B1S T H R U B10S
S U R FA C E M O U N T
G L AS S P ASSIV AT E D
BR ID G E R E C T IF IE R S
H igh E fficie nt R e ctifie rs
Voltage R ange
-1 0 0 t o 1 0 0 0 V olts
Current
-0 .8 A m pe re s
F e ature s
R a ting to 1 00 0V P RV
lde a l for prin te d c ircu it b oa rd
R e liab le lo w c ost c on stru ction u tilizin g
mo lde d p last ic te ch niqu e re su lts in ine xpe nsive
product
Lead tin plated copper
.0 3 1 (0 .8 )
.0 1 9 (0 .5 )
.2 7 5 (7 .0 )M A X
 ̄  ̄
.0 6 7 (1 .7 )
.0 5 7 (1 .3 )
.0 5 1 (1 .3 )
.0 3 5 (0 .9 )
.1 6 5 (4 .2 )
.1 5 0 (3 .8 )
.0 1 4 (.3 5 )
.0 0 6 (0 1 5 )
.1 0 6 (2 .7 )
.0 9 (2 .3 )
.1 9 3 (4 .9 )
.1 7 7 (4 .5 )
.1 0 6 (2 .7 )
.0 9 (2 .3 )
.0 4 3 (1 .1 )
.0 2 7 (0 .7 )
.0 6 7 (1 .7 )
.0 5 7 (1 .3 )
.0 0 8 (0 .2 )
Dim en sions in in ches a nd(m illimet ers)
M a xim um R a ting s a nd E lectrica l C ha ra cte ristics
R a ting ntt te5 pe ra 00 u nle ss o the rwise spe cifie d.
a m bie a 2 m
ture
S ingle p ha se , ha lf w a ve , 60 H z, re sistiv e o r in du ctive loa d.
F or ca pa citive lo a d, de ra te curre nt by 2 0 %
Type N umber
M ax imum R ec urre nt P ea k R ev erse V olta ge
M ax imum R M S B ridge In pu t V olta ge
M ax imum D C B lock ing Volta ge
M ax imum A ve rage F orw ard (W ith h ea tsink N ote 2)
00
R ec tified C urre nt @ T
A
= 1 00
P ea k Fo rwar d S urge Cur rent ,
8. 3 ms S ingle H alf Sin e- wav e
S uper im pose d on R ated Loa d(JE D EC M etho d)
M ax imum In stan tane ous Fo rwar d V olta ge @ 0. 4A D C
M ax imum D C R ev erse C urre nt @ T
J
= 25
at R ated D C B lock ing Volta ge @ T
J
= 12 5
Typic al J un ction C ap ac itanc e
pe r e lem en t(N ote 2)
Typic al T he rmal R es ista nce( N ote 3)
00
00
B1S
10 0
70
10 0
B2S
20 0
14 0
20 0
B4S
40 0
28 0
40 0
0. 8
B6S
60 0
42 0
60 0
B8S
80 0
56 0
80 0
B10S
10 00
70 0
10 00
U n its
V
V
V
A
A
30
1. 0
5. 0
50 0
15
75
-5 5 to +15 0
-5 5 to +15 0
V
uA
A'S
pF
°
C /
<
W
° C
° C > °
N o te
tora ge Tem pe ratu re R an ge T STG
S
s:
O pe ratin g Tem pe ratu re R an ge T J
N ote s: 1.M e a sure d a t 1 .0 M H z a nd a pp lied re ve rse vo lta ge o f 4 .0 V D C
2 . D evice m ou nte d o n 7 5m m X 75 m m X 1 .6 m m C u P late H e atsin k
RA TI G S
N
A N D C H ARA C TERI
STIC
C UR VES (B
1S THR
UB10S)
FI G .1 -F O R W AR D CU RR EN T DE RA TI NG C UR VE
P E AK F O R W AR D S U R G E C U R R E N T. (A)
AV E R AG E F O R W AR D C U R R E N T. (A)
FI G .2 -M AX IM UM N O N- RE PE TI TI VE S UR G E CU RR EN TA
0.8
0.6
40
0.4
30
Pu lse W idth 8. 3m s
Sin gle Ha lf-S ine-W ave (JE DE C M ET HO D)
0.2
MO UN TE D O N P C B OA RD
SIN GL E P HA SE HA LF W AVE 60 HZ
RE SIS TIV E O R I ND UC TIV E L OA D
20
0.1
10
0
0
10
10 0
20
40
60
80
10 0
o
12 0
14 0
16 0
AM BIE NT TE MP ER ATU RE . ( C)
NU MB ER OF CY CL ES AT 60 Hz
FI G .3 - TY PI CA L RE VE RS E CA PAC ITAN CE
10 0
FI G .4 -T YP IC AL F O RW AR D CH AR AC TE RI CS
10
IN S TAN TAN E O U S F O R W AR D C U R R E N T. (A)
T
J
=1 25
o
10 .0
C
IN S TAN TAN E O U S F O R W AR D C U R R E N T. (A)
1.0
1.0
0.1
.1
T
J
=A 25
o
.01
0
C
T j= 2 5 C
P U L S E W ID T H -3 0 0 S
0
0.0 1
20
40
60
80
10 0
12 0
1 40
PE RC EN T OF RA TE D PE AK RE VE RS E VO LTAG E. (% )
.4
.6
.8
1.0
1.2
1.4
1.6
INS TAN TAN EO US FO RW AR D VO LTAG E. (V)
FI G .5 - T YP IC AL R EV ER SE C HA RA CT ER IS TI CS
IN S TAN TAN E O U S R E V E R S E C U R R E N T. ( A)
10 0
10
T J= 25
0
C
1
1.0
4. 0
1 0.0
10 0
RE VE RS E V OLTAG ES , V OLTS