Fujitsu SK-AMAPOLLO-BASE-V11 Manuel de l'utilisateur - Page 28
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3.1 Jumpers
Jumper Description
JP6
Set the power source
JP1
Remove for VBAT usage
JP10
Arduino A1 Selection
JP10
Arduino A5 Selection
JP12
Solder Jumper, SWDCLK
JP13
Debugger Program Mode
JP14
Solder Jumper, SWO
JP15
Solder Jumper, Reset
Select power delivery
JP16
Arduino headers
JP17
RGB LED (Red)
JP18
RGB LED (Red)
JP19
RGB LED (Red)
JP2
Solder Jumper, SWDIO
JP3
Select current probe
JP4
Debugger I2C and SPI mode open
JP5
Debugger SPI mode
Debugger Apollo 1 / 2 UART
JP7
mode
JP8
Arduino A2 Selection
JP9
Arduino A0 Selection
Debugger Apollo 1 / 2 UART
P1
mode
EEU-UG-2017120001-10
FEEU Ultra-Low-Power Apollo Evaluation Kit Platform
Chapter 3 Connectors
Default
2-3
closed
Apollo1: 1-2
Apollo2: 2-3
Apollo1: 1-2
Apollo2: 2-3
closed
open
closed
closed
1-2
closed
closed
closed
closed
1-2,3-4
open
Apollo1: 1-2
Apollo2: 2-3
Apollo1: 1-2
Apollo2: 2-3
Apollo1: 1-2
Apollo2: 2-3
Apollo: 2-4 UART
Apollo 2: 3-4 UART
- 28 -
Options
1-2: Power via DC-in
2-3: Power via Debug-USB-Port
Open for VBAT usage
1-2 GPI013/ADC1 (Apollo)
2-3 GPI037/ADC6 (Apollo 2)
1-2 GPI030/ADC5 (Apollo)
2-3 GPI033/ADC5 (Apollo 2)
closed: start in USB programming mode
1-2: Direct via 3.3V
2-3: Include to power measurement
1-2,3-4: Current probe via shunt
2-3: No current Measurement, no shunt
closed in I2C and SPI mode
closed in SPI mode
Apollo: 1-2 I2C, UART
Apollo 2: 1-2 I2C, SPI-Master
Apollo: 2-3 SPI-Slave
Apollo 2: 2-3 SPI-Slave, UART
1-2 GPI014/ADC2 (Apollo)
2-3 GPI011/ADC2 (Apollo 2)
1-2 GPI012/ADC0 (Apollo)
2-3 GPI016/ADC0 (Apollo 2)
Apollo: 3-4 SPI, 2-4 UART
Apollo 2: 3-4 SPI-Slave, 3-4 UART, 4-6 SPI-Master
© Fujitsu Electronics Europe GmbH