Part Number: UC3902 Tool/software: When SHARE+ (PIN7) is in a floating state, the output voltage adjustment is incorrect.
Testing has found that this is caused by noise.
What methods can be used to improve it?
Thanks you.
Part Number: UC3902 Tool/software: Hi
Could you help confirm whether UC3902 can be used in the following applications
Main design
Use three 12V@8.4A DC/DC and use load share controller to create a 300W power board
Part Number: UC3902 Other Parts Discussed in Thread: UCC39002 , UCC29002 , LM5022 , UCC2897A Tool/software: Hi
Could you help confirm whether UC3902 can be used in the following applications
Main design
Use three 12V@8.4A DC/DC and use load share…
Part Number: UC3902 Other Parts Discussed in Thread: UCC39002 Dear Sirs
I am looking for a spice model of UC3902. Is it avaliable?
Thanks and Regards
Salva
Part Number: UC3902 Other Parts Discussed in Thread: UCC29002 ,
Hi Team,
Do you have any recommendations for the following requirements? Thanks.
There are two independent power modules. Each module is AC input, 53V DC output. Two modules are used…
Part Number: UC3902 Other Parts Discussed in Thread: UC3843 , UC3907 , , UCC39002 Hello I used UC3843 to make a positive power supply.
I want to increase the current sharing function.
I found that both UC3902 and UC3907 can achieve current sharing…
Other Parts Discussed in Thread: UC3902 Hi,
There are several 48V->12V power module in the customer's board, and UC3902 is considered current sharing on 12V.
As there is no remote sense pin in the power module, is that ok to connect ADJ pin to the…
Hi! We are using several power supply modules sharing a common 60V output. The modules share current well. However, if we connect more than two modules in the current sharing scheme, all COMP outputs take off and rail at 2.3V. Correspondingly, the output…
Part Number: UCC28950 Other Parts Discussed in Thread: UCC39002 , UC3902 , PMP6712 Hello,
Consider a design similar to PMP6712 .
I'd like to better understand the factors that affect the current balancing between each power stage in a 2-stage design…