hello Stefan,
i have good news, the board works after replacing Q7and Q8 (old part no."CSD17573Q5B" with new part no. "CSD18532Q5B") so all the 5 mosfets have same part no.
but as in evaluation board they suggest to use 2 models .…
Other Parts Discussed in Thread: CSD18532Q5B , CSD18532KCS , TPS7A4001 Hello e2e,
Is CSD18532Q5B Q1 capable? If not, do you see anything that would prevent in using it in automotive applications? I am coming from the fact that not all ICs in the car have…
Part Number: DRV8353 Other Parts Discussed in Thread: CSD18532Q5B , DRV8323 , Hello experts,
I have a custom motor control board with a DRV8353RSRGZR driver to control a 57BLR70-24-02 motor in order to lift up different weight.
When the load is under 160N…
Hi Stefan,
Thanks for your reference for protection design. I will design in the next product.
There are two versions of my product due to price and lead time. The old version is used CSD18532Q5B as buck side MOSFET which is same to TI EVM, and the new…
Part Number: LM5141-Q1 Other Parts Discussed in Thread: CSD18532Q5B , PMP , LM5141 LM5141QRGERQ1 design
power input 24V
output voltage12V,output current need 15A
I want to know how many LM5141Q power dissipation? and how many N-Mosfet (CSD18532Q5B…
Other Parts Discussed in Thread: CSD18532Q5B , UCC27200 Can someone please translate the encrypted CSD18532Q5B model to either simplis or a non encrypted spice model? Non encrypted spice model may work depending on the complexity of the model to import into…
Part Number: LM5141 Other Parts Discussed in Thread: LM5146 , CSD17308Q3 , CSD18532Q5B , CSD18534Q5A Hi every expert, my design is as below.
LM5141QRGERQ1 design:
switch power supply: input 24V
battery supply:14V-16.8V
output voltage12V,output current…
Other Parts Discussed in Thread: CSD18532Q5B Hello,
Most of TI's auto-qual'd parts end with a -Q1. I understand that auto-qual'd NextFETs are on the way, but wondered if the C SD 18532Q5B is one of them since there is a "Q" in the part number…
Other Parts Discussed in Thread: CSD18532Q5B What is the best method to approximate the rise and fall time of CSD18532Q5B with Vgs=5V (or 4.5V is this is readily available)?
Datasheet provides these values for Vgs=10V, Vds=30V, Ids=25A. not for Vgs=5V …