Part Number: LM73606EVM-5V-400K Other Parts Discussed in Thread: LM73606
LM73606 - DC/DC, Step Down 1, Non-Isolated Outputs Evaluation Board
Need Country of Origin for this part.
Part Number: LM73606EVM-5V-400K Other Parts Discussed in Thread: LM73606 , Hello,
I plan to use the LM73606 in my next design.
Are the CAD files used for the evaluation module available? I think it was done in Altium. That would be very helpful.
Regards…
Part Number: LM73606EVM-5V-400K Other Parts Discussed in Thread: LM73606 Tool/software: WEBENCH® Design Tools Hi,
I have bought the LM73606 EVM. and make a loss analysis report. Is there anything about loss analysis you can provide to me?
Thank you.
Part Number: TCA9617B
Hi
our customer highlight I2C read/write error randomly as our measure waveform, we find out the rising will take very long time ,i2c may capture worng data do you have any suggestion to improve ??
[schematic connection] MCU(3.3V) …
Part Number: OPA4387 Other Parts Discussed in Thread: OPA4388 , , OPA333 , OPA388 , OPA387 , OPA4376 , OPA189 , OPA187 , OPA188 , OPA186 , OPA182 I'm working on an update to a design that uses the OPA4388, hoping to use OPA4387 as an upgrade but i am running into…
Part Number: PCA9306 Other Parts Discussed in Thread: TCA9617B 1、The I2C topology is as follows: The rate of accessing the battery is 100k, the rate of other devices is 400k, and there is no problem in I2C communication
2、In the following I2C topology…
Hello Jimmy I'm user of this LM61460EVB in this issue.
We confirmed the input power supply with 12V Battery directly and 12V battery via LISN (SCHWARZBECK: NNBM8124) both. (Load: 1 ohm resistor to VOUT terminal) As the result, in case of 12V battery,…
Hi Jacob,
thank you for answering my questions.
Regarding #4, do I understand correctly that the " DRV8873 doesn't need additional overvoltage protection for MCU side " statement relies on high values (100-400k per documentation) of internal pull…
Dear Joe,
Thank you for your kind support.
first, they use boost converter to make 5V from 4.2V.
and I have more questions,
1. Can I adjust duty cycle changing the ratio of R1, R2 and R3? what would be happen If I use 400K,200K,400K or 4K,2K,4K instead…
Hey JH,
Please consider the 3.5% accuracy for each device regardless of lot or reel.
Here is the PSRR measurement for Vin=5.4V, Vout=5V, and Iout=1A:
To increase the PSRR performance for the 400k-600k range, the customer could place a feed forward capacitor…