RTE510MPG0TGB00000R

Users Manual RL78/I1B R20UT2705XJ0100 R20UT2705XJ0100 RL78/I1B Target board RTE510MPG0TGB00000R Users Manual Rev1.00 2013.08.09 RTE510MPG0TGB00000R Rev1.00 2013.08.09 The RTE510MPG0TGB00000R is a target board used for evaluating microcontroller operations, using the E1, the Renesas E1 Electronics on-chip debug emulator with programming function. (1) RL78/I1B target board (RTE510MPG0TGB00000R) features RL78/I1B (RTE510MPG0TGB00000R) Incorporates RL78/I1B (R5F10MPG). RL78/I1B(R5F10MPG) A 12MHz resonator and a 32.768kHz resonator are mounted 12MHz 32.768kHz Equipped with universal area (2.54 mm pitch) Supports both flash memory programming and on-chip debugging (using TOOL0 pin) (2.54mm ) Highly extendable peripheral board connectors are equipped with microcontroller pins (TOOL0 ) (2) hardware specifications CPU R5F10MPG Main clock operating frequency 12 MHz. (when use resonator mounted on board) CPU R5F10MPG 12MHz() Sub clock operating frequency 32.768kHz 32.768kHz Embedded parts CN1: Peripheral board connectors (2.54 mm pitch), CN1: (2.54mm ) 20pin x2 , 6pin x1 () 20-pin socket 2, 6-pin socket 1 (pad only) CN2: (2.54mm ) 20pin x3() CN2: Peripheral board connectors (2.54 mm pitch), 20-pin socket 3 (pad only) CN3: 14pin (E1 ) CN3: 14-pin connector (for E1 connection) Power LED: x1(LED3) Power LED: Red 1 (LED3) LED: x2(LED1 P41,LED2 P42 ) Test LED: Yellow 2 (LED1 connected to P41, LED2 connected to P42) SW: SW1(INTP0 ) Test SW: SW1 (connected to INTP0) (OSC1): 12MHz (X1,X2 ) Main clock (OSC1): 12 MHz resonator(connected to X1 and X2) (OSC2): 32.768kHz (XT1,XT2 ) Sub clock (OSC1): 32.768 kHz resonator(connected to XT1 and XT2) 2.5V5.5V (OSC1:12MHz ) Operating voltage 2.5 to 5.5 V (when 12MHz resonator used at OSC1) (3) Dimensions and parts layout CN2 Universal area Main Clock CN2 20 1 20 40 21 1 Universal area LCD 40 21 60 41 LCD driver pattern CN2 VDD VL3 VL2 VL1 GND CAPH 60 41 VBAT Power LED VL4 VL3 VL2 VL1 CAPL CN2 VDD VL3 VL2 VL1 GND CAPH LED3 VBAT Sub Clock G Power LED VL4 VL3 VL2 VL1 CAPL CP12 LED3 13 G CP12 SW1(INTP0) 13 JAPAN SW1(INTP0) JAPAN P137 LED RL78 P137 SW1 Test LED RL78 SW1 /I1B :LED1 P41 LED1 /I1B upper:LED1 P41 LED1 1 :LED2 1 lower:LED2 SG-13-0155-01 P42 LED2 VDD RTE510MPG0TGB00000R SG-13-0155-01 P42 LED2 S36 14pin GND VDD RTE510MPG0TGB00000R S35 S16 S36 14pin connector GND S35 S16 S15 C0 CN1 CN1 S15 C0 CN1 CN1 71.12mm 71.12mm : Pattern on the board: Splitting this wiring leaves open the relevant circuit ( ). To reconnect the circuit, short the circuit by soldering ( ). P41,P42 LED When using P41 and P42, cut off the short pad on the left side of LED. Showing of the pad on circuit diagram. open: short: (4) Notes on use Renesas Electronics will not provide any support for this board, but the board can be exchanged with a new product only when it