Other Parts Discussed in Thread: LM5163-Q1 Tool/software: Dear Sir or Madam,
In one of our products, we are using the following components manufactured by your company:
LM5163-Q1
For a new project our customer has requested us to register this product…
Part Number: LM5163 Tool/software: My customers are using LM5163 and are facing some problems of the unstable switching frequency and acoustic noise of inductors. As showed in the schematic, they designed the schematic for a 74Vin (60V-85V), 5Vout, 0…
Part Number: LM5163 Other Parts Discussed in Thread: TIDA-010216 Tool/software: Hello everyone, I created a PCB board and tested the reference design for the TIDA-010216 auxiliary power supply. However, I keep on getting an output voltage of 6V rather…
Part Number: LM5163-Q1 Tool/software: Hello experts
Hope this finds you well.
In datasheet, www.ti.com/.../LM5163-Q1
5163-Q1 “integrated high-side and low-side power MOSFETs” withstand voltage states that the “Absolute Maximum Ratings” for…
Part Number: LM5163 Other Parts Discussed in Thread: LM5164 , , Tool/software: Dear Sir
Could you help double confirm WEBENCH® POWER DESIGNER LM5163/LM5164 frequency setting?
326kHz --> calculation result 38.3k
Btw, LM5163-LM5164DESIGN-CALC is…
Part Number: LM5163-Q1 Other Parts Discussed in Thread: LM5163 Tool/software: Hello,
Is there a max power limit for the isolated secondary side of a flybuck implementation with an LM5163/4/8/9 variant?
Thank you!
Part Number: LM5163H-Q1 Other Parts Discussed in Thread: LM5163-Q1 Tool/software: Hello,
I am using the LM5163-Q1 Buck converter in my Motor control unit to generate +12V power supply from 48V input. It is mentioned in the Datasheet that "the value of…
Part Number: LM5163 Tool/software: Hello Team,
I am using LM5163 in applicaion where we are having 12V input and 10V output with 0.4A Load. I have used Type 3 ripple circuit for this.
Below is the output ripple waveforms with CH2 is buck output (Red…
Part Number: LM5163 Tool/software: During load transient of 400mA to 0mA I have observed voltage overshoot approx. 5.5V (0.5V additional for approx 50ms) at output of diode.
My configuration of buck converter is shown in below snap :
The purpose of diode…
