Hi,
I would like to debugg my Nordic (nRF52832) custom board at 1.8V with a 6 pin Tag-connect connector (see here) and have a couple of questions regarding this.
From what I can gather, the nRF 52 DK allows for debugging of external targets at 3V, but not at other voltages. However, some parts on my board will need to be operated at 1.8V and will get damaged if a higher voltage is applied. Hence, I'm looking for a solution to debug at 1.8V.
From what I have read in the Nordic forums I would need a J-link programmer that supports debugging at 1.8V. Then, in order to use the Tag-connect connection I would then have to buy the Tag-connect cable, as well as a suitable adapter for the J-link Programmer (see here).
Is this the most straightforward solution?
If so, which J-link programmer is suitable for my application?
Best,
Nick
I would like to debugg my Nordic (nRF52832) custom board at 1.8V with a 6 pin Tag-connect connector (see here) and have a couple of questions regarding this.
From what I can gather, the nRF 52 DK allows for debugging of external targets at 3V, but not at other voltages. However, some parts on my board will need to be operated at 1.8V and will get damaged if a higher voltage is applied. Hence, I'm looking for a solution to debug at 1.8V.
From what I have read in the Nordic forums I would need a J-link programmer that supports debugging at 1.8V. Then, in order to use the Tag-connect connection I would then have to buy the Tag-connect cable, as well as a suitable adapter for the J-link Programmer (see here).
Is this the most straightforward solution?
If so, which J-link programmer is suitable for my application?
Best,
Nick