36 / 18-75 VDC. Each family offers 5 single outputs of 3.3 / 5 / 12 / 15 / 24 VDC and three dual outputs of ±12 / ±15 / ±24 VDC. Standard features include: 1600 VDC isolation; efficiency operation up to 93%; remote on/off control; output voltage trim; -40C to +85C operating temperature range (see derating); >1.2 million hours MTBF; and protection circuits for over-voltage / over-current and continuous short-circuit with auto-recovery. All models are backed a 3-year product warranty and safety approved to EN / IEC / UL 62368-1. Typical applications include industrial equipment, instrumentation, information technology and any distributed power architecture where weight and space are critical on the PCB.
October 31, 2019 – TRACO POWER announces their TEN 40E and TEN 40WIE families of 40 watt high-density DC/DC Converters in the industry standard 2″ x 1″ footprint.
The primary difference between these two families of DC/DC converters is the TEN 40E has 2:1 input ranges of 9-18 / 18-36 / 36-75 VDC versus the TEN 40WIE series with 4:1 input ranges of 9-36 / 18-75 VDC. Each family offers 5 single outputs of 3.3 / 5 / 12 / 15 / 24 VDC and three dual outputs of ±12 / ±15 / ±24 VDC. Standard features include: 1600 VDC isolation; efficiency operation up to 93%; remote on/off control; output voltage trim; -40C to +85C operating temperature range (see derating); >1.2 million hours MTBF; and protection circuits for over-voltage / over-current and continuous short-circuit with auto-recovery. All models are backed a 3-year product warranty and safety approved to EN / IEC / UL 62368-1. Typical applications include industrial equipment, instrumentation, information technology and any distributed power architecture where weight and space are critical on the PCB.
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