Can I control the PMP15035, LM5170 with external digital circuit like Microcontroller.
I see PMP15035 board was not for sale mentioned in your website
www.ti.com/.../PMP15035
Hi Rudra,
Thank you for reaching out and for considering our solution. Your are at the good start point by looking at a buck-boost controller. For the operating voltage range, the LM34936 can support. However, its integrated drivers are not strong enough…
Hi User,
From your description, what you need is a buck-boost circuit. To use the LM5170, you can refer to http://www.ti.com/tool/PMP15035 , using two stage to implement the buck-boost function. You can control CC and CV for the output stage. By controlling…
Other Parts Discussed in Thread: TL1451 , LM5118 , PMP15035 , LM5170 , LM5175 , LM5176 Hi,
As per our requirement, we need 12 V@12 A output, and 12 V @22 A output from the 8 to 46 V. The Peak current up-to 96 V. So please guide us for selecting the correct part…
Hi Salman,
Sorry, I should have typed PMP15035. Please see the link below
www.ti.com/.../PMP15035
Based on your input above I think this might be the best solution for you. Please note that the MOSFETs, inductor and loop compensation will need to change…
Hi Praveen,
Thank you for reaching out, and yes the LM5170 supports such applications.
The dual battery system refers to the automotive 48V and 12V dual battery system used in mild hybrid electric vehicles. Depending on your power architecture, you may…
Hi Lius,
Thank you for your interests. You should refer to the following reference. It is 12V to 12V but can be modified to do 24V to 24V. The power level can be scaled by increasing or reducing the power inductors and also the MOSFETs.
www.ti.com…
Hello Edward
I'm afraid that the LM5036 won't support bi-directional operation simply. You could look at the reference designs library at www.ti.com/.../index.html and enter the keyword 'bi-directional' - the www.ti.com/.../PMP15035 for…
Hi Urmi,
Thank you for reaching out. The LM5170 can be used to support this buck-boost operation. We have a ref design which was designed for 12V to 12V applications but the same concept can be used to modify this ref design to support your 60V applications…