Part Number: CSD19536KCS Hello -
We are looking for these parameters and we weren't able to find them in the DS:
E_on Vs I_D
E_off Vs I_D
V_on Vs I_on at different temperatures
Various R and C values for thermal impedance
and test conditions…
Other Parts Discussed in Thread: CSD19536KCS Hello,
i want to use the mosfet CSD19536KCS for a motor system. When i read the datasheet i find some questions.
Figure 7: if Tc=125°C, Id=100A, then Rds(on)=4mohm
Now Vds=100A*4mohm=0.4V
Figrure 10…
Other Parts Discussed in Thread: CSD19536KCS Hi,
Does TI support pre-bending of CSD19536KCS Mosfet leads. If yes, what is the cost for that activity considering annual qty of 40,000 pcs.
Thanks,
Kannan
Govind,
I bounced this off of our layout guys and they didn't think you should have any problems. Specifically, I got this response:
"Should be no issue, since this is T/H and wave soldering"
Other Parts Discussed in Thread: CSD19536KCS Hi,
My customer has question about CSD19536KCS. Could you tell me about questoin?
[Question] Is there Rds(on) Temp Coefficient of CSD19536KCS? My customer want to calculate Rds(on) by each Temp.
Best…
Govind,
The SOA is a check to make sure you are operating within its confines when the MOSFET is operating in the linear region. The Rdson line limitation is taken from what the current will be limitted to when the Rdson is at its max possible value…
Other Parts Discussed in Thread: CSD19536KCS The TI FET part number CSD19536KCS says it can process 150A, how is this possible? When 0 gauge wire is usually required to withstand such high amperage, how is it that those tiny pins do? Is it the type of…
Govind,
I have modified the simulation parameters to allow for convergence. Please note that you should use actual NPN and PNP devices instead of the generic ones that you have placed. You can use one of the built in models or import a vendor model…
Part Number: CSD88599Q5DC Other Parts Discussed in Thread: CSD19532Q5B , CSD19536KCS , UCC27282EVM-335 , UCC27301A , UCC27282 Dear sir, madam,
I’m working on a project that requires an adjustable power supply that has: • CH1: true sine wave of 600-1000Hz…
