? by semikron 0797 1 v rms v v drm v rrm v i rms for continous operation, t amb = 35 c, mounted on heatsink p16/260f with radial fan skf 16b-230-01 500 a 600 a recom. rc snubber skiip skiip r/ w c/ m f 230 800 430 ana 08 580 ana 08 47 0.22 400 1400 430 ana 14 580 ana 14 68 0.1 500 1600 430 ana 16 580 ana 16 68 0.1 absolute maximum ratings symbol conditions 430 ana 580 ana units i d 2) i fsm i 2 t r thja 5) h v isol t vj t stg r temp t amb = 35 c, t j = 130 c t vj = 130 c, 10 ms t vj = 130 c, 10 ms 325 m 3 /h air flow altitude a.c. 50 hz; rms; 1 s/1 min t c = 25 c, i nom = 1 ma 500 5 125 0.076 600 10 320 0.062 a ka ka 2 s k/w sea level 3000/2500 - 40 ... + 130 - 40 ... + 130 1000 m v~ c c w mechanical data a accelaration 5 x g (g = 9.81) m/s 2 w approx. 7.4 kg m busbars to terminals 22.5 2.5 nm skiip ? b6u 3 ~ ac bridge rectifier skiip 430 ana ... skiip 580 ana ... features ? isolated heatsink ? aluminium oxide ceramic substrate ? integrated power for full bridge rectifier ? blocking voltage up to 1.6 kv ? pressure contact for high reliabitity ? base-plate temperature monitoring (ptc) typical applications ? dc drivers ? battery chargers rectifiers ? input rectifier for variable frequency drivers 1) code designation for orders skiip ... ana, f ... ana .. = no fan ... ana.. f = with fan 2) ?cold-start absolute maximum current, with fan skf 16b 3) value for complete b6u assembly with fan skf 16b skiip 430 ana ... - skiip 580 ana ...
2 0797 ? by semikron skiip 430 ana ... - skiip 580 ana ... fig. 5 maximum output current vs. ambient temperature fig. 3 maximum output current vs. time fig. 4 maximum output current vs. time fig. 12 block diagramm
? by semikron 0797 3 fig. 16 mechanical outline (in mm) with optional fan and mounting hardware fan has to be ordered seperately (id. no. 30119362) skiip 430 ana ... - skiip 580 ana ... fig. 14 temperature sensor characteristic. nominal supply current = 1 ma fig. 15 case s6 mechanical outline (in mm) without fan
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