Compound Semiconductor

Ask for Quote Now

Product Description

W005M THRU W10M

SILICON BRIDGE RECTIFIERS

Reverse Voltage – 50 to 1000 Volts Forward Current – 1.5 Amperes

Features

  • Rating to 1000V PRV
  • Surge overload rating to 50Am peres peak
  • Ideal for printed circuit board
  • Reliable low cost construction utilizing molded plastic technique results in in expensive product
  • Mounting Position: Any
BRIDGE RECTIFIERS
TYPE Maximum Peak Maximum Average Maximum Forward Maximum Reverse Maximum Forward Package
Reversee Rectified  Prak Surge Current Current  Voltage
Voltag Current @8.3ms Superimposed @VRRM TA=25ºC TA=25ºC
VRRM I(AV) IFSM IR IF VF
V A A μA A V
KBU6A 50 6 250 10 6 1 KBU
KBU6B 100 6 250 10 6 1
KBU6D 200 6 250 10 6 1
KBU6G 400 6 250 10 6 1
KBU6J 600 6 250 10 6 1
KBU6K 800 6 250 10 6 1
KBU6M 1000 6 250 10 6 1
W005 50 1 30 10 1 1.1 WOB
W01 100 1 30 10 1 1.1
W02 200 1 30 10 1 1.1
W04 400 1 30 10 1 1.1
W06 600 1 30 10 1 1.1
W08 800 1 30 10 1 1.1
W10 1000 1 30 10 1 1.1
2W005 50 2 50 10 2 1.1 WOB
2W01 100 2 50 10 2 1.1
2W02 200 2 50 10 2 1.1
2W04 400 2 50 10 2 1.1
2W06 600 2 50 10 2 1.1
2W08 800 2 50 10 2 1.1
2W10 1000 2 50 10 2 1.1
ABS2 200 0.8/1.0 30 5 0.4 0.95 ABS
ABS4 400 0.8/1.0 30 5 0.4 0.95
ABS6 600 0.8/1.0 30 5 0.4 0.95
ABS8 800 0.8/1.0 30 5 0.4 0.95
ABS10 1000 0.8/1.0 30 5 0.4 0.95
MB2S 200 0.5/0.8 30 5 0.5 1 MBS
MB4S 400 0.5/0.8 30 5 0.5 1
MB6S 600 0.5/0.8 30 5 0.5 1
MB8S 800 0.5/0.8 30 5 0.5 1
MB10S 1000 0.5/0.8 30 5 0.5 1
MB2F 200 0.5/0.8 30 5 0.5 1 MBF
MB4F 400 0.5/0.8 30 5 0.5 1
MB6F 600 0.5/0.8 30 5 0.5 1
MB8F 800 0.5/0.8 30 5 0.5 1
MB10F 1000 0.5/0.8 30 5 0.5 1
MB2M 200 0.8 30 5 0.8 1.1 MBM
MB4M 400 0.8 30 5 0.8 1.1
MB6M 600 0.8 30 5 0.8 1.1
MB8M 800 0.8 30 5 0.8 1.1
MB10M 1000 0.8 30 5 0.8 1.1
DF005  DB101 50 1 50 10 1 1.1 DB-1
DF01    DB102 100 1 50 10 1 1.1
DF02    DB103 200 1 50 10 1 1.1
DF04    DB104 400 1 50 10 1 1.1
DF06    DB105 600 1 50 10 1 1.1
DF08    DB106 800 1 50 10 1 1.1
DF10    DB107 1000 1 50 10 1 1.1
DF005S  DB101S 50 1 50 10 1 1.1 DB-S
DF01S    DB102S 100 1 50 10 1 1.1
DF02S    DB103S 200 1 50 10 1 1.1
DF04S    DB104S 400 1 50 10 1 1.1
DF06S    DB105S 600 1 50 10 1 1.1
DF08S    DB106S 800 1 50 10 1 1.1
DF10S    DB107S 1000 1 50 10 1 1.1
DB151 50 1.5 50 10 1.5 1.1 DB-1
DB152 100 1.5 50 10 1.5 1.1
DB153 200 1.5 50 10 1.5 1.1
DB154 400 1.5 50 10 1.5 1.1
DB155 600 1.5 50 10 1.5 1.1
DB156 800 1.5 50 10 1.5 1.1
DB157 1000 1.5 50 10 1.5 1.1
DB151S 50 1.5 50 10 1.5 1.1 DB-S
DB152S 100 1.5 50 10 1.5 1.1
DB153S 200 1.5 50 10 1.5 1.1
DB154S 400 1.5 50 10 1.5 1.1
DB155S 600 1.5 50 10 1.5 1.1
DB156S 800 1.5 50 10 1.5 1.1
DB157S 1000 1.5 50 10 1.5 1.1
RB151 50 1.5 40 10 1.5 1.1 WOB
RB152 100 1.5 40 10 1.5 1.1
