SGS Thomson Microelectronics L6353D, L6353 Datasheet
SMART DRIVER FOR POWER MOS & IGBT
PEAK HIGH OUTPUT CURRENT CAPABILITY(+8A)
WIDE SUPPLY VOLTAGE RANGE (12.5 TO
18V)
0 TO–7.5V NEGATIVE BIAS VOLTAGESUPPLY RANGE
OVER CURRENT AND DESATURATION
PROTECTION OF THE EXTERNAL POWER
DEVICE(EXTERNALLY PROGRAMMABLE)
LATCH-UPPROTECTION(FOR IGBT)
TWOSTEPS TURN-ON (PROGRAMMABLE)
PROTECTION AGAINST POSITIVE SUPPLY
UNDER-VOLTAGE
INPUT COMPATIBLE WITH OPTOCOUPLER
OR PULSETRANSFORMER
PROGRAMMABLETURN-ON DELAY
THERMAL PROTECTION WITH ON-CHIP
OVER-TEMPERATURE ALARM AND TURNOFF PROCEDURE
OPERATINGFREQUENCY UP TO 100kHz
L6353
DIP16
ORDERING NUMBERS: L6353 (DIP)
DESCRIPTION
The L6353 device is a smart driver, with all the
driveandprotectionknow-how”on board”.
Available in both DIP and SO package, it can be
triggeredwitha logiclevelorwith the signalfroman
optocouplerora pulsetransformer.It filtersparasitic
inputsignalsand drives any MOSor IGBT.
SO16
L6353D (SO)
BLOCK DIAGRAM
2.5V
300µA
SELECT
INPUT
1.25V 3.75V
INV_OUT
ALARM
1.25V
+
−
DELAY
SUPPLY
UV SENSE
REFERENCES
3.15V
+
−
OUT1
CLAMPING
LOGIC
3.15V
−
+
−
+
+
−
7.5V
COM
D94IN106B
+
−
FILTER
200ns
THERMAL
SHUTDOWN
4V
V
CC
REF
V
POS
OUT1
CLAMP_PROG
OUT2
V
SS
MON_DELAY
ON_SENSE
ON_LEV_PROG
February 2000
1/11
L6353
DESCRIPTION (continued)
It monitors theon-state voltage drop of thedriven
power device and protectsit againstoverload and
short circuit.
The on-state voltage drop level is externallyprogrammable from 5 to 15V. This function is inhibited during the turn-on of the external power device for an externally programmableperiod.
An internal inhibition time of 200ns avoids false
triggering.
PIN CONNECTION (topview)
OUT1
V
CC
V
POS
CLAMP_PROG
INV_OUT
ALARM
MON_DELAY
VREF
1
2
3
4
5
6
7
8 INPUT9
D94IN113A
Overload or overheating are signalled on an
alarmoutput. If temperature continuestoincrease
the power output is switched off and maintained
in the off-state until the temperature decreases
below the low threshold. A programmable turn-on
delay avoids cross conduction in bridge configurations.
To preservethe externalpower device (especially
IGBT) from the risk of latch-up, the gate voltage
can be risen in two different steps (of which the
first is externally programmablefrom7 to 11V).
