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NTE5700 thru NTE5705
Industrial Power Module
Description:
The NTE5700 through NTE5705 series of IntegratedPowerCircuits consist of powerthyristors and
power diodes configured in a single package. Applications include power supplies, control circuits
and battery chargers.
Features:
D Glass Passivated Junctions for Greater Reliability
D Electrically Isolated Base Plate
D High Dynamic Characteristics
Absolute Maximum Ratings:
Maximum Repetitive Peak Reverse Voltage (VS£ 0), V
RRM
1200V............................
Maximum Non--Repetitive Peak Reverse Voltage, V
RSM
1300V...............................
Maximum Repetitive Peak Off State Voltage Gate Open Circuit, V
DRM
1200V..................
Thermal and Mechanical
Characteristics:
Junction Operating Temperature Range, T
J
-- 40° to +125°C..................................
Storage Temperature Range, T
stg
-- 40° to +150°C..........................................
Maximum Internal Thermal Resistance, One Junction to Case, R
thJC
DC Operation 2.24K/W............................................................
Maximum Thermal Resistance, Base to Heatsink, R
thCS
Mounting Surface Smooth and Greased 0.10K/W.....................................
Mounting Torque, Base to Heatsink ±10% (Note 1), T 5Nm..................................
Approximate Weight, wt 58g (2.0oz)......................................................
Note 1. A mountingcompound is recommended and the torque should be checkedafter aperiod of
about 3 hours to allow for the spread of the compound.
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Electrical Characteristics:
Parameter Symbol Test Conditions Rating Unit
Forward Conduction
Maximum DC Output Current I
O
TC=+85°C, Full Bridge Circuits
(NTE5700, NTE5701, NTE5702)
25 A
Maximum Average On--State
and Forward Current
I
T(AV)
I
F(AV)
180° Sine Wave Conduction Circuits
(All Types)
12.5 A
Maximum RMS Current I
RMS
180° Sine Wave Conduction Circuit
(NTE5702)
28 A
Maximum Peak, One--Cycle
I
TSM
10ms
100% V
RRM
Sinusoidal Half Wave,
300 A
Non--Repetitive On--State
or
8.3ms
Reapplied Initial TJ=TJMax
315 A
orForwardCurrentI
FSM
10ms
No Voltage
357 A
8.3ms
Reapplied
375 A
Maximum I2t for Fusing I2t
10ms
100% V
RRM
Initial TJ=TJMax
450 A2s
8.3ms
Reapplied
410 A2s
10ms
No Voltage
637 A2s
8.3ms
Reapplied
580 A2s
Maximum I2Öt for Fusing I2Öt t = 0.1 to 10ms, No Voltage Reapplied, Note 2 6365 A2Ös
Maximum Value of Threshold
Voltage
V
T(TO)
TJ= +125°C 0.82 V
Maximum Value of On--State
Slope Resistance
r
T
TJ= +125°C 12 mW
Maximum Peak On--State
V
TM
ITM= p xI
T(AV)
TJ=+25°C,
1.35 V
or Forward Voltage
V
FM
IFM= p xI
F(AV)
180° Condition
1.35 V
Maximum Non--Repetitive Rate
of Rise of Turned On Circuit
di/dt TJ= +125°C, from 0.67V
DRM,ITM
= p xI
T(A V)
,
I
g
= 500mA, tr<0.5ms, tp>6ms
200 A/ms
Maximum Holding Current I
H
TJ=+25°C, Anode Supply = 6V,
Resistive Load, Gate Open Circuit
100 mA
Maximum Latching Current I
L
TJ=+25°C, Anode Supply = 6V,
Resistive Load
250 mA
Triggering
Maximum Peak Gate Power P
GM
8.0 W
Maximum Average Gate Power P
G(AV)
2.0 W
Maximum Peak Gate Current I
GM
2.0 A
Maximum Peak Negative Gate
Voltage
-- V
GM
10 V
Maximum Gate Voltage Required
V
GT
TJ=--40°C
Anode Supply = 6V
3.0 V
to Trigger
TJ=+25°C
Resistive Load
2.0 V
TJ= +125°C 1.0 V
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Electrical Characteristics (Cont’d):
Parameter Symbol Test Conditions Rating Unit
Triggering (Cont’d)
Maximum Gate Current Required
I
GT
TJ=--40°C
Anode Supply = 6V
90 mA
to Trigger
TJ=+25°C
Resistive Load
60 mA
TJ= +125°C 35 mA
Maximum Gate Voltage that will
not Trigger
V
GD
TJ= +125°C, Rated V
DRM
Applied 0.2 V
Blocking
MaximumCriticalRateof Riseof
Off--State Voltage
dv/
dt
TJ= +125°C, Exponential to 0.67V
DRM
,
Gate Open Circuit
200 V/ms
Maximum Peak Reverse and
I
RM
TJ=TJMax, Gate Open Circuit
10 mA
Off--S
tateLeak
ageCurren
t
at V
RRM,VDRM
I
DM
2.0 mA
RMS Isolation Voltage V
INS
50Hz, Circuit to Base, All Terminals Shorted 2500 V
Note 2. I2tfortimetx=I2Öt ¯ Ötx.
Pin Connection and Schematic Diagrams:
NTE No. Description Terminal Positions Schematic Diagrams
5700 Single Phase,
Hybrid Bridge,
Common Cathode,
Freewheeling Diode
5701 Single Phase,
Hybrid Bridge,
Common Anode,
Freewheeling Diode
5702 Single Phase,
All SCR Bridge
* For transient protection, a Metal Oxide Varistor (MOV) may be connected externally across terminals AC1 & AC2.
AC1
AC2G1G2
(--)
(+)
AC1
AC2
*
G1
G2
(--) (+)
AC1
AC2G1G2
(--)
(+)
AC1
AC2
*
G1
G2
(--) (+)
AC2
AC1G2G3
(--)
(+)
G1 G4
AC1
AC2
*
G1G3
G2G4
(--) (+)
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Pin Connection and Schematic Diagrams (Cont’d):
NTE No. Description Terminal Positions Schematic Diagrams
5703 SCRACSwitch
5704 Hybrid Doubler
5705 SCR Doubler
* For transient protection, a Metal Oxide Varistor (MOV) may be connected externally across terminals AC1 & AC2.
1.910 (48.5)
.200
(5.08)
1.250
(31.75)
2.500 (63.5)
.980
(24.89)
Max
.600 (15.24)
Max
.500 (12.7)
NOTE: Can be used with Heat Sink NTE441A
AC1 G2G1AC2
*
G2
G1
AC1 AC2
AC1
G1
(--)
(+)
G1AC1
(--) (+)
AC G1G2(--)
(+)
G2
AC1(--) (+)
G1
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