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SLSTK2010A

MSRP $105.00

EFM8SB1 Capacitive Touch Sense 8-bit MCU Starter Kit

The Silicon Labs EFM8SB1 Starter Kit is an excellent starting point to evaluate and develop very low power applications on the EFM8SB1 MCUs. These energy-friendly EFM8 MCUs are based on the popular 8051 core and are ideal for IoT systems processing data that comes from the port I/O or sensor inputs. The SLSTK2010A capacitive touch sense starter kit can be used to evaluate the EFM8SB1 set of devices. The kit is enabled with Advanced Energy Monitor (AEM) that can be used in conjunction with the Energy Profiler tool in Simplicity Studio for real-time current and voltage monitoring.

This kit includes the most capable MCU in the capacitive sense family, EFM8SB10F8G-A-QFN24, operating up to 25 MHz. The EFM8SB10F8G-A-QFN24 MCU includes 8 kB of flash and 512 B of RAM and 14 capacitive sense channels.

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MSRP $105.00

 

EFM8SB1 Starter Kit Contents

  • Integrated debugger
  • Si7021 humidity and temperature sensor
  • LCD display
  • Pushbuttons
  • 32 kHz crystal for Real Time Clock (RTC) operation
  • Tri-color LED
  • 1 mini USB cable

Step 1: Download and Install Simplicity Studio

Get up and running quickly with precompiled demos, application notes, and examples. Use advanced tools including energy profiling to optimize your MCU application. Choose your software package below.

Full Feature Simplicity Studio (select this if you plan to use other technologies from Silicon Labs)

Windows - MD5 | SHA256

Mac - MD5 | SHA256

Mac (ARM) - MD5 | SHA256

Linux - MD5 | SHA256

*Click to Install Windows (32-bit)

Step 2: Run Demos

Demos are a quick and easy way to evaluate a device without compiling or debugging code.

Follow these easy steps:

1. Plug kit in with USB, use the port labeled DBG

2. Open Simplicity Studio

3. Select Demos (see screeshot)

Simplicity Studio

Development Platform

Get up and running quickly with precompiled demos, application notes and examples. Use advanced tools including energy profiling and network analysis to optimize your MCU and wireless systems.

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