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1 INPUT / OUTPUT MEASUREMENTS
7 y7 M. z8 s7 @% t* i' b2 MAXIMUM INPUT TEST
8 P, z! s6 E) ]2 L3 MAXIMUM OUTPUT VOLTAGE TEST
% F* `+ _, f% S9 B" Z4 W4 OUTPUT CURRENT AND POWER MEASUREMENTS (5 S):
% s/ F' T7 j6 I2 v. x5 FULL-LOAD OUTPUT CURRENT
5 K& T; q* X; |( k2 Y% U6 HUMIDITY CONDITIONING
7 G& ~5 H0 x, \/ F7 ENCLOSURE LEAKAGE CURRENT TEST
1 ~- n" M2 }5 H8 NORMAL TEMPERATURE TEST. i$ U5 X# c8 W( k/ U) J
9 DIELECTRIC VOLTAGE-WITHSTAND TEST" z; N! z- w; P3 `5 I) S
- ABNORMAL TESTS - GENERAL
# Q$ |/ u" E" A1 {10 ABNORMAL TESTS - COMPONENT FAILURE TESTS4 `2 w2 A) H5 f& Y7 L2 B* o
11 DIELECTRIC VOLTAGE WITHSTAND AFTER COMPONENT FAILURE TESTS
: O6 \' C4 m; T- ^9 }1 i3 A12 ABNORMAL TESTS - OUTPUT LOADING2 ?# f# C* o0 z# r2 Y
13 DIELECTRIC VOLTAGE WITHSTAND AFTER OUTPUT LOADING
/ z4 |! M! T+ x! L, Z. D; N+ Y14 TRANSFORMER BURNOUT TEST (SWITCH MODE DESIGN)
8 e0 G1 ]7 x/ W) I1 O1 F15 DIELECTRIC VOLTAGE WITHSTAND AFTER TRANSFORMER BURNOUT TEST (SWITCH MODE DESIGN) u( S( Q1 f* S% v/ l6 O$ L" t% \4 ^6 t+ C9 K
16 TRANSFORMER INSULATING MATERIALS
1 I# M4 M* y" G2 c3 }* ~2 k17 CAPACITOR DISCHARGE ENERGY
$ j1 n% |" ?6 w) ]; e8 n; A! k" \' h9 N18 BARE PWB DVW TEST% c! u" R6 L. A {0 _8 M. F
19 MOLD STRESS-RELIEF CONDITIONING/ d7 B% I0 J4 o8 m. t
20 IMPACT TEST (BALL) |
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