TVSProtectionArrayTPA23C
SOT23
UltraLowLeakage
280W
.���
1
Rev:C
DCN:DA0037‐00
Together We Make It Safe!
Features
280Wattspeakpulsepower(tp=8/20μs)
Bidirectionalconfigurations
Solid‐statesilicon‐avalanchetechnology
Lowclampingvoltage
Lowleakagecurrent
IEC61000‐4‐2±30KVContact,±30KVAir
IEC61000‐4‐4(EFT)40A(5/50ns)
IEC61000‐4‐5(Lightning)4A‐24A(8/20us)
Applications
Dataline
AutomaticTellerMachines
Networks
Powerline
MaximumRatings
Parameter Symbol Value Unit
PeakPulsePower(t
P
=8/20μS) P
PP
280 Watts
PeakPulseCurrent(t
P
=8/20μS)(notel) I
PP
6 A
ESDperIEC61000−4−2(Air)
ESDperIEC61000−4−2(Contact)
V
ESD
30
30
KV
LeadSolderingTemperature T
L
260(10seconds)
℃
JunctionTemperatureRange T
J
‐55~125
℃
StorageTemperatureRange T
STG
‐55~125
℃

.���
  TVSProtectionArrayTPA23C
SOT23  UltraLowLeakage 280W  
2
Rev:C
DCN:DA0037‐00
Together We Make It Safe!
ElectricalCharacteristics
TPA23C‐SM03C
Parameter Symbol Min Typ Max Unit TestCondition
ReverseStand‐offVoltage V
RWM
  3.0 V 
BreakdownVoltage V
BR
4.0 VI
T
=1mA
ReverseLeakageCurrent I
R
 0.1 0.5 μA
V
RWM
=36V，T=25°C
PeakPulseCurrent I
pp
  24 A t
p
=8/20μs
ClampingVoltage V
C
18 I
PP
=24A,tp=8/20μs
JunctionCapacitance C
J
 100  pF
V
R
=0V,f=1MHz（Pin1topin3）

TPA23C‐SM05C
Parameter Symbol Min Typ Max Unit TestCondition
ReverseStand‐offVoltage V
RWM
  5.0 V 
BreakdownVoltage V
BR
6.0 VI
T
=1mA
ReverseLeakageCurrent I
R
 0.1 0.5 μA
V
RWM
=5V，T=25°C
PeakPulseCurrent I
pp
  22 A t
p
=8/20μs
ClampingVoltage V
C
20 I
PP
=22A,tp=8/20μs
JunctionCapacitance C
J
 65 75 pF V
R
=0V,f=1MHz

TPA23C‐SM08C
Parameter Symbol Min Typ Max Unit TestCondition
ReverseStand‐offVoltage V
RWM
  8.0 V 
BreakdownVoltage V
BR
9.0 VI
T
=1mA
ReverseLeakageCurrent I
R
 0.1 0.5 μA
V
RWM
=8V，T=25°C
PeakPulseCurrent I
pp
  20 A t
p
=8/20μs
ClampingVoltage V
C
18 V I
PP
=20A,tp=8/20μs
JunctionCapacitance C
J
 35 45 pF V
R
=0V,f=1MHz

TPA23C‐SM12C
Parameter Symbol Min Typ Max Unit TestCondition
ReverseStand‐offVoltage V
RWM
  12 V 
BreakdownVoltage V
BR
13.3   V I
T
=1mA
ReverseLeakageCurrent I
R
 0.1 0.5 μA
V
RWM
=12V，T=25°C
PeakPulseCurrent I
pp
  12 A t
p
=8/20μs
ClampingVoltage V
C
30 V I
PP
=12A,tp=8/20μs
JunctionCapacitance C
J
 45 50 pF V
R
=0V,f=1MHz