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Hazardous voltage
9 B; @. b& K. p, Q, U. _7 ~Input Current% o. s6 e {; |- v, v% M
Marking Durability; b: Q; o, Z9 J; ~6 D% O
Discharge of Primary Capacitors1 ^3 H$ [4 h- p6 f. l5 j$ a! F* L
Limited Current Circuits M8 q; M5 U) c+ B" Q
Limited Power Source- `4 o: W: M( T$ m# V, U% D
Earthing Resistance$ e7 F% I7 s- M
Humidity Conditioning and Electric Strength9 Y* R) \) Y: `* v
Working Voltage6 R, u& l9 h" c3 M
Clearance and creepage distance
: F( f* @0 g3 t, m' }Cord Anchorage1 o4 T5 U- x2 T. P
Stability Test
4 u) T' l1 t6 s$ ]5 c/ @Steady Force Test
# J4 w! Z& T2 HImpact Test* _8 l! _& B% {; \; m5 }9 g7 Z
Drop Test
4 {% {2 \3 ]: u4 q+ M# pStress Relief Test
2 t6 I9 f' j) E+ @Direct Plug-in
8 D# D7 t1 R2 \3 HTemperature Test6 O. v( [5 O% R) s
Ball Pressure Test! N. I5 K3 t/ ~+ }& Z
Touch Current and Protective Conductor Current
$ B3 s/ m" K/ J' c0 t3 PElectric Strength after Temperature Test
& D1 H. A+ y, Z% m2 \$ yOverload Test& @ B: j" S" ?4 C8 n ?, M
Abnormal Operation Test+ W! u8 A1 I7 v8 H. J
Components Fault Simulation |
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