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Model 8010 High Power Device Test Fixture 

Interconnection Reference Guide 

 

 

 

 

Summary of Contents for 8010

Page 1: ...Model 8010 High Power Device Test Fixture Interconnection Reference Guide ...

Page 2: ...y by service personnel Service personnel are trained to work on live circuits perform safe installations and repair products Only properly trained service personnel may perform installation and service procedures Keithley Instruments products are designed for use with electrical signals that are measurement control and data I O connections with low transient overvoltages and must not be directly c...

Page 3: ...or accessories are used in a manner not specified in the operating instructions the protection provided by the equipment may be impaired Do not exceed the maximum signal levels of the instruments and accessories Maximum signal levels are defined in the specifications and operating information and shown on the instrument panels test fixture panels and switching cards Chassis connections must only b...

Page 4: ...r of the instrument only Do not apply cleaner directly to the instrument or allow liquids to enter or spill on the instrument Products that consist of a circuit board with no case or chassis e g a data acquisition board for installation into a computer should never require cleaning if handled according to instructions If the board becomes contaminated and operation is affected the board should be ...

Page 5: ...to three other SourceMeters Models 2611 2612 2635 2636 or 4200 SCS The Model 8010 documentation includes Interconnection Reference Guide Provides a quick reference for typical test connections and basic connection information User s Manual Provides complete connection information and sample applications The User s Manual is in PDF format and is on the CD ROM that is included with the test fixture ...

Page 6: ...high current banana cable CA 562 0 One 10 in 254 mm red high current banana cable CA 562 2 Six 9 5 in 241 mm low noise BNC banana cable CA 563 Two document pouches 8010 318 Optional and replacement boards that can be purchased are TO 247 device test board 8010 DTB for use with three terminal TO 247 or two terminal axial lead devices at the maximum rated voltage and current 8010 CTB customizable te...

Page 7: ...as to which you want to attach the pouches are clean If you need to clean the test fixture use a soft lint free cloth and 70 percent isopropyl alcohol 2 Close the lid of the test fixture 3 Remove the protective backing from the hook and loop fastener strips 4 Position the pouch Make sure placement of the pouch does not interfere with the closing of the lid or your ability to use the handles 5 Pres...

Page 8: ...nse If you are using remote sense connections you must enable remote sense on the instrument Types of devices All three terminal devices under test DUTs are assumed to be MOSFETs Therefore the labels G D S on the connection diagrams relate to the Gate Drain and Source of a MOSFET device If you are testing an insulated gate bipolar transistor IGBT make the following substitutions G Connect to the g...

Page 9: ... measurement errors Do not use the insulating plug when testing higher resistance devices greater than 1 MΩ Using the plug for these tests may cause leakage measurement errors Testing two terminal TO 247 devices The two terminal interconnection diagrams that are shown in this document are intended for axial lead devices However you can adapt the setups so that you can test two terminal TO 247 devi...

Page 10: ...e high current side you could set up a one time test using the equivalent terminals on the high voltage side Note that this option is not available for test setups when you are using a Model 2651 or Model 2657 Do not simultaneously connect terminals in the high current and high voltage areas of the fixture to the same terminals in the center area the area bordered in blue Simultaneous connections ...

Page 11: ...ifications of all instruments in the system The overall allowed signal levels may be constrained by the lowest rated instrument in the system For example if you are using a 500 V power supply with a 300 V DC rated switch the maximum allowed voltage in the system is 300 V DC Make sure any test fixture connected to the system protects the operator from contact with hazardous voltages hot surfaces an...

Page 12: ...software fault occurs Verify that all wiring is inside of the cross hatched area of the test fixture Ensure that wires do not protrude beyond the fixture lid and that the lid will close securely Exposed wire may result in electric shock causing death or serious injury The Model 8010 is provided with two protective earth safety ground terminals on the rear panel Ensure that both protective earth te...

Page 13: ...External wiring diagram current voltage measurement connections ...

Page 14: ...Two terminal axial lead DUT with a Model 2651 connected local sense lid open view of device test boards ...

Page 15: ...minal axial lead DUT with a Model 2651 connected remote sense current voltage Note You may need to add an insulating plug to prevent four wire remote sense measurement errors See Insulating plug use for detail ...

Page 16: ...Two terminal axial lead DUT with a Model 2657 connected local sense ...

Page 17: ...Two terminal axial lead DUT with a Model 2657 connected remote sense Note You may need to add an insulating plug to prevent four wire remote sense measurement errors See Insulating plug use for detail ...

Page 18: ...wo terminal axial lead DUT with a Series 2600 connected local sense You can use equivalent connections for the high current section this option is not available for a Model 2651 or Model 2657 instrument ...

Page 19: ...e Notes You may need to add an insulating plug to prevent four wire remote sense measurement errors See Insulating plug use for detail You can use equivalent connections for the high current section this option is not available for a Model 2651 or Model 2657 instrument ...

Page 20: ...Two terminal axial lead DUT with a Model 4200 SMU connected local sense ...

Page 21: ...o terminal axial lead DUT with a Model 4200 SMU connected remote sense Notes You may need to add an insulating plug to prevent four wire remote sense measurement errors See Insulating plug use for detail ...

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Page 23: ...Three terminal DUT with one or two Model 2651 instruments and Series 2600 instrument connected remote sense current voltage Note Multiple Model 2651 instruments will be connected in parallel ...

Page 24: ...Three terminal DUT with a Model 2657 and a Series 2600 connected local sense ...

Page 25: ...Three terminal DUT with a Model 2657 and a Series 2600 connected remote sense ...

Page 26: ...ee terminal DUT with two Series 2600 instruments connected local sense You can use equivalent connections for the high current section this option is not available for a Model 2651 or Model 2657 instrument ...

Page 27: ...e terminal DUT with two Series 2600 instruments connected remote sense You can use equivalent connections for the high current section this option is not available for a Model 2651 or Model 2657 instrument ...

Page 28: ...Three terminal DUT with a 4200 and 2657 connected local sense ...

Page 29: ...Three terminal DUT with a 4200 and 2651 connected remote sense ...

Page 30: ...Three terminal DUT with a Model 4200 SMU connected remote sense Note The SLO and LO terminals for all Model 42xx SMUs in a Model 4200 SCS chassis are joined in the 4200 GNDU ...

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Page 34: ...an be used for testing 2 terminal TO 247 devices too When testing 2 terminal TO 247 devices make sure to remove the plug from the socket if inserted make sure the four axial device terminal posts are disconnected place the 2 terminal TO 247 device into the 3 pin socket ...

Page 35: ...CVU 200 KIT 2 terminal DUT local sense ...

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