Make Your Industrial Purchase Cheaper, Faster, Easier, and Better
伊伊西科技(北京)有限公司
EEC TECHNOLOGY (BEIJING) CORP., LTD

  Hot Line

  +86 134 6671 4221​

P
Hot Search: CK-625, CCGS, CWM-75L, TV1547, 9T94A, ITL12-1, FN1000, GM2200, DA7250, IM9500 ...
P​​
                     
               
CURRENT LOCATION:​​​
 产品中心​TECH 
PCB High Voltage Rectifier Assembly

PCB High Voltage Rectifier Assembly

Product Features


1.Adopt advanced multi-layer PCB design concept to achieve the better heat dissipation effect.

2.Low leakage current, low power, operating junction temperature -40~+150℃.

3.Optional RC equalization design makes the product more stable

4.Excellent resistance to instantaneous large current impact and reverse avalanche breakdown characteristics.

5.General sizes or custom service available.


0.00
0.00
  
商品描述

Product Features


1.Adopt advanced multi-layer PCB design concept to achieve the better heat dissipation effect.

2.Low leakage current, low power, operating junction temperature -40~+150℃.

3.Optional RC equalization design makes the product more stable

4.Excellent resistance to instantaneous large current impact and reverse avalanche breakdown characteristics.

5.General sizes or custom service available.





                 High Voltage Rectifier Unit Series

Type

HPT80KV15A

25nS

Extremely fast recovery time,

RC equalization

HPT64KV8A

75n
S
Ultra fast recovery time,

RC equalization

HPT64KV8A

100nS

Fast recovery ,   

RC equalization

HPT96KV5A

100nS

Fast recovery ,

RC equalization

HPT110KV8A

75nS

Ultra fast recovery time,

RC equalization

Repetitive Peak Reverse Voltage  [Vrrm KV]

80

64

64

96

110

Non-repetitive Peak Reverse Voltage [Vrsm KV]

110

80

80

115

140

Average On-state Current

[Ifavm1 A 45]

15

8

8

5

8

Average On-state Current

[Ifavm2 A 85]

10

5

5

3

5

Repetitive Forward Peak Voltage

[ Ifrm A ] Note1

300

160

160

100

160

Maximum Non-repetitive Surge Current

[Ifsm1 A 25 ] Note2

80

100

100

60

100

Maximum Non-repetitive Surge Current

[Ifsm2 A 85 ]

60

80

80

40

80

Junction Temperature

[ Tj ]

-55175

-55175

-40150

-40150

-55175

Maximum Junction Temperature

[ Tjm   ]

175

150

150

150

175

Storage Temperature

[ Tstg  ]

-55175

-55175

-40150

-40150

-55175

Dimension

[ Outline WXDXL ] Note3

50x45x240

L1=220M8X2

50x45x240

L1=220M8X2

50x45x240

L1=220M8X2

50x45x240

L1=220M8X2

100x45x240

L1=220M8X2

L2=35X2(M6X4)

Reverse Leakage1

[ Ir1 Tj=25  uA]  Notes4

15

25

20

10

25

Reverse Leakage2

[ Ir2 Tjm=25  uA]

60

500

100

50

500

Forward Voltage1

[ Vf1 Tj=25  V ]

115

120

90

135

200

Forward Voltage2

[ Vf2 Tj=150  V ]

165

96

78

118

165

Thermal Resistance1

[ Rthjc Air cooling K/W ] Notes5

0.6

1.2

1.5

1.2

0.50

Thermal Resistance2

[ Rthjc Insulating oil K/W ]

0.045

0.11

0.25

0.21

0.08

Weight  KG

0.36

0.30

0.30

0.26

0.55

PCB Serial Number

S348+S347+S349

S348+S347+S349

S348+S362+S349

S348+S352+S349

S353+S352+S349


Type

HPT220KV8A

75nS

Ultra fast recovery time,

RC equalization

HPT110KV5A

100nS

Fast recovery ,

RC equalization

HPT220KV5A

100nS

Fast recovery ,

RC equalization

Repetitive Peak Reverse Voltage

[Vrrm KV]

220

110

220

Non-repetitive Peak Reverse Voltage

[Vrsm KV]

270

140

270

Average On-state Current

[Ifavm1 A 45]

8

5

5

Average On-state Current

[Ifavm2 A 85]

5

3

3

Repetitive Forward Peak Voltage

[ Ifrm A ] Note1

160

100

100

Maximum Non-repetitive Surge Current

[Ifsm1 A 25 ] Note2

100

60

60

Maximum Non-repetitive Surge Current

[Ifsm2 A 85 ]

80

40

40

Junction Temperature

[ Tj ]

-55175

-40150

-40150

Maximum Junction Temperature

[ Tjm   ]

175

150

150

Storage Temperature

[ Tstg  ]

-55175

-40150

-40150

Dimension

[ Outline WXDXL ] Note3

100x45x445

L1=425M8X2

L2=35X2(M6X4)

100x45x240

L1=220M8X2

L2=35X2(M6XM4)

100x45x445

L1=220M8X2

L2=35X2(M6X4)

Reverse Leakage1

[ Ir1 Tj=25  uA]  Notes4

25

20

20

Reverse Leakage2

[ Ir2 Tjm=25  uA]

