Part Number: LM5185-Q1 Other Parts Discussed in Thread: LM5185 , , PSPICE-FOR-TI Tool/software: Hello ,
I want to consider LM5185 for my design, but could nt find the TINA spice of LM5185, can you provide the TINA spice model for the same.
Part Number: LM5185-Q1
Tool/software:
Dear team,
My customer would like to design power supply with below specification.
- Input : 30V ~ 60V(Typ. 48V)
- output : 24V / 10A, isolated.
Using webench tool, I can get below data. Can I use below design for…
Part Number: LM5185-Q1 Other Parts Discussed in Thread: LM5180-Q1 Tool/software: We are using the LM5185-Q1 for 24V-15V conversion. We are seeing high levels of low frequency noise on our initial electromagnetic compatibility testing. Below are the results…
Part Number: LM5185-Q1 Tool/software: Dear Power experts,
the output voltage setting of the LM5185-Q1 is described in chapter 7.3.4 in the datasheet.
It is mentioned that the "LM5185-Q1 senses the reflected secondary voltage when the secondary current…
Part Number: LM5185-Q1 Other Parts Discussed in Thread: LM5185 , , LM5181-Q1
Tool/software:
Dear All,
We have designed a board with the LM5185. VIn=14-21V. The desired (single) output needs to be 12V 2A. See calculation below:
It nicely switches on at…
Part Number: LM5185-Q1 Other Parts Discussed in Thread: LM5185 Tool/software: I am working on a flyback design to bring 24V down to 15V with an input range of 14V to 37.5V. The positive output of the secondary side of the transformer (pins 9 and 10 of…
Part Number: LM5185-Q1
Tool/software:
Hi,
I need some help for LM5185-DESIGN-CALC, some cells are not calculated and I have a error "#NOM?". I use a french Excel and I have a error went I open it.
Thank for your help
Part Number: LM5185-Q1 Tool/software: Hello TI team,
I have designed and prototyped an isolated DC-DC converter using the LM5185QPWPRQ1. The design converts a 24-27V DC input to two isolated 15VDC outputs. Each output is rated for 7.5W, and during our…
Part Number: LM5185-Q1 Other Parts Discussed in Thread: LM5185
Tool/software:
Team,
Specs are below :
Vin : 9V - 32V, Vout :15V, load : 0.5A
Vout is dropping at different intervals without resistor load and with resistor load.
Additionally, with increasing…