Hi,

It looks like this component is made for a BCD (Binary-Coded Decimal) thumbwheel switch (as shown in the attached picture), rather than a standard rotary switch with a common pin and individual position connections.
Unlike a standard selector switch, this unit outputs a 4-bit binary code (pins ...

Hi Everyone,

Following your discussion, I noticed that the MAX6955 is available in the Proteus library. I decided to run a quick test and got the results shown in the attachment.

I know Proteus isn't a perfect replacement for real hardware, but as a hobbyist, I always use it to test my code first ...

Hi,

I am happy to hear that my example worked for you.......

Regarding the slow button response: according to the datasheet of the 2x2 Key Click board, it has a hardware debouncing circuit. Additionally, the software (ReadState Macro) has a default debouncing delay of 5ms.

I suspect this ...

Hi Andreas,

I am also a learner like you, I didn't quite catch your exact requirements, but I attached a program for an up/down counter using push buttons.
It can count up to 99 and reset to zero (and vice versa). i hope it will help for your needs.
Before testing, please make sure your ...

Hi,

You can use the I2C Master component to read the temperature from the LM75B, which allows you to use all 8 available addresses on the chip.
This also means you can connect multiple LM75B sensors to the exact same I2C bus, as long as you give each one a different address setting.

Additionally ...

Hi,

Create a data array with the size of 10 (e.g., 7Seg_data[10]).

Initial with the correct byte values to display numbers from 0 to 9 based on your display type.

Then call ShowSegments as follow
Digit - 0
Segments - 7Seg_data[Digit_Tens]
Digit - 1
Segments - 7Seg_data[Digit_Units]

Hi,

Try this attached example, I hope it works for you!

While debugging the I2C data, I noticed that the Flowcode LM75B component uses a hardcoded I2C address 0x92 for Writing and 0x93 for Reading.
In the picture of your hardware, your LM75B address jumpers are currently set for 0x90 and 0x91 (all ...

Hi everyone,

Thanks for all the support.

I have verified the pin mappings for my setup PWM Channel 5 (TIM2_CH1) on PORTD5 of the E-blocks board correctly maps to PA5 on the controller, and E-blocks PORTA0 (my LED pin) maps to PA0. This completely matches the E-blocks pin mapping guide.

Next I try ...

Hi team,

Thank you for the response and the suggestions.
I am currently testing the generated .hex files inside Proteus simulation before moving the project to physical hardware.

I am experiencing issue between two different compilation approaches. Both versions compile to a .hex file without any ...

Hi Team,

Thank you for the quick fix on the subject! The latest update is compiling the project without any errors.

Just to clarify my setup: I am not using real hardware yet. I am simulating the project in Proteus using the .hex file generated by Flowcode.

While testing, I noticed a couple of ...