Evaluation Kit for ijb Series Surface Mount Power Modules with PMBus Features ijb060a007v-00-r power module USB to PMBus Dongle Board Cables to make PC connection Required Input & Output filter capacitors CD with TDK Smart Power Module Interface GUI Ordering Information Code Input Voltage Output Voltage Output Current Note ijb_evaluation_kit-r 8.0-4.0V 0.6 V 60A Refer to product data sheet for module performance details ijb_eval_kit_parallel-r 8.0-4.0V 0.6 V 0A Comes with two ijb modules installed to allow parallel module evaluation -R indicates RoHS-6 compliance 04 TDK Lambda Americas Inc. ijb_eval rev 0 /7/04 /3
System requirements ijb Evaluation Board Installation Windows XP, Windows 7 (3bit or 64bit) Java Free USB port GUI installation Do not connect USB cable! Install SmartPower_._03096_win3- setup.exe Follow the instruction by the installer Close GUI Evaluation board set-up Apply V source to the Vin terminal (see picture ) Connect USB cable to board and PC Driver will be installed ON/OFF Close or Open for Hardware Enable Vout Vin USB PICTURE 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 /3
COMPLETE SCHEMATIC (not all parts are populated in standard EV Kit) 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 3/3
8 9 ijb Evaluation Kit SIMPLIFIED SCHEMATIC: R6 SYNC SHARE SYSG SALERT SDAT SCLK R5 3 4 5 6 R 7 R R0 R3 PG R4 EN GND_Power_in R7 GND_Power_out Vin C4 0uF + F0 6AG C3 0uF + + C C C9 47uF uf uf 3 4 C8 uf TP3 Vin+_K C7 C6 C5 C4 C0 C8 C3 uf uf uf uf uf uf uf 8 7 GND6 GND5 PS00 VIN OUT4 OUT3 VIN OUT OUT C3 uf GND GND SYNC 6 SGND VTRACK SHARE 5 VSET PG 4 ADR SYSG 3 ADR ENABLE CONFIG SALERT SENSE+ 0 SDAT SENSE- SCLK 9 8 GND4 GND3 7 6 5 4 Vout TP03 C03 C04 C05 C C C3 C4 C5 C6 C7 C9 C30 00uF 00uF 00uF 00uF 00uF 00uF 00uF 00uF 00uF 00uF 00uF 00uF Vout GND_Power_in Vin-_K TP33 SGND R03 R04 R05 R06 0 R07 3 TP0 TP0 OUT-_K R08 0.0 R09 0.0 OUT+_K TP04 00uF 00uF 00uF 00uF 00uF C40 C40 C403 C404 C405 On/Of f _H ON/OFF CIRCUIT 3 SPDT SW R335.00K C333 0.0uF TP7 EN TP308 5V_USB SDAT_USB SCLK_USB SALT_USB R330 0 R33 0 R33 0 R333 0 R334 0 GND_USB 5V_PMBus SDAT SCLK SALERT SGND SALT_USB 5V_USB SDAT_USB SCLK_USB PMBUS CIRCUIT J 7 Salert N/C 8 3 5V GND 9 4 SDA N/C 0 5 GND GND 6 SCL N/C GND GND GND_USB TP TP TP3 SDAT SCLK SALERT 00uF 00uF 00uF 00uF 00uF C406 C407 C408 C409 C40 GND_Power_out SGND SIMPLIFIED LAYOUT showing vias & placement of suggested ceramic filter capacitors near power module REF DESIGNATOR VALUE, SIZE, RATING PART NUMBER SUPPLIER COUTPUT pieces 00uF, 06, 6.3V C36X5R0J07MT TDK Note 0 additional output capacitors of same type (C40-C40) are populated further away from power module CINPUT 0 pieces uf, 06, 6V C36X5RC6MT TDK 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 4/3
Convenient Test Point Terminal Locations: Switch SW Position Open ijb module in ON mode Closed ijb module in OFF mode Test Points (see picture ) TP 06: connected to PGOOD pin of each ijb TP 308: Signal Ground TP 7: via 0Ω connected to ENABLE pin of each ijb Picture 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 5/3
Convenient Test Point Terminal Locations: Test Points (see picture 4) TP 4: i C Bus Signal Ground TP 3: i C Bus Signal Alert TP : i C Bus Signal Data TP : i C Bus Signal Clock TP 03: + sense of ijb module TP 04: - sense of ijb module Picture 3 shows pin location of ijb Module Picture 4 Picture 3 USB Dongle board is attached by connector and can be easily removed and connected to real application board to assist with communication and debugging work. 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 6/3
GUI Operation: The evaluation kit is designed to automatically detect and display the connected power module. Please refer to the power module data sheet for deeper understanding of supported commands and expected operation of the power module. The power module comes pre-configured with default settings. The GUI will allow users to easily change many settings and explore performance options. Note: The store function can be used only -3 times before memory is filled up and the device can not be reprogrammed any more. To ensure highest reliability, we did not use flash memory in this part. User can change settings as often as desired in working memory to try things, but generally should not store to the NVM (non-volatile memory). Settings can be exported to a file to use again later rather than storing to the device s NVM. Store: Load: Store your settings in the FILE menu Export Configuration File. You can load your settings any time during operation by using the FILE menu Import Configuration File. 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 7/3
