Search found 40 matches
- Fri Oct 31, 2025 8:30 am
- Forum: Projects - Embedded
- Topic: Digital Clock project using MikroElektronika Click and Shuttle boards
- Replies: 6
- Views: 327
Re: Digital Clock project using MikroElektronika Click and Shuttle boards
It is not the money that is my challenge, but which components I shall use from the library. I need to save time, and therefore I prefer off-the-shelf components. Mikroe has a larger database of Click boards and sensors, and a few of them already exist as components in FC. For example, which compone...
- Fri Oct 31, 2025 8:23 am
- Forum: User Components
- Topic: Component: LCD SPI (MiniClick) (Alphanumeric)
- Replies: 1
- Views: 105
Component: LCD SPI (MiniClick) (Alphanumeric)
Hi, The LCD Mini Click component from Mikroe / Mikroelektronika appears to have a component in the library, which is documented on https://www.flowcode.co.uk/wiki/index.php?title=Component:_LCD_SPI_(MiniClick)_(Alphanumeric) . On the description page, it says " Generic alphanumeric LCD display ...
- Sun Oct 26, 2025 8:03 pm
- Forum: Projects - Embedded
- Topic: Digital Clock project using MikroElektronika Click and Shuttle boards
- Replies: 6
- Views: 327
Re: Digital Clock project using Mikroelektronika Click and Shuttle boards
Schematics pack number 3
(mikroBus Shuttle and Click)
(mikroBus Shuttle and Click)
- Sun Oct 26, 2025 8:03 pm
- Forum: Projects - Embedded
- Topic: Digital Clock project using MikroElektronika Click and Shuttle boards
- Replies: 6
- Views: 327
Re: Digital Clock project using Mikroelektronika Click and Shuttle boards
Schematics pack number 2
- Sun Oct 26, 2025 8:02 pm
- Forum: Projects - Embedded
- Topic: Digital Clock project using MikroElektronika Click and Shuttle boards
- Replies: 6
- Views: 327
Re: Digital Clock project using Mikroelektronika Click and Shuttle boards
Schematics pack number 1
- Sun Oct 26, 2025 8:01 pm
- Forum: Projects - Embedded
- Topic: Digital Clock project using MikroElektronika Click and Shuttle boards
- Replies: 6
- Views: 327
Digital Clock project using MikroElektronika Click and Shuttle boards
Hi, I am looking to design and program a digital clock made with components from MikroElektronica, which include the following Click and Shuttle boards: Analog Key Click - keyboard with 4 keys and OPAMP; BUZZ Click - the clock's buzzer; LCD mini Click - LCD with 2x16 characters containing MCP4161 as...
- Sat Oct 04, 2025 9:19 pm
- Forum: Feature Requests
- Topic: Component request: MAX6955 display driver for 14 and 16 segment + keys
- Replies: 1
- Views: 9308
Re: Component request: MAX6955 display driver for 14 and 16 segment + keys
Any updates on this?
- Sun Sep 07, 2025 2:33 pm
- Forum: General
- Topic: 74HC595 shift register with LEDs bargraph output
- Replies: 5
- Views: 1896
Re: 74HC595 shift register with LEDs bargraph output
Hi Martin, I have followed your guidelines regarding ShowSegments and have put together the project, which I've attached. What I want to do is change the segments between A, B, C, D, E, F, G, and DP with a 1-second delay, to experiment with each LED. bargraph 16x LED v1.0.fcfx The simulation shows t...
- Mon Sep 01, 2025 3:10 pm
- Forum: General
- Topic: 74HC595 shift register with LEDs bargraph output
- Replies: 5
- Views: 1896
74HC595 shift register with LEDs bargraph output
Hi, I am working on a kitchen timer using an Arduino Nano, two 74HC595 shift registers, and 16 LEDs, but I'm having trouble determining which components to use. Would it be possible for someone to create an LED bargraph component, for example, and calculate automatically how many 74HC595 shift regis...
- Sat Aug 30, 2025 8:45 pm
- Forum: Projects - Embedded
- Topic: TIM the talking clock...
- Replies: 9
- Views: 18507
Re: TIM the talking clock...
Would you like to share the FC source file with us?
As a beginner with FC, I am curious how you have implemented the flows using different components.
I am also an Arduino Nano user.
As a beginner with FC, I am curious how you have implemented the flows using different components.
I am also an Arduino Nano user.