IHD260/660
Preliminary
Data Sheet IHD 260/660
Dual Channel SCALE IGBT Driver Core
A successor to the IHD 215/280/680 dual-gate driver cores
for 1200V and 1700V IGBTs
The IHD 260 and IHD 660 (short IHDx60) are
highly-integrated dual IGBT driver cores based
on CONCEPT's proprietary SCALE technology
which has been established on the market as
an industrial standard since 1999.
As most customers apply the IHD 215, IHD 280
and IHD 680 drivers in a similar way, the
IHDx60 covers a dedicated set of compatible
items to give the benefits of optimum
performance, optimum reliability and a
competitive price.
The driver cores are optimized to match various
IGBTs and applications from 25A to 450A and
1200V to 1700V.
Typical applications include half-bridge control of 1700V/75A IGBTs at switching
frequencies up to 100kHz and 1700V/450A IGBTs at switching frequencies up to
18.5kHz for the IHD660 version.
Features
[
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[
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Applications
Direct replacement of IHD 215/280/680
[
Driving 1200V and 1700V IGBTs
Highly approved SCALE technology
[
Switching DC to 100 kHz
Non-inverting or optionally inverting inputs
[
Duty cycle 0 ... 100%
Gate drive capability 6A, 1W or 3W each
[
Operating temp. -40 ... +85 °C
Typical delay time of 315ns
[
Two-level topologies
Power supply voltage monitoring set to 11.5V
[
AC drives, SMPS, etc.
Superior EMC (dv/dt > 100V/ns, ESD > 2kV)
[
Industry, traction, wind power
Direct driving of two independent driver channels
Command signal transmitted via transformer interface
Fault signal via transformer interface or optional optocoupler
25ms blocking time at fault with custom-specific time options
IGBT-Driver.com
Page 1
IHD 260/660
Preliminary Data Sheet
Compatibility to IHD 215/280/680 Gate Drivers
The IHDx60 are available with different options covering a dedicated set of compatible
items. In this data sheet, the text referring to critical compatible items is underlined.
Option N and Option I select between non-inverting and inverting inputs respectively. It
is no longer possible to interchange the IN+ and IN- inputs to invert the logic as could
be done with IHD 215/280/680.
On the secondary side, any fault state is extended by a period known as the command
blocking time. During this time, the driver is kept in the off-state. The command
blocking time is set at the factory to a nominal value of 25ms. Other values upon
request. It is no longer possible for the application to adjust the blocking time.
For option T, the signal transformer interface is used to transfer the secondary fault
signal to the primary side. This transfer may be performed at each change in the
command signal, but only during the blocking time. For option C, an optocoupler is
used to transfer the secondary-side fault state to the primary side within a delay of less
than several microseconds. The initial creepage distance and the maximum operating
voltage are reduced by the optocoupler.
For a summary, refer to the Ordering Information section on the last page.
Page 2
CT-Concept.com
IHD260/660
Preliminary Data Sheet
Block Diagram of IHDx60 Option T
Not for version "I"
IN2+ 18
Not for version "N"
IGD 001
Supply
voltage
monitoring
Vce
monitoring
Channel 2
19 ME2
21 Ref2
IN2-
17
Control
logic
Pulse
transceiver
Pulse
transceiver
Control
logic
Driver
25
22
G2
E2
N.C.
SO2+ 15
SO2- 16
Not for version "I"
20
IN1+ 4
Not for version "N"
LDI 001
Supply
voltage
monitoring
IGD 001
Vce
monitoring
Channel 1
30 ME1
32
Ref1
IN1-
3
Control
logic
Pulse
transceiver
Pulse
transceiver
Control
logic
Driver
36
33
G1
E1
N.C.
