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High Frequency LLC Solution Setup Guide The information described in this document is the exclusive intellectual property of Nuvoton Technology Corporation Japan (NTCJ) and shall not be reproduced without permission from Nuvoton. Nuvoton is providing document only for reference purposes of NTCJ Microcontroller based system design.
KV-M7CF04_HF_LLC 1. BOARD INTERFACE AND ASSIGNMENT KM1M7CF04 MCU Board (EVB-KM7CF04-MCU-BRD) Figure 1.1 shows the board connector interface and assignment of the KM1M7CF04 MCU board. Figure 1-1 KM1M7CF04 MCU Board Interface and Assignment Table 1-1 shows the board power selection using CN9 jumper setting Table 1-1 CN9 Jumper Setting for Power Selection Ref no Default...
KV-M7CF04_HF_LLC Input Current Sensing Board (EVB-ACS37002-SEN-BRD) Figure 1.2 shows the board connector interface and assignment of the Input Current Sensing Board. Figure 1-2 Input Current Sensing Board Interface and Assignment Table 1-2 show the current sensing range and sensitivity setting of the input current sensing board. Please set to default setting.
KV-M7CF04_HF_LLC Output Current Sensing Board (EVB-ACS758-SEN-BRD) Figure 1.3 shows the board connector interface and assignment of the Output Current Sensing Board. Two terminals are prepared for each of the current IN and current OUT connection. We recommend using both terminal when making connection to reduce the connection resistance especially in high current condition.
KV-M7CF04_HF_LLC 2. BOARD CONNECTION Solution Boards Connection Figure 2.1 shows the interconnection between solution boards. Current sensing board connection is not required, if current monitoring is not used. Figure 2-1 Solution Board Connection MCU Onboard debugger (NuLink2_ISO) Connection Figure 2.2 shows the MCU onboard debugger (NuLink2_ISO) connection to MCU board. Figure 2-2 NuLink2_ISO connection Page 7 of 12...
KV-M7CF04_HF_LLC 3. EVALUATION SETUP Figure 3.1 shows the evaluation setup with current sensing board. Please ensure that the current sensing is correctly connected according to the current flow direction. Figure 3.2 shows an example connection with power meter for performance evaluation. Figure 3-1 Evaluation Setup with EPC9519 Power Board Figure 3-2 Evaluation Setup with Power Meter EPC9519 Power Board is the product of Efficient Power Conversion Corporation (EPC - https://epc-co.com/)
KV-M7CF04_HF_LLC 4. POWER UP AND POWER DOWN PROCEDURE Please make proper power connections, and follow the procedure below to operate the board: 1. Make sure that the EPC9519 Power Board is operated in Partial Power mode (Please see EPC9159 manual for details). 2.
KV-M7CF04_HF_LLC 5. CAUTION POINTS Figure 5-1 shows some caution points when using the MCU board. Figure 5-1 LED, CN9 and VDC1/VDC2 1. Always confirm the CN9 Power Selection Jumper setting based on the usage 2. Fault will happen if the MCU board does not connected to the power board. To operate the MCU board standalone, please short VDC1 and VDC2 to GND to prevent fault from happening.
KV-M7CF04_HF_LLC 6. REVISION HISTORY Date Revision Description Initial version November 26, 2024 1.00 Page 11 of 12...
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All Insecure Usage shall be made at customer’s risk, and in the event that third parties lay claims to Nuvoton as a result of customer’s Insecure Usage, customer shall indemnify the damages and liabilities thus incurred by Nuvoton.
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