JFET

Autonomous wireless multi-sensor node powered by TEG and based on SPV1050 (SPIDEr™)

STDES-IDS003V1

Overview

The STDES-IDS003V1 kit is a complete, fully configurable energy reference design for a wireless sensor node powered by a TEG module mounted on the bottom side. It consists of a fully integrated STDES-ERH001V1 transmitter board with a temperature sensor (STTS751), an air pressure sensor (LPS25H) and a 3-axis accelerometer MEMS sensor (LIS3DH) powered by the SPV1050 device. An ST microcontroller and a Sub-1 GHz RF transmitter are also mounted.

The system includes a receiver companion (STDES-ERH002V1 board based on the STM32L151) powered through a USB cable from the PC.
The reference design kit is supported by a user-friendly software GUI (STSW-IDS002V1) that is able to display PV module and battery electrical characteristics, conversion efficiency, MPPT accuracy and sensor readings.

Main features

Autonomous wireless sensor node based on SPV1050 ULP energy harvester and battery charger
Embedded 3-axis accelerometer, temperature sensor and air pressure sensor to emaulate typical use case scenario
TEG module (mounted on bottom) with heat sink (mounted on top) and magnet
Lithium coin-cell battery
User-friendly software GUI for system configuration
Can be used with STDES-ERH001D power monitoring board to measure and monitor efficiency and other fundamental electrical parameters
RF receiver board powered by USB

Design Files

All reference designs on this site are sourced from major semiconductor manufacturers or collected online for learning and research. The copyright belongs to the semiconductor manufacturer or the original author. If you believe that the reference design of this site infringes upon your relevant rights and interests, please send us a rights notice. As a neutral platform service provider, we will take measures to delete the relevant content in accordance with relevant laws after receiving the relevant notice from the rights holder. Please send relevant notifications to email: bbs_service@eeworld.com.cn.

It is your responsibility to test the circuit yourself and determine its suitability for you. EEWorld will not be liable for direct, indirect, special, incidental, consequential or punitive damages arising from any cause or anything connected to any reference design used.

Hot

Technical Resources More

Search Datasheet?

Supported by EEWorld Datasheet

Technical Videos More

Forum More

Update:2025-05-08 12:33:08

DIY Oscilloscope V2.0 Latest Progress－04.21
I have used the cyclone development board provided by Altera for a while, and I feel that the memory resources on the board are particularly sufficient.However, there are relatively few peripherals, w
DSP CCS project file composition
1. Source files (*.c *.asm) 2. Header files (*.h *.inc) 3. There are two types of cmd files. One is used to allocate RAM space, which is used to download the program to RAM for debugging. Since most o
LED lighting basic knowledge training PPT teaching materials - collect for those who need it!
[b]This PPT material is about the basic knowledge of LED lighting. It is collected by me, not made by me. I hope that new friends who are engaged in LED lighting will be inspired and collect it! I hop
Cumulative error analysis and clock frequency optimization for UART communication in MSP430FR2311
In UART communication design, engineers will first select the appropriate baud rate according to system needs, and then select the appropriate clock source frequency to minimize the cumulative error w
About TM4C123GH6PMPWM speed regulation
TM4C comes with a built-in PWM module, but the official .C file does not have it. Does anyone have a PWM speed control routine? Can you please send it to us so that we can discuss it together?
Introduction and application of RFID principle
Introduction to RFID principles and applications.

Datasheet More

Circuits More