Single-phase full wave rectifying circuit, TC=100°C VRRM tp=10ms VRsM=

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Single-phase full wave rectifying circuit, TC=100°C VRRM tp=10ms VRsM=

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2D150 SYMBOL CHARACTERISTIC TEST CONDITIONS
Single-phase full wave rectifying circuit, TC=100°C VRRM tp=10ms VRsM= VDRM&VRRM+200V 10ms half sine wave VR=0.6VRRM
Tj(°C)
VALUE Type
1800 2.50 31.8 0.80
UNIT
VRRM IRRM IFSM Rth(j-c) Viso Tstg Outline
output current Repetitive peak reverse voltage Repetitive peak current Surge forward current fusing coordination Threshold voltage
s*10
Forward slop resistance Peak forward voltage Thermal resistance Junction heatsink Isolation voltage Terminal connection torque(M4) Mounting torque(M6) Stored temperature Weight 410F4 FM=225A Single side cooled 50Hz,R.M.S,t=1min,I iso:1mA(max) 2500 0.150
OUTLINE DRAWING CIRCUIT DIAGRAM
Peak forward Voltage Vs.Peak forward Current MDQ/S150 Instantaneous on-state currant,amperes 1000 Tj=150°C Transient thermal impedance,°C/W Max. junction case Thermai Impedance Vs.Time 0.15 0.15
Instantaneous on-state voltage,volts
0.12
0.09
0.06
0.03
0.001
0.01
time
Fig.1
Max. Power Dissipation Vs.Mean forward Current MDQ150 Max.on-state dissipation,wates Mean on-state current,amperes Case temperature,°C
Fig.2
Max. case Temperature Vs.Mean forward Current MDQ150
Mean on-state current,amperes
Fig.3
Surge Current Vs.Cycles 2.50
Fig.4
31.8 Vs.Time Maximum I2t(Kamps2,secs)
Total peak half-sine surge current,kA
Cycles 50Hz
Time,m.seconds
Fig.5
Fig.6

Single-phase full wave rectifying circuit, TC=100°C VRRM tp=10ms VRsM=

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