SO1+ 1
SO1- 2
Primary
VCC
10
Dc/dc
converter
control
31
Supply channel 2
23
24
34
35
Cs2
COM2
Cs1
COM1
GND
9
IHx60NT / IHx60IT
Supply channel 1
Fig. 1
Block diagram of the IHDx60 (option T, i.e. fault signal via signal transformer
interface). Non-inverting inputs (option N) or inverting inputs (option I).
Not connected pins are designated as N.C.
IGBT-Driver.com
Page 3
IHD 260/660
Preliminary Data Sheet
Block Diagram of IHDx60 Option C
Not for version "I"
IN2+ 18
Not for version "N"
IGD 001
Supply
voltage
monitoring
Vce
monitoring
Channel 2
19 ME2
21 Ref2
IN2-
17
Control
logic
Pulse
transceiver
Pulse
transceiver
Control
logic
Driver
25
22
G2
E2
N.C.
SO2+ 15
SO2- 16
Not for version "I"
20
IN1+ 4
Not for version "N"
LDI 001
Supply
voltage
monitoring
IGD 001
Vce
monitoring
Channel 1
30 ME1
32
Ref1
IN1-
3
Control
logic
Pulse
transceiver
Pulse
transceiver
Control
logic
Driver
36
33
G1
E1
N.C.
SO1+ 1
SO1- 2
Primary
VCC
10
Dc/dc
converter
control
31
Supply channel 2
23
24
34
35
Cs2
COM2
Cs1
COM1
GND
9
IHDx60NC / IHDx60IC
Supply channel 1
Fig. 2
Block diagram of the IHDx60 (option C, i.e. fault signal via optocoupler).
Non-inverting inputs (option N) or inverting inputs (option I).
Not connected pins are designated as N.C.
Page 4
CT-Concept.com
IHD260/660
Preliminary Data Sheet
Pin Description
No.
1-18
1
2
3
4
Pin Name
Function
Primary-side terminal
SO1+ Status output positive voltage referenced to pin SO1- for channel 1
SO1- Status output negative voltage referenced to pin SO1+ for channel 1
IN1-
For option I: Inverting input referenced to GND for channel 1
For option N: Functionless CMOS input (must be terminated to logic high or logic low)
IN1+ For option N: Non-inverting input referenced to GND for channel 1
For option I: Functionless CMOS input (must be terminated to logic high or logic low)
free
GND
VCC
free
Not physically present
Power supply and logic ground
Power supply positive voltage referenced to pin GND
Not physically present
5-8
9
10
11-14
15
16
17
18
SO2+ Status output positive voltage referenced to pin SO1- for channel 2
SO2- Status output negative voltage referenced to pin SO1+ for channel 2
IN1-
For option I: Inverting input referenced to GND for channel 2
For option N: Functionless CMOS input (must be terminated to logic high or logic low)
IN1+ For option N: Non-inverting input referenced to GND for channel 2
For option I: Functionless CMOS input (must be terminated to logic high or logic low)
Secondary-side terminal
G1
Gate driver output for channel 1
COM1 Common terminal for channel 1
Cs1
16.4V nominal voltage power supply referenced to pin COM1
E1
IGBT emitter channel 1 terminal
REF1 Reference voltage for short-circuit monitoring referenced to pin E1 for channel 1
N.C.
The command blocking time at fault is set at the factory; options upon request
ME1
IGBT collector voltage monitoring input referenced to pin E1 for channel 1
free
G2
COM2
Cs2
E2
REF2
N.C.
ME2
Not physically present
Gate driver output for channel 2
Common terminal for channel 2
16.4V nominal voltage power supply referenced to pin COM2
IGBT emitter channel 2 terminal
Reference voltage for short-circuit monitoring referenced to pin E2 for channel 2
The command blocking time at fault is set at the factory; options upon request
IGBT collector voltage monitoring input referenced to pin E2 for channel 2
36-19
36
35
34
33
32
31
30
29-26
25
24
23
22
21
20
19
Not connected pins are designated as N.C.
IGBT-Driver.com
Page 5
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