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RL78/G1D 

Evaluation Board 

R30UZ0048EJ0170  Rev.1.70 

 

Page 

5

 of 

23

 

May.28,21 

 

3.  Settings 

3.1 

Slide Switch Settings 

 

Table 3-1 shows the functions implemented by using the slide switches on the evaluation board and their operations. 
In this table, the factory settings are shown in bold face and italicized. Figure 3-1 shows the positions at which the 
slide switches are placed, and Figure 3-2 shows the factory setting of the slide switches. 

 

Table 3-1  Functions of Slide Switches on RTK0EN0001D01001BZ 

No. 

Function 

1-2 connected (left) 

2-3 connected (right) 

SW7 

Selects DC/VBUS or battery as the 
power supply. 

Power is directly supplied 
from the battery. 

Power is supplied from the 
DC/VBUS via a regulator.
 

SW8 

Selects DC 5 V or VBUS as the 
power supply. 

Power is supplied from 
DC 5 V. 

Power is supplied from USB 
VBUS.  

SW9 

Switches between USB and 
external extension interface. 

Connected to an external 
extension interface. 

Connected to a USB 
device. 

SW10 

Switches the power supply line. 

Power is supplied to the 
module. 

The power supply line is left 
open. (Current consumption 
can be measured by using 
TP7 and TP8.) 

SW11 

Selects the E1 debugger (3.3 V) or 
another source as the power 
supply. 

3.3 V is supplied directly 
from the E1 debugger. 

Power is supplied from a 
source other than the E1 
debugger (3.3 V). 

SW12 

Unused 

Do not use this switch.

 

Set this switch to the right. 

SW13 

Connects or disconnects the USB 
interface.

Note

 

The USB interface is 
connected. 

The USB interface is 
disconnected. 

Note: 

When not using the USB interface, set SW9 to '1-2 connected' and SW13 to '2-3 connected'; these 
disconnect the buffer power supply and prevent leak current flowing to the signal level conversion 
buffer connected between the RL78/G1D and UART-USB conversion IC. 

 

 

 

Figure 3-1  Mounting Positions of Slide Switches 

 

SW13 

SW10 

SW9, SW11, SW7 

SW12 

SW8 

Summary of Contents for RL78 Series

Page 1: ...s and product specifications represents information on the product at the time of publication and is subject to change by Renesas Electronics Corp without notice Please review the latest information p...

Page 2: ...ALL WARRANTIES EXPRESS OR IMPLIED WITH RESPECT TO THIS DOCUMENT AND ANY RELATED OR ACCOMPANYING SOFTWARE OR HARDWARE INCLUDING BUT NOT LIMITED TO THE IMPLIED WARRANTIES OF MERCHANTABILITY OR FITNESS...

Page 3: ...ut signal during power off state as described in your product documentation 4 Handling of unused pins Handle unused pins in accordance with the directions given under handling of unused pins in the ma...

Page 4: ...ce Driver 19 Appendix B Conformity Assessment 20 The Bluetooth word mark and logos are registered trademarks owned by Bluetooth SIG Inc and any use of such marks by Renesas Electronics Corporation is...

Page 5: ...uetooth Low Energy evaluation R0K3ZBBBDBN00BR with peripheral functions such as push switches and LEDs Figure 1 1 RL78 G1D Evaluation Board RTK0EN0001D01001BZ Block Diagram Evaluation Board R0K3ZBBBDB...

Page 6: ...four Display Four LEDs Debug interface 2 54 mm pitch male connector with accidental insertion protection for connecting to an E1 emulator Power supply voltage One of the following power supplies can...

Page 7: ...etailed Specifications 2 1 RL78 G1D Evaluation Board Appearance Figure 2 1 Board Appearance RL78 G1D module E1 emulator connector Push switches DIP SW Power jack USB interface External extension inter...

Page 8: ...adapter input DC 5 V or USB VBUS input 5 V is selected 3 0 V is generated by a regulator The AC adapter DC input VBUS input and E1 are switched by using the slide switches Battery box input 3 0 V and...

Page 9: ...S SW9 Switches between USB and external extension interface Connected to an external extension interface Connected to a USB device SW10 Switches the power supply line Power is supplied to the module T...

Page 10: ...ion Board R30UZ0048EJ0170 Rev 1 70 Page 6 of 23 May 28 21 Figure 3 2 Slide Switches Factory Settings Slide switches in the middle of the board Slide switches at the bottom of the board SW8 SW11 SW9 SW...

Page 11: ...NTP3 RTC1HZ UPON VBUS detection 11 P147 ANI18 LED2 23 P120 ANI19 LED1 12 P12 SO00 TXD0 TxD 24 N C 4 2 E1 Debug Interface CN2 is used to connect Renesas Electronics on chip debugging emulator E1 sold s...

