Part Number: LM5181-Q1 Hi TI Team,
Requesting to provide LM5181-Q1 IC, T C pin input leakage current , which will help in our design. Kind regards, Vamsi Bankuru
Part Number: LM5181-Q1 Dear team,
I have a question regarding "SAMPLED FEEDBACK" block on the functional block diagrams.
This block is positioning between comparator of Vref and FB-pin.
1. What is the function of this block?
D/S says that PSR…
Part Number: LM5181-Q1 Hello team,
Could you share unencrypted pspice model for LM5181-Q1?
The model on the web is encrypted, which makes hard to use it in other simulation tool.
Thank you.
Regards,
Oliver Kim
Part Number: LM5181-Q1 Other Parts Discussed in Thread: LM5181 Regarding Input Current . for application requiring direct connection to battery supply where low quiescent current is key. The datasheet specifies ACTIVE_BIAS as 40µA , where as active current…
Part Number: LM5181-Q1 Hi,
I'm trying simulation by using LM5181-Q1 PSpice Transient Model on Pspice for TI
However, simulation is not executed by the following error;
How should I solve it?
Best Regards,
Kuramochi
Hi Thiago,
There is a dual output EVM for the LM5181 , so it definitely can produce multiple outputs. There are many App Notes and design tool for the LM5181 on its Home Page . If you have additional questions about the LM5181 please start a new thread…
Part Number: LM5180-Q1 Other Parts Discussed in Thread: LM5181 , LM5180 Dear team,
I am experiencing the same issue with both LM5180 and LM5181:
ERROR(ORPSIM-15141): Less than 2 connections at node N15746.
This node is the TC node. Can you share a solution…
Part Number: LM5181-Q1 LM5180-Q1 Other Parts Discussed in Thread: LM5180-Q1 , LM5180 By Jiri Panacek, Systems Engineering and Marketing, Freising, Germany
How can my 48-V automotive system design pass the E48-02 transient overvoltage test to meet VDA 320…
Part Number: LM5180-Q1 Other Parts Discussed in Thread: LM5181 , LM5180 , SN6501
Hi,
I cannot achieve the required output characteristics. Almost all denominations are calculated according to the datasheet. The transformer is selected close in inductance…