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Technical
Explanation
Revision:
Issue Date:
Prepared by:
Approved by:
This document is valid for the following part numbers:
L5066401 SKiiP
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L5066402 SKiiP
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L5066403 SKiiP
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Technical Explanation SKiiP
Please note:
Unless otherwise specified, all values in this technical explanation are typical values. Typical values are the average values
expected in large quantities and are provided for information purposes only. These values can and do vary in different applications.
All operating parameters should be validated by user's technical experts for each application.
The document remains effective until replaced by subsequent revision of this document.
© by SEMIKRON
PROMGT.1026 / Rev. 1 / Template Technical
Explanation
®
SKiiP
4 F-Option Board
02
2017-08-30
Schiller Anastasia
AG E-KAZ
®
4 F-Option with D-Sub connector, no plastic case
®
4 F-Option with D-Sub connector
®
4 F-Option without D-Sub connector
2017-08-30 - Rev02
®
4 F-Option Board
1 / 21
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Summary of Contents for SEMIKRON SKiiP 4 F L5066401
- Page 1 These values can and do vary in different applications. All operating parameters should be validated by user’s technical experts for each application. The document remains effective until replaced by subsequent revision of this document. © by SEMIKRON 2017-08-30 - Rev02 1 / 21 PROMGT.1026 / Rev.
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Page 2: Table Of Contents
11.1 HALT Signal ............................16 11.2 GPIO Signal ............................17 11.3 Analogue Signals ............................ 17 11.4 CAN Signals............................17 12 Logistics ................................. 18 13 Provisions and handling after use ......................... 19 © by SEMIKRON 2017-08-30 - Rev02 2 / 21... -
Page 3: Related Documents
CANopen User Manual Rev.6 ® Data sheets SKiiP ® Data sheets SKiiP 4 F-Option ® Data sheets SKHBP SKiiP ® Technical Explanation SKiiP 4 Parallel Board © by SEMIKRON 2017-08-30 - Rev02 3 / 21... -
Page 4: Application And Handling Instructions
Worktables have to be grounded. When first operating a newly developed circuit, SEMIKRON recommends to apply low collector voltage and load current in the beginning and to increase these values gradually, observing the turn-off behavior of the free-wheeling diode and the turn-off voltage spikes generated across the IGBT. An oscillographic control will be necessary. -
Page 5: General Description
1,5m is allowed. On the other side it must always be connected ® to the SEMIKRON “SKiFace Standard” interface of SKiiP 4 driver by a 25-pin D-Sub female connector. Please ®... -
Page 6: Block Diagram
F-Block 5: Forwarding of CAN-Bus signals from SKiiP 4 connector X1 to F-Option D-Sub connector X2 HALT and GPIO Signals are available on the F-Option D-Sub connector X2 as well. © by SEMIKRON 2017-08-30 - Rev02 6 / 21... -
Page 7: Dimensions
The mechanical dimensions of SKiiP 4 F-Option board Variant 1, side view are shown in the Figure 5.6. ® Figure 5.2: Mechanical dimensions of SKiiP 4 F-option board Variant 1, side view © by SEMIKRON 2017-08-30 - Rev02 7 / 21... - Page 8 The mechanical dimensions of SKiiP 4 F-Option board Variant 2, side view are shown in the Figure 5.4. ® Figure 5.4: Mechanical dimensions of SKiiP 4 F-option board Variant 2, side view © by SEMIKRON 2017-08-30 - Rev02 8 / 21...
- Page 9 The mechanical dimensions of SKiiP 4 F-Option board Variant 3, side view are shown in the Figure 5.6. ® Figure 5.6: Mechanical dimensions of SKiiP 4 F-option board Variant 3, side view © by SEMIKRON 2017-08-30 - Rev02 9 / 21...
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Page 10: Mounting Instruction
Please check the screw holes on PCB match to the holes of bottom part of plastic cover. © by SEMIKRON 2017-08-30 - Rev02... -
Page 11: Figure 6.2: Inserting Of The Pcb Inside The Plastic Cover
(see red arrows Figure 6.3, ® the cable connection between F-option Board and SKiiP 4 is not shown). ® Figure 6.3: Mounting of the top part of the plastic cover SKiiP 4 F-option board © by SEMIKRON 2017-08-30 - Rev02 11 / 21... -
Page 12: Mounting Instruction For F-Option Board Variant 1
4 Technical Explanation Rev.3 Chapter 5.2 “Gate driver interface SkiFace” for further Please refer to SKiiP information and pin out of connector X2. Please note: Pin 8 HB_TOP and pin 21 HB_BOT are not connected! © by SEMIKRON 2017-08-30 - Rev02 12 / 21... -
Page 13: Not Used Signals
2 times of the maximum SKiiP driver input current (at least 1,5A) ® For further information please refer to the Technical Explanation SKiiP Please note: Power supply cable should be twisted or shielded to enhance the EMI robustness. © by SEMIKRON 2017-08-30 - Rev02 13 / 21... -
Page 14: Optical Input/Output Signals
50 mA. Please see Figure 10.1 for example of the circuit for transmitter LED at the controller side. Figure 10.1:Transmitter current controller side © by SEMIKRON 2017-08-30 - Rev02 14 / 21... -
Page 15: Error_Out Signal
4 system sets the ERROR-OUT signal (Optical transmitter emits no light) if following happens: the unit is not ready to operate error happened ® 4 Technical Explanation Rev.3 chapter “GPIO -Signal” for further information. Please refer to the SKiiP © by SEMIKRON 2017-08-30 - Rev02 15 / 21... -
Page 16: Sub Connector Signals
SKiiPs with separately processed HALT-signals. Please note: maximal number of devices for paralleling of HALT signal is 6 items. © by SEMIKRON 2017-08-30 - Rev02 16 / 21... -
Page 17: Gpio Signal
F-Option Board with D-Sub-Connector forwards CAN signals without any changes. For more details please see ® Technical Explanation SKiiP 4 Rev.3 Chapter 5.2.8 as well as the CANopen User Manual Rev.6. © by SEMIKRON 2017-08-30 - Rev02 17 / 21... -
Page 18: Logistics
Technical Explanation SKiiP 4 F-Option Board ® 12 Logistics Figure 12.1: Part Marking Information © by SEMIKRON 2017-08-30 - Rev02 18 / 21... -
Page 19: Provisions And Handling After Use
Technical Explanation SKiiP 4 F-Option Board ® 13 Provisions and handling after use Components which are obsolete or defective must be disposed according to local regulations © by SEMIKRON 2017-08-30 - Rev02 19 / 21... - Page 20 Table 4: PWM TOP/BOT optical signals ......................14 Table 5: ERROR_OUT optical signal ........................15 References [1] www.SEMIKRON.com [2] A. Wintrich, U. Nicolai, W. Tursky, T. Reimann, “Application Manual Power Semiconductors”, ISLE Verlag 2011, ISBN 978-3-938843-666 © by SEMIKRON 2017-08-30 - Rev02 20 / 21...
- Page 21 SEMIKRON does not assume any liability arising out of the application or use of any product or circuit described herein. Furthermore, this technical information may not be considered as an assurance of component characteristics.
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