Page 12: ...4 GND 17 VCC3 5 P23 ANI3 SW3 18 N C SW1 6 P10 SCK00 SCL00 SW6 1 19 GND 7 P147 ANI18 LED2 20 P16 TI01 TO01 INTP5 SW2 8 GPIO1 TXSELL_RF SW6 2 21 P40 TOOL0 9 P03 ANI16 RXD1 LED3 22 RESET 10 GPIO0 TXSELH_...

Page 13: ...78 G1D module Table 5 1 Push Switches Pin No Port SW1 CN1 19 N C SW2 CN1 20 P16 SW3 CN1 18 P23 SW4 CN1 16 P22 Remark Enable the on chip pull up resistor connected to P16 in input mode on the RL78 G1D...

Page 14: ...el is input to general purpose port P30 on the RL78 G1D module it indicates that the evaluation board is connected to the computer When a high level is input it indicates that the evaluation board is...

Page 15: ...select 5 V when connection is established by E1 emulator software When the AC adapter input DC 5 V or USB VBUS input 5 V is selected 3 0 V is generated by the regulator Figure 6 1 shows the power line...

Page 16: ...side VBUS L Battery box input Pin 3 side other power supply Pin 1 side battery L E1 power supply 3 3 V Pin 3 side E1 3 3 V L Host interface not used DC 5 V power supply input Pin 3 side other power s...

Page 17: ...must not be disposed of as household waste but through your locally recognised recycling or disposal schemes As part of our commitment to environmental responsibility Renesas also offers to take back...

Page 18: ...luation Board R30UZ0048EJ0170 Rev 1 70 Page 14 of 23 May 28 21 8 Circuit Diagrams 8 1 Diagram of RL78 G1D Module Connection A diagram of the RL78 G1D module RTK0EN0002C01001BZ connection is shown on t...

Page 19: ...RL78 G1D Evaluation Board R30UZ0048EJ0170 Rev 1 70 Page 15 of 23 May 28 21...

Page 20: ...170 Rev 1 70 Page 16 of 23 May 28 21 8 2 Circuit Diagrams of Extension Board for Bluetooth Low Energy Evaluation Circuit diagrams of the extension board for Bluetooth Low Energy evaluation R0K3ZBBBDBN...

Page 21: ...RL78 G1D Evaluation Board R30UZ0048EJ0170 Rev 1 70 Page 17 of 23 May 28 21...

Page 22: ...RL78 G1D Evaluation Board R30UZ0048EJ0170 Rev 1 70 Page 18 of 23 May 28 21...

Page 23: ...ernal device via the USB interface by using UART0 of the RL78 G1D a UART USB conversion device FT232RL driver must be installed in the computer Before connecting the evaluation board to the computer d...

Page 24: ...to comply without maximum permissive exposure evaluation MPE But it is desirable that it should be installed and operated keeping the radiator at least 20cm or more away from person s body for IC This...

Page 25: ...IRP 2 5 36 dBm 100 kHz 30 1000 MHz 33 dBm 100 kHz 2 4 2 4835 GHz 40 dBm 1 MHz 3 4 3 53 GHz 40 dBm 1 MHz 5 725 5 85 GHz 30 dBm 1 MHz 1 12 75 GHz 2 3 4 5 RE Directive Hereby Renesas Electronics Corporat...

Page 26: ...RL78 G1D Evaluation Board R30UZ0048EJ0170 Rev 1 70 Page 22 of 23 May 28 21...

Page 27: ...RL78 G1D Evaluation Board R30UZ0048EJ0170 Rev 1 70 Page 23 of 23 May 28 21...

Page 28: ...6 17 Revised the circuit diagram of the extension board to RL78 G1D version 22 Replaced the DoC of the R TTE Directive Article 3 2 Spectrum EN 300 328 V1 8 1 V1 9 1 1 50 Jun 8 2017 Contents Correction...

Page 29: ...n Board User s Manual Publication Date Rev 1 10 June 01 15 Rev 1 20 Sep 01 15 Rev 1 30 Dec 01 15 Rev 1 40 Sep 01 16 Rev 1 50 Jun 08 17 Rev 1 60 Feb 01 19 Rev 1 70 May 28 21 Published by Renesas Electr...

Page 30: ...RL78 G1D Group R30UZ0048EJ0170...

Page 31: ...Mouser Electronics Authorized Distributor Click to View Pricing Inventory Delivery Lifecycle Information Renesas Electronics RTK0EN0001D01001BZ...

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