ST STM8L, STM32, STMPRIMER User Manual

STM8L-PRIMER
EvoPrimer with STM8 or STM32
(STM8L-PRIMER, STM32-PRIMER, STMPRIMER)
STM32-PRIMER STMPRIMER
Raisonance STM32 and STM8 Primers
for fun, easy evaluation and development with STM32 and STM8
The versatile EvoPrimer range includes:
– In-circuit debugging/programming via
dedicated USB connection to the host PC
– Evaluation features including USB
connector and MEMs sensor – Comprehensive development software – Ergonomic design – MEMs-based controls – Touchscreen TFT display, color LCD – Joystick – Audio circuit/Jack – MEMS accelerometer – Li-Ion battery with charge management
circuit – Micro SD Card™ connector – Add-on connector for extension boards with
USART, SPI, I2C and analog/digital I/Os
STM8L ultralow power EvoPrimer features:
– STM8L152C6 MCU with 32 KB Flash – Low power consumption – LCD (7-segment) – Temperature sensor – Solar cells
STM32F connectivity line EvoPrimer features:
– STM32F107VC MCU with 256 KB Flash – Mini-USB OTG connector
STM32F performance line EvoPrimer features:
– STM32F103VG MCU with 1 MB Flash – Mini-USB connector
STM32F high-performance and Digital Signal
Processing (DSP) EvoPrimer features: – STM32F407IG MCU with 1 MB Flash – 1.3 M pixel image sensor – 3-axis gyroscope
– 16 Mbit of SRAM – STA529A audio-codec – Mini-USB connector (HS, USB 2.0 OTG)
and dual CAN connector
STM32L ultralow power EvoPrimer features:
– STM32L152VB MCU with128 KB Flash
– LCD (14-segment) – Temperature and pressure sensors – Solar cells and Li-ion battery
Inertial sensor extension board features:
– 3-axis gyroscope – Pressure and temperature sensor – Magnetometer and accelerometer
Primer2 (STM3210E-PRIMER) and Primer1
(STM3210B-PRIMER) are replaced by the STM32F performance line EvoPrimer.

Table 1. Device summary

Part number Order code
STM3240GPRIMER
STM32-PRIMER
STM8L-PRIMER STM8L1526PRIMER
STMPRIMER (accessories)
1. “STM3210EPRIMER and STM3210EPRIM-D” are replaced by “STM3210GPRIMER and STM3210GPRIM-D” with MCU with 1 Mbyte of Flash instead of 512 Kbytes.
STM3210GPRIMER
STM3210CPRIMER
STM32L15PRIMER
STM3240GPRIM-D
STM3210GPRIM-D
STM3210CPRIM-D
STM32L15PRIM-D
STM8L1526PRIM-D
STMPRIMER-PROTO
STMPRIMER-BASE
STMPRIMER-EXT
Data brief
(1)
(1)
November 2011 Doc ID 13942 Rev 8 1/7
For further information contact your local STMicroelectronics sales office.
www.st.com
7
Description STM8L-PRIMER STM32-PRIMER STMPRIMER

1 Description

Raisonance’s Primers are a uniquely fun, easy, low-risk solution for exploring, evaluating and developing applications for the STM32 and STM8 microcontrollers. They include everything that users need to better understand the STM32/STM8’s peripheral implementation and operation.
The EvoPrimer range is an enhancement of the original Primer1 and Primer2 devices. It offers even more flexibility to evaluate a range of STM32 microcontrollers and STM8L ultralow power line microcontrollers, using the same EvoPrimer base with interchangeable target boards (to test different microcontrollers) or extension boards.
The EvoPrimer base has a removable transparent cover and USB cable which
includes features such as the debugging/programming interface and most of the hardware features that you need to evaluate the capabilities of the target MCU. The base can also be extended by using its add-on connector to add components and circuitry.
The EvoPrimer target board(s) include the target MCU and may also include
additional hardware features for target MCU evaluation.
The Primers can be purchased as complete evaluation tools, which can then be modified by purchasing an accessory, or they can be created from the interchangeable accessories:
The complete evaluation tools for the STM8L and STM32 microcontroller families
consist of an EvoPrimer base with the relevant EvoPrimer target board.
The EvoPrimer accessories permit the EvoPrimer base and EvoPrimer target boards
(and extension boards) to be ordered separately.
Figure 1. EvoPrimer base Figure 2. EvoPrimer target boards
2/7 Doc ID 13942 Rev 8
STM8L-PRIMER STM32-PRIMER STMPRIMER Primer usage

2 Primer usage

Power up
If your EvoPrimer base and the target board are not connected, simply insert the target board into the EvoPrimer base, switch on the power switch and slide the transparent cover in place.
Press the joystick to power up the complete EvoPrimer and plug it directly into a host PC's USB port for in-circuit debugging and device programming.
Note: EvoPrimer bases are charged in the factory to ensure minimum operation upon reception.
The battery needs charging as soon as possible via the EvoPrimer base's debug USB port.
Play
Start exploring the power of the STM32/STM8 by playing with the included applications. The base drives the fun, ergonomic hardware platform that combines a TFT graphical display with MEMs-based controls plus a tactile screen and joystick for navigating and controlling the GUI and game applications.
The Primers enable you to discover, edit and fine tune applications using Raisonance's Ride7 software toolset which drives the hardware and offers a full range of project management, source code editing and debugging features from an intuitive GUI.
The Primers can operate in standalone mode powered by a battery with power management circuit which is recharged via the USB connection to a host PC.
When the STM8L or STM32L EvoPrimer target boards are disconnected from the base, they have the unique feature of being able to run off their own battery which is recharged by their solar cells. They can use this feature to operate as a standalone temperature sensor application!
More resources
You can develop applications using sample applications from Raisonance or other engineers at www.mcu-circle.com as the starting point for new innovations. All the preloaded sample applications, new applications and the CircleOS task scheduler can be downloaded for free from the mcu-circle web site. This Primer dedicated internet site also provides FAQ, user forums, links to development resources and much more.
Note: Raisonance’s Ride7 supports the complete range of STR7/9, STM32, STM8, ST7 and
uPSD 8-bit microcontroller families. For details about available compilers and special features for each family, refer to the STMicroelectronics microcontroller support site on www.st.com.
Doc ID 13942 Rev 8 3/7
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