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  • Can take 6S voltage

  • Can handle 50 A continuous

  • Create block diagram

    • Show the high-level process of how the motor controller works from receiving a battery voltage to controlling the phases of the motor

  • Create table for engineering decisions and tradeoffs for the following components:

    • MCU

    • Gate driver IC

      • Does it have field-oriented control?

      • Does it have built in current sense? That would be extremely useful so that we don’t have to waste board space using a current sense amplifier and shunt

    • Power MOSFETs

    • Buck converter for MCU

    • Battery input connection type

    • PWM connection type

    • Programming pins connection type

Component Selection

Buck:

View file
nameBuck Components.pdf

Part Number

Price

Comments

 MAX5033DASA+

Already in the bay

Buck IC

RC0805FR-071ML

$0.15

R1(1MΩ) - Upper resistor in voltage divider; by Vin

RC0805FR-07383KL

$0.15

R2(383KΩ) - Lower resistor in voltage divider; by Vin

CL10B104KB8NNNC

$0.10

CVD & CBST - 0.1µF x2

TYS8040151M-10

$0.74

L1 (150µF) - Inductor

Cin(47µF) -

Cout(47µF) - Ceramic

D1 - No equations for diode given in datasheet and only this diode is shown throughout https://www.digikey.ca/en/products/detail/vishay-semiconductor-diodes-division/VS-50SQ100/143583

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