Part Number: LMZ31710EVM-001 Team,
I would like to make a metallic enclosure for the evaluation board LMZ31710EVM-001. Request to provide a DXF of the PCB to import in Solid Works and develop an enclosure.
Thanks & Regards,
Raghavendra
Part Number: LMZ31710EVM-001 Other Parts Discussed in Thread: LMZ31704 , LMZ31707 I have probed the switching node (PH node) to ground on the EVM. It skips pulses at 6Vin and switches continuously starting from 7Vin. Is there any way to avoid getting out…
Part Number: LMZ31710EVM-001 Other Parts Discussed in Thread: LMZ31710 Hello,
My application required an output voltage of 5.25 V from an input voltage that ranges from 6 to 8.4 volts. I am using the LMZ31710 EVM to produce an output voltage of 5.0 V…
Part Number: LMZ31710EVM-001 Hi support team
Could you provide the information which the hole position data(X:?mm/Y:?mm) of four corner of the LMZ31710EVM-001?
Best regards.
Higa
Other Parts Discussed in Thread: LMZ31710 I bought a LMZ31710EVM but it is not working.
I linked 12V DC to the PVIN and PGND, select the 5v and 1MHz, also linked VIN and PVIN together. But the out put is only 2V.
Do I need to connect PGND and AGND together…
Part Number: LMZ31710 Other Parts Discussed in Thread: , LMZM23601 Hello,
I have a question related to the usage of the LMZ31710 Buck DC-DC converter. In my case, I have an input voltage of 7.4 volts and tuned the output voltage to be 5.25v. In this case…
The LMZ31710 operates in CCM for higher currents and transitions to Eco-mode at light load conditions for increased efficiency.
LMZ31710 integrates a 1uH shielded inductor.
The datasheet includes power dissipation graphs.
The LMZ31710 can be evaluated…
Other Parts Discussed in Thread: LMZ31710 , LMZ31710EVM-001 Hi,
I would like to know thermal information at Vin=12V,Vout=5V,Iout=10A, EVM.
Customer likes LMZ31710 very much. Customer would like to consult thermal information like the following Figure24…
I do not support LMZ31710 directly, but this topic crops up from time to time. Switch mode power supplies require very specific PCB layout for proper operation. You may get poor or even non-operational performance even when using a real multi layer PCB…
