Bencent BS0300N-2C Eliminates overvoltage caused by fast rising transient Datasheet

BS03
300N-2C
C
Ordder Code: BS0300N-22C
Version: A0 2013-11--22
Thyyristor Surgge Suppresseer
Ex
xterior
Feaatures
Excellent capaability of abso
orbing transieent surge
Q
Quick
response to surge volltage(nS Leevel)
Eliminates oveervoltage cau
used by fast rissing transientts
M
Moisture
sensiitivity level: Level
L
1
W
Weight
88 mg
N degenerattive
Non
SM
MB-T
Appplication innformation
Package
P
(Toop View)
R
RS485/232/4
22
`
B03N2C
1309
1
3
2
d
Aggency Approovals
I
Icon
Schematic Syymbol
D
Description
Co
ompliance with 2011/65/EU
2
Co
ompliance with IEC61249-2-21:2
2003
Partt Number annd Electricaal Parameterr
V S ①@ IS
IDRM@ VDRM
D
Part Number
N
μA
V
V
MAX
Piin1,3-2
Pin1
1,3-2
5
25
4
40
BS030
00N-2C
mA
A
V T @ IT
V
A
MAX
800
0
4
2.2
IH
CO ②
mA
pF
MIN
MAX
50
100
Ab
bsolute maxim
mum ratings measured at TA= 25ºC RH
R = 45%-75% (unless oth
herwise noted
d).
① Vs is measured at 100KV
V/S
② Off-state cap
pacitance is measured
m
at VDC=2V,VRM
MS=1V,f=1M
MHz
1/5
5
www.benncent.com.cn
S
Specifications
aare subject to ch
hange without notice.
n
Customers should verify actuaal device perforrmance in their specific applications
BS03
300N-2C
C
Ordder Code: BS0300N-22C
Version: A0 2013-11--22
Thyyristor Surgge Suppresseer
Parrt Numberinng System
Mark
M
BS
0300
0
N
2
C
(1)
(2)
( 3)
(4)
(5)
B03
3N2C
13
309
(1))Bencent Sem
miconductor Surge
S
Arresteer
(2)) Off state volltage,e.g:0300
0=30×100=3
30V.
(3)) Package : SM
MB-T
B03N2C: P
Part Number
(4)) 2 Lines Pro
otection
1309 : Septtempter,2013
(5)) Rating Surrge Voltage: 6KV(10/70
00μS)
V-II
Curve
P
Parameters
Definition
n
VDRM
Peaak off-state voltage
IDRM
O
Off-state
Currrent
VS
S
Switching
Volltage
IS
S
Switching
Currrent
IH
H
Holding
Currrent
VT
O
On-state
volttage
IT
On-state currrent
CO
Offf-state capaciitance
+I
IT
IS
IH
IDRM
-V
+V
VT
VDRM
VS
-I
Surgge Ratings
Cu
urrent Wavefform
2/10μs
8/20μs
10/160μs
5/32
20μs*
10/1000μs
Vo
oltage Wavefform
2/10μs
1.2/50
0μs
10/160μs
10/7
700μs*
10/1000μs
Ipp
500A
400A
A
200A
15
50A
100A
-Peaak pulse curreent rating(IPP)is
) repetitive and
a guaranteeed for the lifee of the produ
uct;
-Ben
ncent only makes
m
the test for 5/320μs@
@150A*(10/
/700μs@6KV
V), but for oth
her IPP valuee derived from
m experiencee is just
for reference
r
onlly. Bencent will
w not take any
a obligation
n for these paarameters, so
o before apply
ying our partts, please mak
ke sure
to verify the paraameters listed
d in the abovee table.
Therrmal Considderations
Sym
mbol
T
TJ
T
TS
2/5
5
Parameter
Opeerating Junctiion
Tem
mperature Ran
nge
Storaage Temperatture
Range
www.benncent.com.cn
Prroduct Charracteristics
Vaalue
Un
nit
Lead Materrial
-40 to
o +150
℃
Body Materrial
-60 to
o +150
℃
Terminal Fin
nish
Copper Alloy
L recognized epoxy
e
meetin
ng
UL
flam
mmability classification 94V
V-0
100% Matte--Tin Plated
S
Specifications
aare subject to ch
hange without notice.
n
Customers should verify actuaal device perforrmance in their specific applications
BS03
300N-2C
C
Ordder Code: BS0300N-22C
Thyyristor Surgge Suppresseer
Version: A0 2013-11--22
Typpical Characcteristics
3/5
5
www.benncent.com.cn
S
Specifications
aare subject to ch
hange without notice.
