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Part Number
|
KP2000A |
|
Manufacturer
|
ETC |
|
Description
|
HIGH POWER THYRISTOR |
|
Published
|
Oct 19, 2014 |
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Detailed Description
|
KP2000A/5000V
*...
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Datasheet
|
 KP2000A PDF File
|
Overview
KP2000A/5000V
*
HIGH POWER THYRISTOR FOR PHASE CONTROL APPLICATIONS Features:
.
All Diffused Structure .
Spoke Amplifying Gate Configuration .
High dV/dt Capability .
Pressure Assembled Device
CASE 5T
ELECTRICAL CHARACTERISTICS AND RATINGS
Blocking - Off State
Device Type VRRM (1) VDRM (1) VRSM (1)
KP2000A
5000
5000
5200
VRRM = Repetitive peak reverse voltage VDRM = Repetitive peak off state voltage VRSM = Non repetitive peak reverse voltage (2) Repetitive peak reverse leakage and off state leakage Critical rate of voltage rise IRRM / IDRM dV/dt (4) 10 mA 200 mA (3) 1000 V/µsec
Notes: All ratings are specified for Tj=25 oC unless otherwise stated.
(1) All voltage ratings are specified for an applied 50Hz/60zHz sinusoidal waveform over the temperature range -40 to +125 oC.
(2) 10 msec.
max.
pulse width (3) Maximum value for Tj = 125 oC.
(4) Minimum value for linear and exponential waveshape to 70% rated VDRM.
Gate open.
Tj = 125 oC.
(5) Non-repetitive value.
Conducting - on state
Parameter Average value of on-state current RMS value of on-state current Peak one cpstcle surge (non repetitive) current
Symbol IT(AV) ITRMS ITSM
Min.
Max.
2000 4000 40000 36000
Typ.
Units A A A A A2s mA
Conditions Sinewave,180o conduction,Tc=70oC Nominal value 8.
3 msec (60Hz), sinusoidal waveshape, 180o conduction, Tj = 125 oC 10.
0 msec (50Hz), sinusoidal waveshape, 180o conduction, Tj = 125 oC 8.
3 msec and 10.
0 msec VD = 24 V; RL= 12 ohms VD = 24 V; I = 2.
5 A ITM = 5000 A Switching from VDRM ≤ 800 V, non-repetitive Switching from VDRM ≤ 800 V
I square t Latching current Holding current Peak on-state voltage Critical rate of rise of on-state current (5) Critical rate of rise of on-state current
I2t IL
10x106 1500
IH VTM di/dt 300 di/dt 100 250 2.
40
mA V A/µs A/µs
KP2000A/5000V
Gating
Parameter Peak gate power dissipation Average gate power dissipation Peak gate ...
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