Once the device is powered on and detected by PC on the USB port it will appear on the device list. Immediately below the device list is the status & faults window for the detected device. System mode is for parallel evaluation only I C device name [ I C address ] green except during NVM storage operation shows if the module is ON or OFF indicates if V out is within the limits green when V in is lower than set limit in the fault section green when V in is higher than set limit in the fault section green when V out is lower than set limit in the fault section loss of sense, when V sense is lost module will be set OFF green when V out is higher than set limit in the fault section green when I out is lower than set limit in the fault section green when short circuit protection has not been active green when Temp. is lower than set limit in the fault section green when Temp. is lower than set limit in the fault section green when Temp. is higher than set limit in the fault section green when Temp. is higher than set limit in the fault section indicates invalid or unsupported data indicates communication / memory / logic status Clear Faults can be used to clear any previous fault flags that were raised 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 8/3
GUI main screen the output voltage set point can be changed, the margin up & down are automatically updated to keep a correct percentage. The monitoring graphs can be paused, zoomed in, zoomed out using the button bars in the top center of the charts. Data Monitor V out setting ON / OFF switch Margining switches 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 9/3
GUI configure tab screen - the configure tab and sub tabs allow the device to be configured in more detail. The basic tab allows the user to change items such as turn on delay and rise time, on/off polarity, and voltage margining range. Users should pay special attention to the Vout Scale Loop button which may need to be changed to exercise the module over the full operating voltage range. This adjustment is generally automatically done by the module in a real / non-ev kit application. Basic Tab If you want to change to higher voltage then you must turn voltage divider on (select 0.857). This will happen automatically if resistor on Vset pin is changed so generally a user does not need to worry about this item, but in case of EV-kit they may need to turn on or off. Select YES to activate and use the Operation button located at bottom of the GENERAL page. 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 0/3
The fault tab allows the user to change items such as over current thresholds, input and output over voltage thresholds and response times. There are some soft ware limits and safe guards to help prevent damage to the EV-kit, but users should still exercise care to keep settings within the power module s ratings to avoid inadvertent damage to the kit. Fault: Warning: except for UTP when a fault limit is exceeded a fault signal is indicated, and the module will be shut down. when a warning limit is exceeded a warning signal is indicated, the module will continue operation. 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 /3
The store tab allows the user to permanently change the configuration in NVM so values will be retained during next power up. As explained on page 7, this feature generally should not be performed on the EV-kit. Do NOT use "STORE" function. 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 /3
Disclaimer: Information furnished by TDK-Lambda is believed to be accurate and reliable. However, TDK-Lambda assumes no responsibility for its use, nor for any infringement of patents or other rights of third parties, which may result from its use. No license is granted by implication or otherwise under any patent or patent rights of TDK-Lambda. TDK-Lambda components are not designed to be used in applications, such as life support systems, wherein failure or malfunction could result in injury or death. All sales are subject to TDK- Lambda s Terms and Conditions of Sale, which are available upon request. Specifications are subject to change without notice. This product is subject to a license from Power One, Inc. related to digital power technology patents owned by Power One, Inc. Power One, Inc. technology is protected by patents including: 330 Matrix Drive, Suite 00 Richardson, TX 7508 Phone Toll free (4)347-5869 Fax (4)39-30 DTC-Support@us.tdk.com http://www.tdkinnoveta.com/ 04 TDK Lambda Americas Inc. ijb_eval rev.0 /7/04 AU 387379AA 387437AA 390643AA 39357AA CN 037856C 04560C 0458656C 0459360C 0465848C 06933A 469A 34668A 68599A 685459A 68558A 685583A 69803A 8069A EP 5656A 5668A 57670A 5767A 60454A4 60464A4 74369A 745536A4 76938A4 899789A 98480A US 004046754 0040909A 004093533A 004364A 004367A 00478780A 0047938A 005000344 005035 00589373A 0060064 0060566A 00607445 0070656 007034095 007040000 00800555 008007080 008086006 674099 6788036 6936999 694996 70005 7049798 70690 708065 74967 766709 73556 73768 737357 7394445 745667 745989 7493504 756660 WO 0404478A 0404504A3 0404504C 040606A 040606A 04070780A3 04084390A3 0408439A3 050797A3 050877A3 0609569A3 00700584A3 007094935A3 3/3