IHD215 CT-Concept Technologie AG, IHD215 Datasheet - Page 6

• Manufacturer Part Number: IHD215
• Description: Intelligent Half-bridge Drivers For Igbts And Power Mosfets
• Manufacturer: CT-Concept Technologie AG

IHD 215/280/680
Data Sheet & Application Manual
Timing Characteristics
Delay time input to output
Delay time status output
Outputs G1 and G2
Output current I
Output rise time t
Output fall time t
Total output power
(DC/DC-Converter)
Outputs SO1/SO2
Electrical Isolation
Operating voltage
Test voltage
Partial discharge extinction volt. IEC270
max. V/ t at V = 1000V
All data refer to +25°C and V
Footnotes to the key data
1)
2)
3)
4)
5)
6)
Page 6
Electrical Characteristics (Continuation)
At a supply voltage greater than 16V, the open-circuit voltages on the two output sides of the DC/DC
converter may exceed 18V. This can lead to the destruction of the driver and protection circuits on the
output side.
Only internal consumption of the drivers, static.
Exceeding of the current drawn indicates overload of the DC/DC converter. The next higher-rated type
should be used.
The turn-off threshold is lower than the turn-on threshold by the magnitude of the hysteresis. The turn-on
and turn-off thresholds allow the drivers to be run at operating voltages of 12V to 15V and cannot be
changed.
The drive signal should have the same amplitude as the power supply of the IHDxxx. At Vcc = 15V the
drive signal should also be 15V, at Vcc = 12V a drive signal of 12V suffices. Deviations of
permissible.
Peak value during less than 100ns, after which a current of approximately 10mA flows and decays
slowly thereafter.
out (see Note 8)
f(out) (see Note 9)
r(out) (see Note 9)
(see Note 10)
(see Note 14)
I n t e r n e t :
cc
Test Conditions
turn-on t
Test Conditions
Test Conditions
turn-off t
at failure
IHD 215xx
IHD 280xx
IHD 680xx
all types
all types
IHD 215xx
IHD 280xx
IHD 680xx
all types
continuous or repeated
(50Hz/1min)
all types
= 15V unless otherwise specified
(see Note 15)
pd(on)
pd(off)
(see Note 11)
(see Note 16)
w w w . C T - C O N C E P T . c o m
(see Note 17)
min typ max
min typ max
min typ max
-1,5
50 100
-8
-8
1100
600 1000
60
60
20
15
15
2
2
6
1
4000
+1,5
+8
+8
30
30
Vaceff
kV/ s
units
units
units
Vdc
Veff
mA
1V are
ms
W
W
W
ns
ns
ns
ns
A
A
A