E/A-insulation 3000 VAC designed for 1000 V/AC operating voltage. Approval according to medical standard UL 60601-1 and IEC/EN 60601-1, 3rd edition, 2 x MOOP. 2:1 input range, low leakage current, short-circuit proof.This text is machine translated.
2:1 input range, short-circuit proof, E/A-insulation 1500 V/DC, input filter according to EN 55022, class A, industry-standard pinning, cost-optimized new design.This text is machine translated.
2:1 input range, short-circuit proof, E/A-insulation 1500 V/DC, input filter according to EN 55022, class A, industry-standard pinning, cost-optimized new design.This text is machine translated.
2:1 input range, short-circuit proof, E/A-insulation 1500 V/DC, input filter according to EN 55022, class A, industry-standard pinning, cost-optimized new design.This text is machine translated.
4:1 input range, short-circuit proof, E/A-insulation 1500 V/DC, input filter according to EN 55022, class A, industry-standard pinning, cost-optimized new design.This text is machine translated.
4:1 input range, short-circuit proof, E/A-insulation 1500 V/DC, input filter according to EN 55022, class A, industry-standard pinning, cost-optimized new design.This text is machine translated.
Small 15 W converter in plastic casing. Wide 2:1 input ranges, protected against permanent short circuit, industry-standard pinning, remote on/off.
High power density in the DIL-24 metal housing, 4:1 input range, input/output insulation 1500 V/DC, short-circuit proof, external on/off, input filter according to EN 55022, class A.This text is machine translated.
The THD 15WIN series models provide 15 Watt output power out of a very compact shielded metal case that occupies only 1 inch² of board space. The converters work with a high efficiency over the full load range and draw a very low input current at no...
The THD 15WIN series models provide 15 Watt output power out of a very compact shielded metal case that occupies only 1 inch² of board space. The converters work with a high efficiency over the full load range and draw a very low input current at no...