RB153 200 1.5 40 10 1.5 1.1
RB154 400 1.5 40 10 1.5 1.1
RB155 600 1.5 40 10 1.5 1.1
RB156 800 1.5 40 10 1.5 1.1
RB157 1000 1.5 40 10 1.5 1.1
TYPE Maximum Peak Maximum Average Maximum Forward Maximum Reverse Maximum Forward Package
Reversee Rectified  Prak Surge Current Current  Voltage
Voltag Current @8.3ms Superimposed @VRRM TA=25ºC TA=25ºC
VRRM I(AV) IFSM IR IF VF
V A A μA A V
RS201 50 2 50 10 2 1.1 RS-2
RS202 100 2 50 10 2 1.1
RS203 200 2 50 10 2 1.1
RS204 400 2 50 10 2 1.1
RS205 600 2 50 10 2 1.1
RS206 800 2 50 10 2 1.1
RS207 1000 2 50 10 2 1.1
KBP2005 50 2 50 10 2 1.1 KBP
KBP201 100 2 50 10 2 1.1
KBP202 200 2 50 10 2 1.1
KBP204 400 2 50 10 2 1.1
KBP206 600 2 50 10 2 1.1
KBP208 800 2 50 10 2 1.1
KBP210 1000 2 50 10 2 1.1
KBJ2005  GBJ2005 50 2 50 10 2 1.1 GBJ2
KBJ201     GBJ201 100 2 50 10 2 1.1
KBJ202     GBJ202 200 2 50 10 2 1.1
KBJ204     GBJ204 400 2 50 10 2 1.1
KBJ206     GBJ206 600 2 50 10 2 1.1
KBJ208     GBJ208 800 2 50 10 2 1.1
KBJ210     GBJ210 1000 2 50 10 2 1.1
KBPC1005 BR305 50 3 50 10 3 1.1 KBPC1
KBPC101   BR31 100 3 50 10 3 1.1
KBPC102   BR32 200 3 50 10 3 1.1
KBPC104   BR34 400 3 50 10 3 1.1
KBPC106   BR36 600 3 50 10 3 1.1
KBPC108   BR38 800 3 50 10 3 1.1
KBPC110   BR310 1000 3 50 10 3 1.1
KBP3005 50 3 50 10 3 1.1 KBP
KBP301 100 3 50 10 3 1.1
KBP302 200 3 50 10 3 1.1
KBP304 400 3 50 10 3 1.1
KBP306 600 3 50 10 3 1.1
KBP308 800 3 50 10 3 1.1
KBP310 1000 3 50 10 3 1.1
KBL005     RS401 50 4 150 10 4 1.1 KBL
KBL01       RS402 100 4 150 10 4 1.1
KBL02       RS403 200 4 150 10 4 1.1
KBL04       RS404 400 4 150 10 4 1.1
KBL06       RS405 600 4 150 10 4 1.1
KBL08       RS406 800 4 150 10 4 1.1
KBL10       RS407 1000 4 150 10 4 1.1
TYPE Maximum Peak Maximum Average Maximum Forward Maximum Reverse Maximum Forward Package
Reversee Rectified  Prak Surge Current Current  Voltage
Voltag Current @8.3ms Superimposed @VRRM TA=25ºC TA=25ºC
VRRM I(AV) IFSM IR IF VF
V A A μA A V
KBJ4005  GBJ4005 50 4 150 10 4 1.1 GBJ4
KBJ401     GBJ401 100 4 150 10 4 1.1
KBJ402     GBJ402 200 4 150 10 4 1.1
KBJ404     GBJ404 400 4 150 10 4 1.1
KBJ406     GBJ406 600 4 150 10 4 1.1
KBJ408     GBJ408 800 4 150 10 4 1.1
KBJ410     GBJ410 1000 4 150 10 4 1.1
GBU4005 50 4 150 10 4 1.1 GBU
GBU401 100 4 150 10 4 1.1
GBU402 200 4 150 10 4 1.1
GBU404 400 4 150 10 4 1.1
GBU406 600 4 150 10 4 1.1
GBU408 800 4 150 10 4 1.1
GBU410 1000 4 150 10 4 1.1
KBPC6005 50 6 125 10 6 1 KBPC6
KBPC601 100 6 125 10 6 1
KBPC602 200 6 125 10 6 1
KBPC604 400 6 125 10 6 1
KBPC606 600 6 125 10 6 1
KBPC608 800 6 125 10 6 1
KBPC610 1000 6 125 10 6 1
GBU6005 50 6 150 10 6 1.1 GBU
GBU601 100 6 150 10 6 1.1
GBU602 200 6 150 10 6 1.1
GBU604 400 6 150 10 6 1.1
GBU606 600 6 150 10 6 1.1
GBU608 800 6 150 10 6 1.1
