Silicon Labs

32 位元微控制器開發工具

Silicon Labs 的低能量、低成本、高功能性開發套件

Silicon Labs 的 32 位元微控制器開發工具圖片Silicon Labs 的 EFM32™ 入門套件是熟悉 EFM32 32 位元微控制器 (MCU) 的極佳方式。 此入門套件涵蓋感測器和週邊裝置，可展示 MCU 的眾多功能中的一部份，並且可作為應用開發的起點。 可透過 Simplicity Studio 完整存取套件資訊，並且能透過裝置提供的示範和程式碼範例，為套件進行編程。

Simplicity Studio 下載

特點
  • 先進的能源監控
  • 低成本
  • 高功能性
  • 整合式感測器
  • 由 Simplicity Studio 支援
  • SEGGER J-Link 除錯器

32-Bit Microcontroller Development Tools

圖片製造商零件編號說明現有數量
EFM32GG990F1024 EVAL BRDEFM32GG-STK3700EFM32GG990F1024 EVAL BRD93 - 即時供貨查看詳情
EFM32LG990F256 EVAL BRDEFM32LG-STK3600EFM32LG990F256 EVAL BRD0 - 即時供貨查看詳情
EFM32TG EVAL BRDEFM32TG-STK3300EFM32TG EVAL BRD0 - 即時供貨查看詳情
EFM32WG990F256 EVAL BRDEFM32WG-STK3800EFM32WG990F256 EVAL BRD0 - 即時供貨查看詳情
EFM32ZG EVAL BRDEFM32ZG-STK3200EFM32ZG EVAL BRD0 - 即時供貨查看詳情
EFM32ZG EVAL BRDSLSTK3201AEFM32ZG EVAL BRD0 - 即時供貨查看詳情
EVAL BOARD BIOMETRICBIOMETRIC-EXP-EVBEVAL BOARD BIOMETRIC1 - 即時供貨查看詳情
ACCY FOR BIOMETRIC-EXP-EVBHRM-GGG-PSACCY FOR BIOMETRIC-EXP-EVB0 - 即時供貨查看詳情
發佈日期： 2014-12-31

Related Product Highlight

物聯網 Silicon Labs 提供多種零組件，包括感測器、微控制器及無線與 RF 解決方案，有助於驅動物聯網 (IoT)。
Zero Gecko 入門套件含感測器擴充板 Silicon Labs 的 EFM32™ Zero Gecko 入門套件包含感測器擴充板，能促進快速原型設計和開發。
Solutions For The Internet Of Things Silicon Labs provides next generation technology to help IoT customers with their designs. The technology can be categorized into 5 product categories: MCUs, connectivity: wired and wireless, sensors, timing, and power.

Related Articles and Blogs

Connecting MCUs to the Cloud in Industrial Sensor Applications Components from Silicon Labs and Texas Instrument are helping microcontrollers to connect to the IoT cloud as the implementation of wireless sensors grows.
The Five Senses of Sensors—Part II: Touch and Vision Part 2 of updates to the previously published “Five Senses of Sensors” articles includes advances in sensor technology regarding touch and vision.
Smoothing Peak-Power Requirements in Energy-Harvesting Applications A look at the use of low-voltage ICs and ultra-low-power components for ambient-powered wireless applications to smooth peak-power demands.