Part Number: CSD18534Q5A
May I know what is the difference between Continuous drain current, TA=25 degree Celsius,13A and continuous drain current (package limited), 50A and continuous drain current (silicon limited),Tc=25 degree Celsius. If I have 20A…
Part Number: CSD18534Q5A Dear Specialists,
My customer has a related question.
I take CSD18534Q5A as an example.
I would be grateful if you could advise.
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Avalanche energy is an absolute maximum rating item, so exceeding it may damage the device.
…
Part Number: CSD18534Q5A Other Parts Discussed in Thread: PMP9637 , , CSD18543Q3A
Hi, Support Team
We saw reference design: PMP9637 is Automotive Boost Power Supply for Audio Application
CSD18534Q5A is Automotive parts?
if any, Please advsie me.
Thanks…
Part Number: CSD18534Q5A Other Parts Discussed in Thread: LM5141 , , CSD Hi,
Does LM5141 along with recommended csd18534q5a, requires free wheeling diode for 10A specification
Understand that having FD is always recommended but wanted to understand from…
Part Number: CSD18534Q5A Other Parts Discussed in Thread: CSD Dear Forum,
I am little bit confused when calculating PCB heatsink surface-ambent Rth.
In the device datasheet a reference given: (2) Device mounted on FR4 material with 1 inch2 (6.45 cm2), 2…
Part Number: LM5119 Other Parts Discussed in Thread: PMP10260 , PMP20818 , CSD18534Q5A Hi,
It is said that Synchronous Buck "Freewheel" FETs must have Qgd/Qgs <1?
As such, please advise why ti.com has two reference designs of synch bucks, which…
Part Number: CSD18534Q5A Other Parts Discussed in Thread: CSD18543Q3A , CSD18531Q5A , CSD18533Q5A , I CAN import the Pspice models into ADS for: CSD18531Q5A & CSD18543Q3A.
But you cannot import the Pspice models into ADS (2016 or 2019, doesn't matter) for…
Part Number: CSD18534Q5A The model available on the web site is an encrypted version. LTSpice can use standard PSPice models, but it cannot use an encrypted model. Is it possible to get an un-encrypted version? I have this device planned for one design…
Ethan,
I hope you're feeling better now. Thank you very much for reviewing the equations. Based on these calculations, I found that the transistor that dissipates the least power and generates the lowest temperature in its case is the CSD18534Q5A.…