GBU610 1000 6 150 10 6 1.1
KBU8A 50 8 250 10 8 1.1 KBU
KBU8B 100 8 250 10 8 1.1
KBU8D 200 8 250 10 8 1.1
KBU8G 400 8 250 10 8 1.1
KBU8J 600 8 250 10 8 1.1
KBU8K 800 8 250 10 8 1.1
KBU8M 1000 8 250 10 8 1.1
GBJ8005 50 8 170 10 8 1.1 GBJ6
GBJ801 100 8 170 10 8 1.1
GBJ802 200 8 170 10 8 1.1
GBJ804 400 8 170 10 8 1.1
GBJ806 600 8 170 10 8 1.1
GBJ808 800 8 170 10 8 1.1
GBJ810 1000 8 170 10 8 1.1
KBPC8005 50 8 250 10 8 1.1 KBPC8
KBPC801 100 8 250 10 8 1.1
KBPC802 200 8 250 10 8 1.1
KBPC804 400 8 250 10 8 1.1
KBPC806 600 8 250 10 8 1.1
KBPC808 800 8 250 10 8 1.1
KBPC810 1000 8 250 10 8 1.1
TYPE Maximum Peak Maximum Average Maximum Forward Maximum Reverse Maximum Forward Package
Reversee Rectified  Prak Surge Current Current  Voltage
Voltag Current @8.3ms Superimposed @VRRM TA=25ºC TA=25ºC
VRRM I(AV) IFSM IR IF VF
V A A μA A V
KBPC10005 50 10 150 10 10 1.1 KBPC8
KBPC1001 100 10 150 10 10 1.1
KBPC1002 200 10 150 10 10 1.1
KBPC1004 400 10 150 10 10 1.1
KBPC1006 600 10 150 10 10 1.1
KBPC1008 800 10 150 10 10 1.1
KBPC1010 1000 10 150 10 10 1.1
GBU1005 50 10 200 10 10 1.1 GBU
GBU101 100 10 200 10 10 1.1
GBU102 200 10 200 10 10 1.1
GBU104 400 10 200 10 10 1.1
GBU106 600 10 200 10 10 1.1
GBU108 800 10 200 10 10 1.1
GBU1010 1000 10 200 10 10 1.1
KBPC15005 50 15 300 10 15 1.1 KBPC25
KBPC1501 100 15 300 10 15 1.1
KBPC1502 200 15 300 10 15 1.1
KBPC1504 400 15 300 10 15 1.1
KBPC1506 600 15 300 10 15 1.1
KBPC1508 800 15 300 10 15 1.1
KBPC1510 1000 15 300 10 15 1.1
KBPC15005W 50 15 300 10 15 1.1 KBPC25-W
KBPC1501W 100 15 300 10 15 1.1
KBPC1502W 200 15 300 10 15 1.1
KBPC1504W 400 15 300 10 15 1.1
KBPC1506W 600 15 300 10 15 1.1
KBPC1508W 800 15 300 10 15 1.1
KBPC1510W 1000 15 300 10 15 1.1
KBPC25005 50 25 300 10 25 1.1 KBPC25
KBPC2501 100 25 300 10 25 1.1
KBPC2502 200 25 300 10 25 1.1
KBPC2504 400 25 300 10 25 1.1
KBPC2506 600 25 300 10 25 1.1
KBPC2508 800 25 300 10 25 1.1
KBPC2510 1000 25 300 10 25 1.1
KBPC25005W 50 25 300 10 25 1.1 KBPC25-W
KBPC2501W 100 25 300 10 25 1.1
KBPC2502W 200 25 300 10 25 1.1
KBPC2504W 400 25 300 10 25 1.1
KBPC2506W/ 600 25 300 10 25 1.1
KBPC2508W 800 25 300 10 25 1.1
KBPC2510W 1000 25 300 10 25 1.1
KBPC35005 50 35 400 10 35 1.1 KBPC25
KBPC3501 100 35 400 10 35 1.1
KBPC3502 200 35 400 10 35 1.1
KBPC3504 400 35 400 10 35 1.1
KBPC3506 600 35 400 10 35 1.1
KBPC3508 800 35 400 10 35 1.1
KBPC3510 1000 35 400 10 35 1.1
KBPC35005W 50 35 400 10 35 1.1 KBPC25-W
KBPC3501W 100 35 400 10 35 1.1
KBPC3502W 200 35 400 10 35 1.1
KBPC3504W 400 35 400 10 35 1.1
KBPC3506W 600 35 400 10 35 1.1
KBPC3508W 800 35 400 10 35 1.1
KBPC3510W 1000 35 400 10 35 1.1

 

相关产品

Navigation

Export Products

Import Products

Contact

2023 All Rights Reserved, aston-sco.com
Facebook Twitter Youtube