Hello Ben, I have found out. You have to edit the component MCP45XX and change the address from 0x28 to 0x38 during initialisation. The MPC45HVX also only has 256, not 257 steps, but has two hardware addresses. Please bear this in mind. Then the new component should only contain one potentiometer. T...

Hello Martin,

many thanks for that. I will report back as soon as I have tried it out.

best regards

Dirk

Hi Ben, it does not work with the componente MCP45XX. Can I edit this component so that it also works with the MCP45HVX? I need these pots with high voltage support. This is even more important for me than the support of the Digi Pot AD5280 / 5282. I discovered the MCP45HVX later. Thank you very muc...

Hi Ben,

thanks for that.

Dirk

Hello Ben, I would like to use the Digi-Pot MCP45HVX1. Flowcode supports the MCP4551 potentiometer, which is the same but does not support high voltage. The fixed addresses are different. Does the MCP45XX component also work with these potentiometers, or are other addresses sent via I2C? Thank you f...

Hi Ben and all of the team,

can you please add support for the Digi Pot AD5280 / 5282?

Thank you very much

Dirk

Hello,

only a few and only older AVR MPU's are supported. Is it possible to add the AVR DD family?
I especially need support for the AVR64DD14/20.

Many thanks
Dirk

Hello, the bug is of course sitting in front of the computer. I have been working with Flowcode V5 for over 10 years and have created many projects with midi function. Everything has always worked very well. Now I had a problem with the midi component. The signals RTS and CTS did not exist before an...

Hello, I have now created the first projects with FC10. Now I have noticed that the entire chip freezes as soon as I send midi data. It doesn't matter which data I send and which chip I use. If I insert a Send Midi icon, the whole chip no longer works. All LEDs are off, no button works anymore. I su...

Me again,
Reading a byte via var1 = var2 & 4 - (4 - 2) always gives the value of the bit,
such as bit 1 = 1(0), bit 2 = 2(0), bit 3 = 4(0), bit 4 = 8(0) etc. Can each bit
be read out as set (1) or not set (0)?

Dirk