AD1206 Series

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Feb,2019 -Rev.1.01

ADV

Rating Current

The following equation may be used to determine the DC (Direct Current) or AC (Alternating Current) (RMS,

root mean square value) of normal rated power. However, if the result value exceeds the highest current of

regulated standards (paragraph 7), the highest normal rated power is to be used.

I = Rating current (A)

P= Rating Power (W)

R= Resistance(Ω )

Reliability test and requirement

Test Item

Specifications

Test Methods

Solderability

95%Cover Min

IEC60115-14.17

Lead-free solder bath at 245°C±5°C for 3s±0.3s

T.C.R

Withinspecified

T.C.R

IEC60115-14.8

20°C -120°C

RapidChangeof

Temperature

Nomechanicaldamage

∆R≤±1.0%R

IEC60115-14.19

-55°C (30min) ~normal

temperature(5min) ~125°C (30min)100 cycles.

Resistanceto

SolderingHeat

Nomechanicaldamage

∆R≤±1.0%R

IEC60115-14.18

Lead-free solder bath at 260°C±5°C for 10s±1s.

Shorttimeoverload

Nomechanicaldamage

∆R≤±1.0%R

IEC60115-14.13

2W:Rated powerX4 for 5 seconds;

3W:Rated powerX3 for 5 seconds.

SubstrateBending Test

Nomechanicaldamage

∆R≤±1.0%R

IEC60115-14.33

(Bending Distance):2mm (duration):60s±5s

DampHeat SteadyState

Nomechanicaldamage

∆R≤±1.0%R

IEC60115-14.24

40°C±2°C，93%±3%RH，1000 hours，Rated current or limiting

elementcurrentwhicheverislower1.5hON0.5hOFF.

Endurance at 70°C

Nomechanicaldamage

∆R≤±1.0%R

IEC60115-14.25.1

70°C±2°C，1000h，Rated current or limiting element curret

whicheverislower1.5hON0.5hOFF

EnduranceatUpper

CategoryTemperature

Nomechanicaldamage

∆R≤±1.0%R

IEC60115-14.25.3

170°C±2°C，1000h

Component

SolventResistance

Nomechanicaldamage

∆R≤±1.0%R

IEC60115-14.29

Iso-propyl alcohol(IPA)，23°C±5°C，10h