2 CGD15HB62LP Rev. A, 07-2016
Gate Driver Electrical Characterization
Symbol Parameter Min. Typ. Max. Unit Test Conditions
V
DC
Supply Voltage
9 12 18
V
V
UVLO
Secondary UVLO Inactive Level +13.5 +14 +14.5
Secondary UVLO Active Level +11.2 +12 +12.7
Secondary UVLO Hysteresis
2
V
IH
High Level Logic Input Voltage 3.5 5.5
Single-Ended Inputs
V
IL
Low Level Logic Input Voltage
0 1.5
V
IDCM
Differential Input Common Mode
Range
-7 - +12 Differential Inputs
V
IDTH
Differential Input Threshold
Voltage
-200 -125 -50 mV V
ID
= V
Pos-Line
– V
Neg-Line
V
ODH
Differential Output High Level
2.2 3.4
V
I
OD
= -20 mA
V
ODL
Differential Output Low Level
0.2 0.4 I
OD
= 20 mA
V
OD
Differential Output Magnitude 2 3.1 R
L
=100 Ω
V
GATE,HIGH
High Level Output Voltage +18
V
GATE,LOW
Low Level Output Voltage -5
V
IOWM
Working Isolation Voltage 1500 V
RMS
C
ISO
Isolation Capacitance 17 pF Per Channel
CMTI
Common Mode Transient
Immunity
100 kV/µs
R
GIC-ON
Output Resistance
1
0.4 1.5
Ω
Gate Drive IC
R
GIC-OFF
Output Resistance
1
0.3 1.2
R
GEXT-ON
External Output Resistance
2
4.99
External SMD Resistor
R
GEXT-OFF
External Output Resistance
2
4.99
D
VF-OFF
Turn-off Diode Forward Voltage 0.62 0.67 0.82
V
t
ON
Output Rise Time 250
ns
C
Load
= 19 nF
From 10% to 90%
t
OFF
Output Fall Time 140
t
PHL/PLH
Propagation Delay 75
t
PD
Over-current Propagation Delay to
FAULT Signal Low
40
Does Not Include
Blanking
R
SS
Soft-Shutdown Resistance
3
30.1
Ω
t
OFF-SS
Output Fall Time Soft-Shutdown 1.5 µs
Output pulled low
through R
SS
1
Output resistance of totem pole IC
2
Additional output resistance is added with SMD resistors. A diode is provided to allow control of turn-off separately. The diode makes the effective
turn-off resistance be the parallel combination of the R
GEXT-ON
and R
GEXT-OFF
while the turn-on effective resistance is R
GEXT-ON
. Standard value is 4.99 Ω for
both turn-on and turn-off. See Figure 1 for configuration.
3
Soft-Shutdown Resistor will safely turn off the Gate in the event an over-current is detected by the Desaturation Protection circuit.