Part Number: LM53600-Q1 Hi
My customer consider using LM53600-Q1.
Is there the EMI test data of this device?
They will use this devce inder Vin=24V, Vout=5.5V, Iout=500mA.
Best regards,
Yokota
Part Number: LM53600-Q1 Here is the calculation result of the LM53600 on Webench.
Since RD would like to get more accurate bode plot result from WEBENCH sim, we would like to know if there is a consideration of the DC bias for MLCC cap, or not on WEBENCH…
Part Number: LM53600-Q1
Hi, Our customer consider to use LM53600-Q1. Output voltage is 3.1V. Their condition is outside of the listed range. Could you give us your support?
Best Regards, tateo
Part Number: LM53600-Q1 Hi,
We got a question from the customer about LM53600-Q1. Could you help us?
[Question] They are considering using LM53600-Q1 for 8V output voltage. The IC is recommended to contact you for using out of recommended range. Are…
Part Number: LM53600-Q1 I would like to use the LM53601-Q1-ADJ to produce 3.0V from an input voltage of Vin = 12V +/-15% (10.2 < Vin < 13.8 V). The desired output voltage is slightly below the recommended operating conditions given in Section 7.3 of the…
Part Number: LM53600-Q1 Other Parts Discussed in Thread: LM53601-Q1 Dear support team
My customer want to actual effiency data of light load.
Could you provide it ?
◆LM53601-Q1
Vin=12V,16V,8V Vout=3.3V Iout=100uA (PFM mode)
Regards
Tomohiro…
Part Number: LM53600-Q1 Hi,
We got a question from customer about LM53600-Q1. Could you help us?
[Question] What is the condition of Vout_adj specified? They would like to know the value and the accuracy of feedback resistor.
Best Regards, ta…
Part Number: LM53600-Q1 Hello team,
my customer is looking for CAD files (.bxl and .lia). Can you please provide them to me, or do you have a plan by when are these available on ti.com?
Thank you and kind regards,
Felix
Part Number: LM53600-Q1 Please let us know about SYNC/MODE pin of LM53600-Q1.About SYNC/MODE pin descripton has "Do not float" description in the datasheet P4.
They are using this IC at following condition.
LM53600 ->5V -> LDO -> 3.3V -> Micro controller…
Part Number: LM53600-Q1 Team,
In section 11.1.1 of the LM53600-Q1 in the datasheet it mentions :
"The PGND trace, as well as PVIN and SW traces, should be constrained to one side of the ground plane." Is this implying that we recommend isolated…
