Data Sheet

FAN7093_F085
High Current PN Half Bridge
December 2011
Pos. Parameter Symbol Limit Values Unit Conditions
Min. Typ. Max.
Under Voltage Shut Down
7.2.1 Turn - off Voltage
V
UV(ON)
– – 5.6 V
V
S
increasing
7.2.2 Turn - on Voltage
V
UV(OFF)
4.9 – -- V
V
S
decreasing
7.2.3 hysteresis
V
UV(HY)
– 0.15 – V –
Over Voltage Lock Out
7.2.4 Turn - off Voltage
V
OV(ON)
28 – – V
V
S
decreasing
7.2.5
Turn - on Voltage
V
OV(OFF)
27 – 35 V
V
S
increasing
7.2.6 hysteresis
V
OV(HY)
– 1.0 – V –
7.2.7 Lock out time
t
lock
140 µs
Current Limitation
7.2.8 Current Limit Detection level
I
CL
39 50 61 A
High- and Low- side
7.2.9
Peak Current Limit Detection level
High- and Low- side (Note 2)
I
C
P
72 88 105 A
Note 2. Not subject to production test, specified by design
Current Limitation Timing
7.2.10 Shut OFF Time for HS and LS
t
CLS
100 150 200 µs
Thermal Shut Down
6
7.2.11 Turn off Tj
T
jSD
170 -- 190 °C –
7.2.12 Turn on Tj
T
jSO
150 – 170 °C –
7.2.13 Thermal Hysteresis
T
sd(HY)
– 15 – K –
7.2.14 Reset Pulse at

Pin (


low)
t
reset
4 – – µs –
7) Not subject to production test, specified by design
7.3 Control and Diagnostics
7.3.1 Input Circuit
The gate drivers for the MOSFETS are controlled through inputs IN and  and are TTL/CMOS
compatible Schmitt triggers with hysteresis. Setting the



pin to high enables the device. In this
condition one of the two power MOSFETS is turned on depending on the input level of the IN pin. To
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