n
Customers should verify actuaal device perforrmance in their specific applications
BS03
300N-2C
C
Ordder Code: BS0300N-22C
Version: A0 2013-11--22
Thyyristor Surgge Suppresseer
Ennvironmentaal
Charactteristics
T
Testing
itemss
Technicaal standards
Hiigh temperatu
ure Reverse Bias
B Test
Temperaature: 150±3℃
℃ Bias=80%
%VDRM
Time:16
68H
Temperaature: 150℃
Time:16
68H
Temperaature: From -40℃
to125℃
℃
Dwell tiime :30min
n,10cycles
Hiigh Temperatture Life Testt
Hiigh-low Temp
perature Cyclle test
Hiigh Temperatture &High Humidity
H
Testt
Temperaature: 85℃Hu
umidity:85%
Test tim
me:168H
Prressure cookeer Test
Temperaature: 121℃,2atm. Hum
midity:100%
Test tim
me:24H
Reesistance of soldering
s
heatt
Temperaature: 260±5℃
℃
Time off dip solderingg:10s,3tim
mes
ms can be speecified by cusstomer’s speccial request
Note: The abovve testing item
Prooduct Dimeensions
Botto
om view
H
I
Side view
REF
mm
inch
A
5.4±0.3
0..213±0.012
B
3.3±0.3
0..130±0.012
C
0.7±0.03
3
0..028±0.001
D
2.0±0.2
0..079±0.008
E
0.9±0.2
0..035±0.008
F
1.32±0.3
3
0..052±0.012
G
1.13±0.3
3
0..045±0.012
H
2±0.3
0..079±0.012
I
0.25±0.05
5
0..010±0.002
REF
mm
inch
A
2.8
0.134
B
2.5
0.098
C
1.6
0.059
D
1.8
0.059
E
0.9
0.035
F
0.8
0.032
Reecommended Solderingg Pad
4/5
5
www.benncent.com.cn
S
Specifications
aare subject to ch
hange without notice.
n
Customers should verify actuaal device perforrmance in their specific applications
BS03
300N-2C
C
Ordder Code: BS0300N-22C
Version: A0 2013-11--22
Thyyristor Surgge Suppresseer
Refflow Profilee
Pre Heat
Pb--Free assembly
y
perature Min
Temp
150
0°C
Temp
perature Max
200
0°C
Timee (min to max)
60 – 180 secs
Aveerage ramp up rate(Liquid)
)Tamp
(T
TL) to peal
TS(m
max) to TL - Ramp-up
R
Rate
- Temperature
T
(T
TL)
Refflow
(L
Liquid)
- Temperature
T
(T
TL)
Peaak Temperaturee (TP)
3°C
C/second max
Tem
mperature (TP)
7°C
217
60 – 150 seconds
TL
TS(max)
Ramp-down
Preheat
TS(min)
TS
TL
8 – 15 seconds
Ram
mp-down Ratee
6°C
C/second max
Tim
me 25°C to peaak Temperaturee (TP)
8 minutes
m
Max.
Do not exceed
260
0°C
5/5
5
TL
3°C
C/second max
Criticaal Zone
TL to TP
Raamp-up
260
0+0/-5 °C
Tim
me within 5°C of actual peak
k
Pacckage Reeel
TP
TP
p
Temperature
Reflow
w Condition
25
Time
t
time
to peak temperaature
Informaation
REF
mm
m
inch
A
3.65+/
/-0.3
0.144+/-0.01
12
B
5.69+/
/-0.3
0.244+/0-.01
12
d
1.5+/
/-0.1
0.059+/-0.00
04
D
330.0
13.0
D1
100+
+/-3
3.937+/-0.11
18
D2
13+/--0.3
0.512+/-0.01
12
E
1.5+/
/-0.2
0.059+/-0.00
08
F
5.65+/
/-0.2
0.222+/-0.00
08
P
8.0+/
/-0.2
0.315+/-0.00
08
P0
4.0+/
/-0.2
0.157+/-0.00
08
P1
2.0+/
/-0.2
0.079+/-0.00
08
W
12.0+/
/-0.2
0.472+/-0.00
08
W1
16.8+/
/-2.0
0.661+/-0.07
79
OUTLINE
REEL
R
(P
PCS)
PER CART
TON
(PCS)
REEL
DIAMETERS
D
S
(mm)
L
W
H
TAPING
3
3,000
24,000
0
330
360
0
360
0
380
0
www.benncent.com.cn
CARTON SIZE(mm)
S
S
Specifications
aare subject to ch
hange without notice.
n
Customers should verify actuaal device perforrmance in their specific applications
Similar pages