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Part Number: LM63460-Q1 ALL HI！
At present, we need to design a buck circuit with input voltage of 12V and output voltage of 5V / 6A or 5V / 5.5A. The chip needs to meet the vehicle specification level requirements (aec-q100). Considering the high and…
Part Number: LM63460-Q1 Hi team,
My customer is interested wettable flank pkg since they always suffer from AOI threshold determination to catch assy fail. In normal QFN assembly, its sidewall solder coverage varies a lot so it is difficult to set the threshold…
Hi, thanks for the response!
Yes, I did go through the steps to enable macros and ActiveX on the 'Instructions' sheet. Although configuration menus changed a bit on the newer versions of Excel, they remain valid.
And I know macros are enabl…
Hi David,
Thanks for the pictures. Do you have any scope shots of the SW node, VOUT, inductor current and VIN? I see that pin 7 is tied to GND so the part has spread spectrum on with AUTO mode. With no load, the part should be in PFM mode and a scope…
Other Parts Discussed in Thread: TPS25940-Q1 , LM74502H-Q1 , LM63460-Q1 , LM51551-Q1 , LM5157-Q1 Please help to recommend suitable applycation IC
Design concept
VIN is Type C Connector when plus in pass though efuse into USB_VBUS pin comuiate with CPU.
Then…
Part Number: LM5141-Q1 Other Parts Discussed in Thread: LM5145 , LM61440-Q1 , LM63460-Q1 , 1.Is there any reference circuit with DCR current sensing method-In WEBBENCH tool only current sense method is given
2.How to select HS & LS Mosfet ?-From datasheet…
Hi Minoru,
LM63460-Q1, LM64460-Q1, and LM76005-Q1 both have FPWM option.
Note the LM63460-Q1 will require specific IC number.
Hope this helps,
-Orlando
Part Number: TPSM63606 Other Parts Discussed in Thread: LM63460-Q1 Hi experts:
Can TPSM63606 support output 1.8V@6A with 12V input?
I am searching for a solution to regulate 12V input to the output 1.8V@6A, 2.5V @6A , 3.3V @6A , 5V @6A , 7.5V @6A , 8V @6A , 10V…
Hello,
Given that LM61460-Q1 has spread spectrum (PRSS) and lower internal FETS Rdsons, it would have better efficiency and EMI performance than the LM73606.
If the customer has a particular concern with using the LM61460-Q1 and wants to use the LM73606…
