Part Number: CSD23382F4 Tool/software: From a previous post on the NiAu termination finish..."the CSD23382F4 termination finish is 1um Ni and 0.08um Au" Can you tell me what type of plating process is used on this part? I have a very old correspondence…
Part Number: CSD23382F4 Tool/software:
Hi,
I’m writing here to bring the issue of dimension NG we are having now and seek for advice from Texas Instrument team. For your information, our team found dimension NG for three parts after measured with…
Part Number: CSD23382F4 Hello：
My customer found CSD23382F4 broken after REL shock test.
The content of Shock test is to place the sample (PCBA) in the fixture and fix it. The device moves down with the fixture to give the sample (PCBA) an instant…
Part Number: CSD23382F4CSD23382F4
It seems the termination finish for this part is AuNi
Would you please provide me the max thickness of Au (Gold) in Microinches? Please also provide max thickness of Ni in Microinches.
Thank you for…
Part Number: CSD23382F4 Hello,
My customer would like to know what the Maximum Gate-to-Source leakage for the CSD23382F4 at 4.5V so they can account for it in there design. Do we have any characterization data/value on this?
Best regards,
Errol…
Other Parts Discussed in Thread: CSD23382F4 Hello to whom ito may concern. The CSD23382F4's data sheet is written like below; RG Series Gate Resistance : 350 Ω(Typ) However,it's written in Electrical Characteristics like below. In the above,Rg=2Ω. How…
Part Number: CSD23381F4 Other Parts Discussed in Thread: CSD23382F4 Hi
As shown in the figure below, please help to confirm that the Gate provides 2.8v~4.2V under this condition, and Vd-0V, Vs-0V (power is off). Q9 Is the 0.56v source of Pin2 a gate…
Part Number: CSD23381F4 Other Parts Discussed in Thread: CSD23382F4 Hello,
I have some problems when using P-MOSFET CSD23381F4 as a switch.
I driving the gate with 2.8v~4.2V, and provide source voltage 0V(DC3VB power off), Drain voltage 0V .
At…
