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Hazardous voltage
. e G- k& w; y" G9 c* NInput Current8 g6 {4 p }# h- W2 t3 y; X9 F8 B
Marking Durability
+ P, V( m) }" A: |5 L4 S$ a2 _/ bDischarge of Primary Capacitors' n& G1 Z0 t7 o8 Z+ T3 p
Limited Current Circuits( V1 m9 ?1 p% n/ ?
Limited Power Source
; A9 g. B$ D1 {0 qEarthing Resistance
+ D& N3 t5 k& i) EHumidity Conditioning and Electric Strength
7 o) @& f Y% G2 w/ h) |" s( u8 bWorking Voltage" S+ y9 N! d2 y" @
Clearance and creepage distance8 G2 P, ^7 x: T- p$ v4 ?
Cord Anchorage! f" T/ b6 v$ i/ W! R
Stability Test
! U+ r# `. m7 n/ d" \Steady Force Test
" F$ v+ M! t' ]Impact Test
4 w3 M. r$ j; [$ V$ y7 @Drop Test
) m" w" ~5 [( F: |3 d8 G8 m, X0 vStress Relief Test/ @1 k, x8 J9 Y. o$ n* t
Direct Plug-in
- Z; r/ Y6 h0 R$ h9 pTemperature Test
4 T9 K2 p6 f. n: @3 }% tBall Pressure Test6 r+ a2 O& Q) E* T
Touch Current and Protective Conductor Current0 S- O: [, `) D
Electric Strength after Temperature Test' B4 Q6 H" H, w- L
Overload Test7 ~; ~ T0 L3 e6 R
Abnormal Operation Test; I# N! [- o9 r) p/ x7 E7 |
Components Fault Simulation |
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