SMA2404M Datasheet, PDF (1/1 Pages) Sanken electric – Suitable for inverter element for HID ballast unit

500V breakdown voltage Full bridge driver IC SMA2404M (Negative drive system)
Features
500V breakdown voltage negative power supply drive system
Encapsulate MOSFET (4pieces) and a control MIC
Sanken original ZIP package
Suitable for inverter element for HID ballast unit
Absolute maximum ratings
No.
Item
1
Power Source Voltage
2
Input Voltage
3
Operating Voltage
4
Output Voltage
5
Output Current
6
Total Power Dissipation
7
Operation Temperature
8
Storage Temperature
9
Junction Temperature
Symbol
Unit
VM
V
VIN
V
Vcc
V
VOUT
V
IOUT(DC)
A
PD
W
Topr
Tstg
Tj
Rating
480
500
15
15
500
7
4
20
-40 +150
-40 +150
150
Conditions
between Power GND and –HV
Tj=-40 -20
between Power GND and –HV
Tj=-20 +150
Tj=-40 +150
Tj=-40 +150
Ta=25
Ta=25
Ta=25
Tc=25
35W HID Lamps Driver
Package
between roots
between roots
Circuit block diagram
planer state
lead tip miscutting
Electrical characteristics (Tj=25 )
No.
Item
Power MOSFET Output
1
Breakdown Voltage
Power MOSFET Output
2
Leakage Current
3
Power MOSFET Output
On-State Voltage
4 Quiescent Circuit Current
5 Operating Circuit Current
6 Input Threshold Voltage
Low side MOSFET Gate
7
Drive Voltage
8 Delay time
9
Power MOSFET
On-State Resistance
Power MOSFET
10
Input Capacitance
11 Diode Reverse Recovery Time
Symbol Unit
Min.
BVOUT V
500
Value
Typ.
Max.
Conditions
IOUT=100 A
IOUT(off)
A
100 VOUT=500V
0.28
0.40
0.52 IOUT=0.4A, VIN(or VGL)=10V
VOUT(on) V
1.4
2.0
2.6 IOUT=2.0A, VIN(or VGL)=10V
Icc1 mA
3.0 Vcc=10V, VM=VIN=0V
Icc2 mA
Icc3 mA
VIH
V 0.8 Vcc
VIL
V
4.0 Vcc=10V, VM=400V, VIN=0V
4.0
Vcc=10V, VM=400V
VIN1(orVIN2)=10V
Vcc=7 15V
0.2 Vcc
VGL
V 0.7 Vcc
td(on)
s
1.5
td(off)
s
2.0
td
s
RDS(on)
0.7
1.0
Ciss
pF
860
trr
ns
300
8.0 Vcc=7 15V
Vcc=VIN=10V, VM=85V
IO=0.41A
2.5
td=td(off)-td(on)
1.3 ID=0.4A, VGS=10V
VDS=10V, f=1MHz
VGS=0V
ISD= 100mA
Typical connection diagram
Timing Chart
Recommended input signal dead time
No.
Item
1
dV/dt
2 Recommended dead time
Value
Symbol Unit
Min. Typ. Max.
Conditions
dV/dt V/ s
2 Ta=25 ,Vcc=10V,VM=400V
td
4.5
Ta= 40 150