Bravo HW User Guide
1VV0301646 Rev. 1
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2020-03-23
2.
OVERVIEW
The aim of this document is to describe the “Bravo” EVK board based on Telit ME910C1-
WW IoT module.
The Bravo board can be used in different configurations:
•
Standalone, using ME910C1 programmed with AppZone IDE
•
Connected to an external CPU (ie PC) controlling the module through the UART or
USB port
•
Connected to an Arduino standard form factor board, using the ME910C1 module
connected through the UART port
•
Connected to a Raspberry PI or Raspberry PI zero (or similar compatible board),
using the ME910C1 module connected through the UART port
The ME910C1 module is powered either by an onboard 3.8V DC power supply or by a 3.7
V LIPO battery. All GPIO levels are set to 1.8 V.
Moreover, the board is fitted with the following sensors from Bosch Sensortec:
•
BHI160B low-power smart-hub with integrated three axis gyroscope, three axis
accelerometer plus a programmable microcontroller.
•
BMM150 low power and low noise three-axis digital geomagnetic sensor
•
BME680 integrated environmental sensor
Together, the above sensors provide:
•
Accelerometer
•
Gravity
•
Linear acceleration
•
Gyroscope
•
Gyroscope uncalibrated
•
Game rotation vector
•
Step counter,
•
Step detector
•
Significant motion
•
Tilt detector
•
Pickup gesture
•
Wake up gesture
•
Glance gesture
•
Activity recognition of standing, running, biking, in vehicle
•
Geomagnetic field
•
Magnetic field uncalibrated
•
Orientation vector
•
Rotation vector
•
Geomagnetic rotation vector
•
Temperature
•
Humidity
•
Pressure
•
VOC (Volatile Organic Compounds)
This document lists and describes circuit building blocks and connectors.
