SPF5103 Datasheet, PDF (1/1 Pages) Sanken electric – Compact type power surface mount package

500V breakdown voltage Full bridge driver C SPF5103 (Negative drive system)
Features
500V breakdown voltage negative power supply drive system
Encapsulate IGBT (4pieces) and a control MIC
Compact type power surface mount package
Suitable for inverter element for HID ballast unit
Package
Exclude gate remain dimension
Absolute maximum ratings
No.
Item
1 Power Source Voltage
2 Input Voltage
3 Operating Voltage
4 Output Voltage
5 Output Current (DC)
Symbol
Unit
VM
V
VIN
V
Vcc
V
VOUT
V
IOUT(DC)
A
Rating
500
15
15
500
7
Conditions
between Power GND and –HV
Ta=-40 150
Ta=-40 150
Ta=-40 150
Ta=-40 150
Ta=25
6 Output current (pulse)
IOUT(pulse) A
22
Ta=125 , Pulse width = 15
7 Total Power Dissipation
8 Thermal Resistance
9 Operation Temperature
10 Storage Temperature
11 Junction Temperature
PD
W
27.2
j-
/W
4.6
Topr
-40 +105
Tstg
-40 +150
Tj
150
Tc=25
Tc=25
Gate
burr
Circuit block diagram
Metal fin
Vcc UVLO
circuit
Filter circuit
Circuit
avoiding
same time
ON
Drive circuit
(for H/S Q1)
Drive circuit
(for H/S Q2)
Drive circuit
(for L/S Q’1)
Drive circuit
(for L/S Q’2)
Electrical characteristics
No.
Item
IGBT Output
1
Breakdown Voltage
IGBT Output
2
Leakage Current
3 IGBT Output On-State Voltage
Symbol Unit
Min.
570
BVOUT V
500
IOUT(off)
A
VOUT(on) V
4 Quiescent Circuit Current
Icc1
mA
Icc2
mA
5 Operating Circuit Current
Icc3
mA
6 Input Threshold Voltage
7 Delay time
High side
Low side
8 UVLO Voltage
UVLO start voltage
9
Hysteresis width
10 Operating Voltage
VIH
VIL
td(on)
td(off)
td(on)
td(off)
td
VUVLO+
VUVLO
VUVLO
VCC
V 0.8 Vcc
V
V
5.7
V
5.3
V
0.1
V
9
Value
Typ.
1.0
1.3
Max.
100
300
1.2
Conditions
IOUT=100 A, Ta=25
IOUT=100 A,
Ta=-40 150
VOUT=500V, Ta=25
VOUT=500V, Ta=-40 150
IOUT=0.4A, VIN=10V
1.8 IOUT=2.0A, VIN=10V
3.0 Vcc=10V, VM=VIN=0V, Ta=25
4.5
Vcc=9 15V, VM=VIN=0V,
Ta=-40 125
4.0
Vcc=10V, VM=450V, VIN=0V,
Ta=25
7.0
Vcc=9 15V, VM=450V, VIN=0V
Ta=-40 125
Vcc=10V, VM=450V
4.0 _{VIN1(orVIN2)=10V, Ta=25}
Vcc=10V, VM=450V
7.0 VIN1(orVIN2)=10V
Ta=-40 125
Vcc=9 15V
0.2 Vcc
2.0
2.3 VM=85V, IO=0.41A
2.4
2.8 VCC=10V
1.0
1.4 VIN=10V(Out Stage=ON)
1.6
2.1 VIN=0V(Out Stage=OFF)
td=H/S td(off) – L/S td(on)
3.0 _{or L/S td(off) – H/S td(on)}
6.2
6.7
5.9
6.6
0.2
0.4
VUVLO = VUVLO+ VUVLO
15
Ta=-40 +105
Typical connection diagram
Timing chart
Recommended operation
No.
Item
1 Stable operation dV/dt
2 Recommended dead time
Value
Symbol Unit
Min. Typ. Max.
dV/dt V/ s
30
td
3
Conditions
Ta= 40 150
Vcc=9 15V, VM=400V
Ta= 40 150