16
15
14
13
12
11
10
OUT2
COM
V
SS
ON_SENSE
ON_LEV_PROG
SELECT
DELAY
ABSOLUTE MAXIMUM RATINGS
Symbol Parameter Value Unit
V
CC
V
SS
V
POS-VOUT1
V
OUT2-VSS
V
EXT1
V
EXT2
I
DELAY
I
MON_DELAY
V
ON_SENSE
I
OUT1
I
OUT2
I
INV_OUT
I
ALARM
P
tot
T
amb
T
stg
Supply Voltage referred to COM pin 20 V
Negative Supply Voltage referred to COM pin – 8 to 0 V
Collector-Emitter Voltage of High Side NPN 25 V
Drain-Source Voltage of Low Side DMOS 25 V
Externally Forced Voltage (pin 9) -0.3 to V
CC
Externally Forced Voltage (pins 4,7,10, 11, 12) -0.3 to 7 V
Sink Current pin Delay 3 mA
Sink Current PinMon_Delay 3 mA
Voltage on ON_SENSE Pin VSS-0.3 to V
CC
Positive Output Current (tp ≤1ms) (peak) 8 A
Negative Output Current (tp ≤1ms) (peak) 8 A
Output Current in INV_OUT Pin ±20 mA
Output Current in ALARM Pin ±20 mA
Total Power Dissipation internally limited
Operating Temperature Range -25 to +85
Storage Temperature -50 to +150 °C
THERMAL DATA
Symbol Parameter DIP16 SO16 Unit
R
thj-ambient
Thermal Resistance Junction-ambient Max 80 90 °C/W
V
V
C
°
2/11
PIN FUNCTIONS
N. Name Function
1 OUT1 Output of high side driver (emitter of power NPN transistor).
2V
3V
CC
POS
4 CLAMP_PROG FirstStep of theGate Voltage Programming.
5 INV-OUT InvertedOutputDriverStatus.
6 ALARM Diagnostic OutputSignal. A fault condition is signalled by this output buffer.
7 MON_DELAY V
8V
REF
9 INPUT Input signal.
10 DELAY On Triggering Delay. An R-C network connected between this, the COM and the V
11 SELECT Select the direct/inverted mode in the Logic Level Mode. It’s also the reference pin in Pulse
12 ON_LEV_PROG V
13 ON_SENSE On State Monitor.
14 V
SS
15 COM Ground
16 OUT2 Output of the low side driver (drain of the DMOS).
Positive Supply Voltage (referred to COM).
See under voltage lockout functioning
Positive Bias Voltage (collector of theNPN power transistor).
The programming is achieved setting an appropriate voltageon this pin (i.e. usinga resistence
voltage divider).
Thebufferoutputis ableto drivesome auxiliary circuit(i.e. a LED).
Monitor Delay. An R-C network connected between this, the COM and the V
ON
define t
MON_DELAY
time interval(see fig 4)
REF
Output of the 5V/10mA internalvoltage reference.
The driving signal can be a logic level either active LOW (inverted mode) or HIGH (direct
mode) in the Logic Level or a pulse in the PulseTransformer Mode (see Figure 2)
definethe t
time interval(see fig 4)
DELAY
REF
transformer mode.
level programming.
ON
This pin is used to set the V
monitor level. The programming is achieved setting an
ON
appropriate voltage on this pin (i.e. using a resistive divider).
Thispin is used to monitor the turning on of the external power device.
Negative supply voltage (referred to the COM).
This pin is the source of the lowside driver DMOS.
L6353
pins,
pins,
3/11
L6353
DC ELECTRICAL CHARACTERISTICS (V
POS=VCC
=15V; VSS= -5 to 0V; Tj= -25 to +125°C; unless
otherwise specified)
Symbol Pin Parameter Test Condition Min. Typ. Max. Unit
V
V
V
CCth1
V
CCth2
V
CChys
I
CCq
V
drop_sig
V
R
V
R
I
V
R
V
t
V
V
V
V
V
drop
CC
V
I
so
I
si
dth
outs
SS
ON
V
I
in
inh
ton
toff
I
sl
sel
1V
POS-VOUT1
2 Operating Supply Voltage (referred to COM pin) 12.5 18 V
Under Voltage Upper
Threshold
Under Voltage Lower
Threshold
Under VoltageHysteresis 0.3 0.5 0.7 V
QuiescentSupply Current 5 mA
4, 12 Output Voltage pin floating 1.26 V
d
Sourced Current pin grounding 20 µA
Sinked Current pin at +5V -20
5, 6 High State Output Voltage Drop I
Low State Output Voltage Drop 3 V
ref
8 Output of Internal Voltage
Reference
7, 10 Comparator Input Resistance 100
in
Comparator Threshold 3.15 V
ins
13 Input Resistance 75 KΩ
Output Current pin grounded 200 µA
14 OperatingNegative Bias
Voltage
16 On Resistance OUT2 to VSS); I
il
ih
9 Low Level Voltage (Logic Level Mode) 0 1 V
High Level Voltage (Logic Level Mode) 4 V
Input Current 0<Vin<V
Inhibited Parasitic Pulse
Duration
Turn-on Threshold Voltage Referred to V
Turn-off Threshold Voltage Referred to Vsel
sl
sh
11 Low Level Voltage (Logic Level Mode) 0 1 V
High Level Voltage (Logic Level Mode) 2 V
Current Output of SELECT Pin Vsl= 0V (Logic Level Mode) 300 µA
Output Voltage of SELECT Pin (Pulse Transformer Mode) 2.25 2.5 2.75 V
I
= 2A 2.5 V
OUT1
10.5 11.5 12.5 V
10 11 12 V
= 20mA VCC–3 V
out
I
= 0A; Tj=25°C 4.9 5 5.1 V
ref
< 10mA; Tj=25°C 4.8 5.2 mA
I
ref
(referred to COM) – 7 0 V
= 2A 0.5 Ω
OUT2
CC
CC
–10 10
(Logic LevelMode)
(Logic LevelMode) 200 300 ns
sel
1.5 V
(Pulse Transformer Mode)
– 1.5 V
(Pulse Transformer Mode)
REF
A
µ
Ω
V
A
µ
V
4/11
Loading...