500

100

100

Forward Voltage1

[ Vf1 Tj=25  V ]

400

200

410

Forward Voltage2

[ Vf2 Tj=150  V ]

355

170

365

Thermal Resistance1

[ Rthjc Air cooling K/W ]  Notes5

0.25

0.92

0.45

Thermal Resistance2

[ Rthjc Insulating oil K/W ]

0.04

0.14

0.07

Weight KG

1.15

0.45

0.92

PCB Serial Number

S353+S352+S349

S355+S354+S349

S353+S354+S356


Type

HPT250KV5A

Fast recovery ,

RC equalization

HPT180KV5A

Fast recovery ,

RC equalization

HPT80KV5A

Fast recovery ,

RC equalization

Repetitive Peak Reverse Voltage

[Vrrm KV]

250

180

80

Non-repetitive Peak Reverse Voltage

[Vrsm KV]

300

220

100

Average On-state Current

[Ifavm1 A 45]

5

5

5

Average On-state Current

[Ifavm2 A 85]

3

3

3

Repetitive Forward Peak Voltage

[ Ifrm A ] Note1

60

60

60

Maximum Non-repetitive Surge Current

[Ifsm1 A 25 ] Note2

20

20

20

Maximum Non-repetitive Surge Current

[Ifsm2 A 85 ]

15

15

15

Junction Temperature

[ Tj ]

-40150

-40150

-40150

Maximum Junction Temperature

[ Tjm   ]

150

150

150

Storage Temperature

[ Tstg  ]

-40150

-40150

-40150

Dimension

[ Outline WXDXL ] Note3

100x60x452

L1=430

L2=30X2(M6X6)

100x60x360

L1=340

L2=30X2(M6X6)

196x60x360

L1=60

L2=40(M10X4)

Reverse Leakage1

[ Ir1 Tj=25  uA]  Notes4

20

20

20

Reverse Leakage2

[ Ir2 Tjm=25  uA]

100

1000

1000

Forward Voltage1

[ Vf1 Tj=25  V ]

380

260

126

Forward Voltage2

[ Vf2 Tj=150  V ]

330

022

100

Thermal Resistance1

[ Rthjc Air cooling K/W ]  Notes5

--

--

--

Thermal Resistance2

[ Rthjc Insulating oil K/W ]

0.072

0.075

0.20

Weight KG

1.25

1.0

0.95

PCB Serial Number

S323+S322+S324

S308+S307+S309+S310

S361+S360


Transient HV Suppression Silicon Series     
 


Items

Symbol

Units

Condition

MZ-10KV

MZ-20KV

MZ-30KV

MZ-36KV

MZ-45KV

Absolute

Max

Ratings

Peak Power

Dissipation

Ppk

KW

Tp=1mSNon-repetitive Current Pulse Per Fig.3 and Derated above Ta=25 Per Fig.2

168KW

Static Power Dissipation

at TL=75

Pd

W

Working in the flow of insulating oil or air cooling, Derated above Ta=25 Per Fig.2

560

Peak Forward Current

8.3 ms Single Half

Sine-wave Superimposed on Rated Load

Ifsm

Amps

Peak Forward Surge Current, 8.3 ms Single Half

Sine-wave Superimposed on Rated Load

200

Maximum Instantaneous

Forward Voltage at 50.0A

VF

Volts

If=50.0A

400

450

500

500

560

Operation and Storage Temperature Range

Tj,

Tstg

--

-55 to +175

Electrical

Performance

Breakdown Voltage

VBR

KV

--

10

20

30

36

45

Test Current

It

mA

--

1.0

1.0

1.0

1.0

1.0

Stand-off Voltage

Vwm

KV

--

8

16

24

28

36

Maximum Reverse Leakage

--

uA

Vr=Vwm

5

5

5

5

5

Maximum Peak surge current

Amps

Ippm

--

10.0

5.4

4.5

3.8

2.7

Maximum Clamping Voltage

Volts

Vc

IF=Ippm

14

24

41

50

62

Specifications

(Ta=25 in oil, unless otherwise specified)

   Feature

·High voltage transient overvoltage suppression(10KV~45KV)

·Low internal resistance under operating voltage

·168KW Surge absorption capacity (10X100uS, duty cycle0.01%)

·Excellent clamp protection performance 

·Fast response time (1ps:0V-VBR)

Application

·High voltage switching power converter

·Lightning protection





   



















       High frequency high voltage power supply, Electrostatic precipitator transformer rectification, High frequency voltage

multiplier and high frequency isolation protection.

      
High voltage switching power converter

 
      Lightning protection


High Voltage Rectifier Unit Series,The following should be noted

 1.TP<10uS junction temperature is less than the rated maximum junction temperature, limiting pulse width and duty cycle    

 2.Sinusoidal half wave  t=10ms(50Hz)       
    

 3.L1 is main mounting hole spacing,L2 is the lateral distance of the auxiliary mounting hole

 4.Reverse leakage current values are parameters of the chip, which does not include the consumption current of the RC system on the additional PCB   
  
    

 5.The cooling method is mainly based on forced cooling of the transformer oil circulation.The air-cooled thermal resistance value test condition is that the actual test value is for reference only. Air cooling is measured under windless conditions.Models that are not marked with values cannot work in air.

    
         
Send Inquiry​​