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3300V Bi-Directional Control Thyristor SKP24F33Q


  • YZPST-SKP24F33Q

Bi-Directional Control Thyristor

Blocking

Parameter

Symbol

Unit

 

SKP24F33Q

 

SKP24F30Q

 

SKP24F28Q

 

SKP24F26Q

Conditions

Non-repetitive peak off-state

and reverse voltage

 

VDSMVRSM

 

V

 

3400

 

3100

 

2900

 

2700

 

f = 5 Hz, tp = 10ms

repetitive peak off-state and

reverse voltage

 

VDRMVRRM

 

V

 

3300

 

3000

 

2800

 

2600

 

f = 50 Hz, tp = 10ms

Non-repetitive peak off-state

and reverse current

 

IDSMIRSM

 

mA

 

400

 

VDSMVRSM ,Tj = 125°C

repetitive peak off-state and

reverse current

 

IDRMIRRM

 

mA

 

400

 

VDRMVRRM, Tj  = 125°C

Critical rate of rise of

off-state voltage

 

dv/dtcrit

 

V/µs

 

1000

Exp.to 0.67VDRM, Tj =

125°C


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On-state

 

ParameterSymbolUnitMaxConditions
Average on-state currentITAVMA2437
RMS on-state currentITRMSA3818Half sine wave, TC = 70°C
Peak non-repetitive currentITSMKA43
Limiting load integralI2tkA2s9622tp=10ms, Tj =125°C, Half sine wave, VD = VR = 0V after surge
Peak on-state voltageVTV1.45IT=3000A ,Tj =125°C
Threshold voltageVT0V0.85
Slope resistancerT0.2IT=1500-4500A, ,Tj =125°C


mA150Tj=25°C
Holding currentIHmA130Tj=125°C


mA1000Tj=25°C
Latching currentILmA900Tj=125°C

Switching

 

ParameterSymbolUnitMaxConditions
Critical rate of rise of


VD ≤ 0.67 VDRM , Tj =125°C, f=50Hz
on-state currentdi/dtcritA/µs200ITRM≤2400A, IFG=2.0 A ,tr = 0.5 µs ,
Circuit-commutated turn-off


VD   ≤ 0.67 VDRM
timetqµs700dvD/dt = -30 V/µsITRM =2000A, Tj = 125°C VR = 200 V,
ReverseMin
µAs6000
diT/dt = -10 A/µs
recovery chargeMaxQrrµAs8000

 

Triggering

Parameter

Symbol

Unit

Min

Max

Conditions

Gate-trigger voltage

VGT

V

 

2.50

 

Tj = 25°C

Gate-trigger current

IGT

mA

 

300

 

Tj = 25°C

Gate non-trigger voltage

VGD

V

0.3

 

 

VD = 0.4*VDRM Tj = 125°C

Gate non-trigger current

IGD

mA

10

 

VD = 0.4*VDRM Tj = 125°C

Peak forward gate voltage

VFGM

V

 

12

 

Peak forward gate current

IFGM

A

 

10

Peak resverse gate voltage

VRGM

V

 

10

Average gate power loss

PG

W

 

3.0


Device Outline Drawing



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