Part Number: DRV8332-HT Other Parts Discussed in Thread: DRV8332 For DRV8332, if using six-step control, its power consumption will be smaller than using FOC control? Is this right? Since for six-step control, only two MOSFETS will be turned on during…
Part Number: DRV8332-HT Other Parts Discussed in Thread: UCC27201A , UCC27201 Hi team,
Here's an issue from the customer may need your help:
As shown in Figure 1 below, the UCC27201A drives a 24-V 3-phase BLDC motor, where the DC 24 V is controlled…
Part Number: DRV8332-HT Other Parts Discussed in Thread: DRV8332 Is the FAULT signal function still support or disable on DRV8332-HT? Is FAULT signal still detect for over current shut down or under voltage protection occurred? How long the FAULT signal…
Part Number: DRV8332-HT Other Parts Discussed in Thread: DRV8332 Hi support team,
I have read your explanations about disabled thermal shutdown in DRV8332-HT that date back to about 4 years ago, with the intention to make corrections to the confusing…
Part Number: DRV8316C-Q1 Other Parts Discussed in Thread: DRV8332-HT Tool/software: Hello, is the DRV8316C-Q1 suitable for use on a 28V bus with peak phase voltage 35.4V?
Thanks
Part Number: DRV8332-HT Team,
The product folder overview states peak output current = 13A. The datasheet states peak output current = 7A.
Can you clarify that mismatch?
Thanks!
Part Number: DRV8332-HT We had a old sensorless BLDC design which used six discrete N-MOSFETs( IRF5NJ540) , one 3-Phase Driver IR2130D and three comparators. . The boot-strap capacitor of old design was 3.3uF. The PWM duty-cycle is 100%. The power supply…
Part Number: DRV8332-HT Other Parts Discussed in Thread: ASH Hi ,
I would like to use DRV8332-HT in high temperature (175 degree C) environment for Long time(10 yrs) .
What kind of test procedure have you done to spec the component for 175 Degree C ?
…
Part Number: DRV8332-HT Other Parts Discussed in Thread: DRV10983
Hi Team,
I'd like to use the DRV8332-HT for its guaranteed 1000hours over 165°C, the drawback I face now is that I should control it with 6PWMs or 3PWMs which is complicated; I need…