IT (AV) A VDRM...400V/600V JEDEC : TO-92. Conditions A IT (AV) Commercial frequency, sine half wave, 180 conduction, Ta=47 C A ITSM

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1 OUTLINE DRWING φ. MX. Dimensions in mm CTHODE NODE GTE OLTGE CLSS TYPE NME. MX. MIN CIRCUMSCRIBE CIRCLE φ MX IT ().... DRM.../ IGT...µ JEDEC : TO-9 PPLICTION Leakage protector, timer, gas ignitor MXIMUM RTINGS 8 oltage class RRM RSM Repetitive peak reverse voltage Non-repetitive peak reverse voltage 8 R () DRM DSM D () reverse voltage Repetitive peak off-state voltage Non-repetitive peak off-state voltage off-state voltage IT (RMS) RMS on-state current Conditions Ratings. IT () verage on-state current Commercial frequency, sine half wave, 8 conduction, Ta= C. ITSM Surge on-state current Hz sine half wave full cycle, peak value, non-repetitive I t I t for fusing alue corresponding to cycle of half wave Hz, surge on-state current. s PGM Peak gate power dissipation W PG () FGM verage gate power dissipation Peak gate forward voltage. W RGM IFGM Peak gate reverse voltage Peak gate forward current. Tj Junction temperature ~ + C Tstg Storage temperature Weight Typical value ~ +. C g. With gate to cathode resistance RGK=kΩ. Sep.

2 ELECTRICL CHRCTERISTICS Test conditions Min. Limits Typ. Max. IRRM IDRM TM GT GD IGT IH Rth (j-a) Repetitive peak reverse current Repetitive peak off-state current On-state voltage Gate trigger voltage Gate non-trigger voltage Gate trigger current Holding current Thermal resistance Tj= C, RRM applied Tj= C, DRM applied, RGK=kΩ Ta= C, ITM=, instantaneous value Tj= C, D=, IT=. Tj= C, D=/DRM, RGK=kΩ Tj= C, D=, IT=. Tj= C, D=, RGK=kΩ Junction to ambient m m µ m C/W. If special values of IGT are required, choose at least two items from those listed in the table below. (Example: B, BC) Item B C IGT (µ) ~ ~ ~ The above values do not include the current flowing through the kω resistance between the gate and cathode.. IGT, GT measurement circuit. IGS IGT RGK kω GT SWITCH TUT Ω SWITCH : IGT measurement SWITCH : GT measurement (Inner resistance of voltage meter is about kω) PERFORMNCE CURES ON-STTE CURRENT () MXIMUM ON-STTE CHRCTERISTICS Ta = C SURGE ON-STTE CURRENT () RTED SURGE ON-STTE CURRENT 8 8 ON-STTE OLTGE () CONDUCTION TIME (CYCLES T Hz) Sep.

3 GTE OLTGE () GTE CHRCTERISTICS PGM = W FGM = PG() =.W GT =.8 (Tj = C) IGT = µ (Tj = C) GD =. IFGM =. (%) GTE TRIGGER CURRENT (Tj=t C) GTE TRIGGER CURRENT (Tj= C) GTE TRIGGER CURRENT S. JUNCTION TEMPERTURE TYPICL EXMPLE 8 GTE CURRENT (m) JUNCTION TEMPERTURE ( C) GTE TRIGGER OLTGE () GTE TRIGGER OLTGE S. JUNCTION TEMPERTURE.8 DISTRIBUTION. TYPICL EXMPLE. IGT ( C) = µ. 8 TRNSIENT THERML IMPEDNCE ( C/W) 8 8 MXIMUM TRNSIENT THERML IMPEDNCE CHRCTERISTICS (JUNCTION TO MBIENT) JUNCTION TEMPERTURE ( C) TIME (s) ERGE POWER DISSIPTION (W) MXIMUM ERGE POWER DISSIPTION (SINGLE-PHSE HLF WE) =. RESISTIE, INDUCTIE LODS.... MBIENT TEMPERTURE ( C) LLOWBLE MBIENT TEMPERTURE S. ERGE ON-STTE CURRENT (SINGLE-PHSE HLF WE) 8 = RESISTIE, INDUCTIE LODS NTURL CONECTION ERGE ON-STTE CURRENT () ERGE ON-STTE CURRENT () Sep.

4 ERGE POWER DISSIPTION (W) MXIMUM ERGE POWER DISSIPTION (SINGLE-PHSE FULL WE) 9 = RESISTIE LODS.... MBIENT TEMPERTURE ( C) LLOWBLE MBIENT TEMPERTURE S. ERGE ON-STTE CURRENT (SINGLE-PHSE FULL WE) 8 = RESISTIE LODS NTURL CONECTION ERGE ON-STTE CURRENT () ERGE ON-STTE CURRENT () ERGE POWER DISSIPTION (W) MXIMUM ERGE POWER DISSIPTION (RECTNGULR WE) 8. 9 =... RESISTIE, INDUCTIE LODS.... MBIENT TEMPERTURE ( C) LLOWBLE MBIENT TEMPERTURE S. ERGE ON-STTE CURRENT (RECTNGULR WE) 8 NTURL CONECTION = RESISTIE, INDUCTIE 9 LODS ERGE ON-STTE CURRENT () ERGE ON-STTE CURRENT () (%) BREKOER OLTGE S. JUNCTION TEMPERTURE TYPICL EXMPLE RGK = kω (%) BREKOER OLTGE S. GTE TO CTHODE RESISTNCE TYPICL EXMPLE Tj = C BREKOER OLTGE (Tj = t C) BREKOER OLTGE (T j = C) 8 8 BREKOER OLTGE (RGK = rkω) BREKOER OLTGE (RGK = kω) 8 JUNCTION TEMPERTURE ( C) GTE TO CTHODE RESISTNCE (kω) Sep.

5 (%) BREKOER OLTGE (dv/dt = v/µs) BREKOER OLTGE (dv/dt = /µs) BREKOER OLTGE S. RTE OF RISE OF OFF-STTE OLTGE RGK = kω 8 Tj = C 8 Tj = C HOLDING CURRENT (m) HOLDING CURRENT S. JUNCTION TEMPERTURE RGK = kω DISTRIBUTION TYPICL EXMPLE IGT ( C) = µ 8 RTE OF RISE OF OFF-STTE OLTGE (/µs) JUNCTION TEMPERTURE ( C) HOLDING CURRENT (m) HOLDING CURRENT S. REPETITIE PEK REERSE OLTGE S. GTE TO CTHODE RESISTNCE JUNCTION TEMPERTURE TYPICL EXMPLE TYPICL EXMPLE IGT ( C) IH (kω) # µ.m # µ.m # # D =, Tj = C GTE TO CTHODE RESISTNCE (kω) (%) REPETITIE PEK REERSE OLTGE (Tj=t C) REPETITIE PEK REERSE OLTGE (Tj= C) 8 8 JUNCTION TEMPERTURE ( C) GTE TRIGGER CURRENT (µ) GTE TRIGGER CURRENT S. GTE CURRENT PULSE WIDTH # # TYPICL EXMPLE IGT () # µ # µ Tj = C GTE TRIGGER PULSE WIDTH (µs) Sep.