Part Number: TPS51604-Q1 Other Parts Discussed in Thread: CSD87502Q2 , TPS51604 Hi -
My customer is planning to use TPS51604-Q1 on their new design. This is a battery powered design. Here was the message:
We want to use the TPS51604-Q1 to drive the…
Part Number: CSD16301Q2 Other Parts Discussed in Thread: CSD87502Q2 , CSD15380F3 Tool/software: Hi,
I am a bit afraid this might be a stupid question, but I think I have checked all relevelant datasheet properties like drain to source leakage and reverse…
Part Number: TCAN1042-Q1 Other Parts Discussed in Thread: ESD2CAN24 , CSD , CSD17483F4 , CSD87502Q2
Tool/software:
Hi Team,
My application includes a CAN interface, which requires GPIO control for enabling and disabling the 120ohm CAN termination…
Part Number: DRV3245Q-Q1 Other Parts Discussed in Thread: DRV8353F , DRV8162 , CSD , CSD18514Q5A , CSD18543Q3A , CSD88539ND , CSD87502Q2 Tool/software: Hi..
One of my customer is looking for the motor driver solution for 24V/5A BLDC. They are considering…
Hello Yamaguchi san,
Thanks for promoting TI FETs at your customer. Our closest cross to the Toshiba device is the CSD87502Q2. This is a 30V, dual NFET in 2x2mm SON package. TI doesn't make more than 2 FETs in a single package and we do not have any…
Hi Paul, thank you again for your reply.
I was thinking in switch the coil voltage with a MOSFET.
It's a good idea what you suggest, that way I would know if the switch is close before actuating the coil, then can I use the MOSFET to actuate it? …
Hi Ben,
You can find a detailed description of the operation of this circuit here:
www.ti.com/.../TIDA-01238
Basically, a dual FET (CSD87502Q2) is used to enable the 120-Ohm termination when the FETs are on and disable it when the FETs are off…
Hello Tina,
It would probably help to start with the desired MOSFET and then select a gate driver to match. When looking for a gate driver check the biggest factors:
- Switching frequency requirements: At least 3MHz
- Supply level: at least 12V…
Part Number: TPS25730 Tool/software: Hi Team, We are designing a power delivery system with TPS25730D PD Controller. Our requirements are as follows.
Kindly review our design attached below and provide your feedback. 3056.usb_pd_ti.pdf