Part Number: DRV8300-Q1 Tool/software: Hi E2E，
We are verifying the design of the DRV8300-Q1 in a water-pump project.
This is the output waveform of the high-side and low -side gate of the DRV8300-Q1 at open load.
My question is:
Why is there a step when…
Part Number: DRV8300-Q1 Other Parts Discussed in Thread: DRV8300 , DRV8328 Tool/software: Hello. I'm a DRV8300 three-phase motor driver The two phases are used to control the normal DC motor by PWM. I use GHA and GLA, GHB and GLB. My question is, if you…
Part Number: DRV8300-Q1 Hello Team,
Posting on behalf of my customer:
I am currently working on a device DRV8300-Q1. Do you have any EMC Circuit for this device or any application guide I can check?
Regards,
Renan
Part Number: UCC27531-Q1 Other Parts Discussed in Thread: UCC27301A-Q1 , UCC27311A-Q1 , TIDA-01407 , UCC27211A-Q1 , DRV8300-Q1 Hi Team,
I'd like to ask you about the high-side and low-side driver for 48V EV battery system. I couldn't find these devices on…
Part Number: DRV8343-Q1 Other Parts Discussed in Thread: DRV8300 Hi Team
Please tell me about unused pin processing of DRV8343-Q1. It has a circuit configuration in which one of the three half bridges is unused.
The datasheet contains the following information…
Part Number: TMS320F2800157 Other Parts Discussed in Thread: DRV8300 Q1：我根据电机控制 SDK 通用项目和实验室用户指南（文件名spruj26）的增量构建项目，现在电压采样有问题，电压偏移系数正常约为0.5，我的值大于1（如图p1所示），根据用户指南L aunchpadf2800157与drv8323rh连接如图p2所示，且为C9、C10、C11接上了47nF的电容，并根据论坛相关问题进行如下操作：
对于 S2 、将 SEL1…
Part Number: TMS320F2800157 Other Parts Discussed in Thread: DRV8300 , LAUNCHXL-F280025C 产品编号： TMS320F2800157
Hi,I encountered the following issues in my incremental build project.I hope you can answer it for me
Q1：I built the project in increments from…
Part Number: MCT8316Z-Q1 Other Parts Discussed in Thread: DRV8300 , MCF8329A , MCT8329A Dear TI Team,
We've come across the sensored trapezoidal integrated FET motor driver MCT8316Z-Q1. While it's commendable, we are in search of alternative configurations…
Hi James,
Depending on where the cut off point is for the costs that you are trying to save, it may make sense to look at a higher voltage driver with external FETs until we have a suitable replacement for your application. I understand that the power…
Hi Anil,
Thanks for your question!
For a 48V and 60V application the 2 drivers that would be the best suited is the DRV835x or the DRV8300. The DRV835x has more diagnostics and fault protection compared to the DRV8300, but the DRV8300 is a simpler device…
