Across
- 5. Insulator, Isolates TPaks to prevent electrical arcing or shorting to other parts.
- 7. Busbar, Distributes even current throughout the TPaks.
- 10. Busbar, Receiving station on which power is concentrated for distribution out of the Inverter to the stator housing.
- 13. stores potential energy in an electric field.
- 14. Ports, Attached to a hose line will send coolant through the case heat sink that cools the TPaks.
- 16. Converts DC to AC energy for power variability
- 17. Pad, Used for protection of the resistors on the PCBA area that it’s attached to.
- 18. Central in process management: They are accessed and/or modified by most OS utilities.
Down
- 1. Cover, Allows coolant to flow through the coolant ports which cools the heat sink to keep the TPaks at optimal temperature.
- 2. Clip, used to lock the ASY, Logic Connector in place and helps support the PCBA board to prevent flex when connecting the vehicles Logic Connection.
- 3. Paste, 80% silver and 20% solvent. Used to attach the TPaks onto the case pedestals.
- 4. Connector, used to house the 30 pin connection to the PCBA, with gasket included.
- 6. Discharge, The release of built-up electricity that is released when 2 objects of opposite charge interact.
- 8. Semiconductor switches used to create a high and low phase. This creates a 3 phase alternating current.
- 9. Busbar, Protects the TPaks and helps control electrical flow around the inverter.
- 11. Header, Main input into the Inverter. It transfers the high voltage current from the battery pack and through the Inverter to be distributed to the drive unit.
- 12. Made from cast aluminum with silver coated pedestals where semiconductors (TPaks) will be applied and sintered.
- 15. Ensures that external fluid does not contact the internal electronics of the inverter through the case seal.