Low Cost, Low Power Microcontroller: Texas Instruments LP-MSPM0C1104 Launchpad Review

#ad #microcontrollers #embedded #mcu
In this episode of Product of the Week, we look at the Texas Instruments LP-MSPM0C1104 Launchpad development board, a powerful and affordable platform for prototyping with Texas Instruments' latest low-power, low-cost microcontroller. We explore the board’s features, including the ARM Cortex M0+, integrated debugger, and programmer, alongside various project ideas such as motor control and real-time sensor devices. Whether you're an engineer or a hobbyist, this video will show how the MSPM0C1104 can be the perfect solution for your next embedded systems project.

Watch now to learn more about the specs, price, and potential applications of this exciting MCU, and don't forget to like, subscribe, and check out the Electromaker store for more cool electronics!

More info:

EVM User's Guide: MSPM0C1104 LP-MSPM0C1104:

▬ Contents of this video ▬▬▬▬▬▬▬▬▬▬

0:00 - Overview of the TI Launchpad MSPM0C1104
0:34 - Features of the TI Launchpad
0:54 - Identifying the Microcontroller Chip
1:20 - Low-Cost and Low-Power Microcontroller
1:52 - Arm Cortex M0+ Features
2:30 - Price and Value of the MSPM0C1104
3:11 - Technical Specifications of the MCU
3:44 - Debugger, Programmer, and Expansion Capabilities
4:16 - Project Ideas: Testing MSPM0C1104 for Applications
4:52 - Project Idea: Miniaturized Motor Controller
5:23 - Project Idea: Real-Time Sensor Device
5:56 - Conclusion and Final Thoughts

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[Electromakerio]

WIN A MSPM0C1104 LAUNCHPAD DEVKIT! Tell us in the comments below what you would make with the kit and use the hashtag #Launchpad. A winner will be selected on 24th September 2024.

[turfptax]

Wowzas! I'll have to check out this chip.

[jdsan]

This is a really good replacement for STM8 micros. Also is good to have a cheap microcontroller with good documentation and support.

[AmeyaBhavsar]

I have an MSPM0L launchpad but it is challenging to start with for a beginner as no tuts are available, eventually ended up buying NUCLEO-C031C6 and STM32C0 chips to make a prototype of my product.

[yjweaver]

The thermistor idea you mentioned- embedding the mcu with a thermistor, using mcu to extract temperature data via i2c- I would like to see a tutorial on that. I think you would need external eprom for a look up table.

[RoboGenesYT]

Great to see TI making its debut to the ARM based microcontrollers. Can't wait to tinker around with it. How do I buy one in India?

[andrewvirtue]

More people need to use terms correctly.

A _microcontroller_ example, is the raspberry pi rp2040 chip for 70 or 80 cents each.

The second it comes with a PCB board pre-assembled with other components, is now a _microprocessor._

[RoboGenesHimanshuVerma]

A great documentation helps to build reliable products using the chip.

[YoutubeBorkedMyOldHandle_why]

Honestly, I have dozens of different development boards, some of which I haven't even had a chance to plug in. The last thing I need is yet another brand new development board, so please don't send me one. Still, it looks interesting. TI has always been a pretty competitive and trustworthy company.

[byronedwards]

#Launchpad, I would use it to make an iot home automation system to control the temperature of my lunchboxes

[bertbrecht]

#Launchpad
I would like to make a child's programmable robot kit that sells for under $20. The low cost MCU makes this possible.

[bankbank]

less of a review and more of a sales pitch...

[Max_Millian]

I’m excited to use the LP-MSPM0C1104 LaunchPad to automate irrigation based on real-time soil and temperature data. By optimizing water distribution, this system will help plants thrive while conserving resources—a perfect blend of technology and sustainability #texasinsturments