has an initial failure. R20UT2705XJ0100 Rev.1.00 Page 1 of 3 R20UT2705XJ0100 Rev.1.00 Page 1 of 3 2013.08.09 2013.08.09 55.88mm OCD/Flash Program 55.88mm OCD/Flash Program Users Manual RL78/I1B R20UT2705XJ0100 RL78/I1B Target board R20UT2705XJ0100 RTE510MPG0TGB00000R Users Manual Rev1.00 2013.08.09 RTE510MPG0TGB00000R Rev1.00 2013.08.09 , Setting of Clock and port. - Setting of main clock OSC1 pad OSC3 pad (back of board) P121, P122 pad OSC1 pad P121, P122 pad OSC3 pad () Default setting: X1 pad : short S X1 pad : open P121 pad : open X1 pad : short S X1 pad : open P121 pad : open Using resonator of 3-pin (OSC1) X2 pad : short S X2 pad : open P122 pad : open X2 pad : short S X2 pad : open P122 pad : open 3 (OSC1) Using resonator of 2-pin (OSC3) X1 pad : open Mounting of OSC3, C5 and C6 P121 pad : open X1 pad : open P121 pad : open 2 (OSC3) OSC3, C5, C6 X2 pad : open S X1 pad : short P122 pad : open X2 pad : open P122 pad : open S X1 pad : short S X2 pad : short S X2 pad : short Using P121 and P122 X1 pad : open S X1 pad : open P121 pad : X1-P121 short X1 pad : open S X1 pad : open P121 pad : X1-P121 short P121,P122 X2 pad : open S X2 pad : open P122 pad : X2-P122 short X2 pad : open S X2 pad : open P122 pad : X2-P122 short Dont use resonator X1 pad : open S X1 pad : open P121 pad : X1-GND short X1 pad : open S X1 pad : open P121 pad : X1-GND short (OSC1,OSC3) (OSC1 and OSC3) X2 pad : open S X2 pad : open P122 pad : X2-GND short X2 pad : open S X2 pad : open P122 pad : X2-GND short - Setting of sub clock OSC2 pad P123, P124 pad OSC2 pad P123, P124 pad Default setting: XT1 pad : short P123 pad : open XT1 pad : short P123 pad : open Using resonator OSC2 XT2 pad : short P124 pad : open XT2 pad : short P124 pad : open (OSC2) Using P123 and P124 XT1 pad : open P123 pad : XT1-P123 short XT1 pad : open P123 pad : XT1-P123 short P123, P124 XT2 pad : open P124 pad : XT2-P124 short XT2 pad : open P124 pad : XT2-P124 short Dont use resonator (OSC2) XT1 pad : open P123 pad : XT1-GND short (OSC2) XT1 pad : open P123 pad : XT1-GND short XT2 pad : open P124 pad : XT2-GND short XT2 pad : open P124 pad : XT2-GND short The figure of pad of OSC1, OSC2 and OSC3 OSC1, OSC2, OSC3 pad 3. The figure of pad of OSC3 1. The figure of pad of OSC1 2. The figure of pad of OSC2 1. OSC1 pad 2. OSC2 pad 3. OSC3 pad OSC3 XT1 pad OSC3 XT2 pad XT1 pad XT2 pad X1 pad X2 pad X1 pad X2 pad OSC2 OSC2 OSC1 OSC1 C5 C5 C6 C3 C6 C3 C4 C4 1 3 X1 X1 X2 X2 GND GND GND GND XT2 XT2 XT1 XT1 P121 P121 GND GND P122 GND P122 GND P124 P124 P123 P123 S X2 pad S X1 pad S X1 pad S X2 pad 5 7 4 2 8 P124 pad P123 pad 6 P122 pad P121 pad P121 pad P122 pad P123 pad P124 pad 1. Connect to X1 pin (20pin) of the microcomputer. 5. Connect to XT1 pin (17pin) of the microcomputer. X1 (20pin) XT1 (17pin) 2. Connect to CN2-25 (P121) 6. Connect to CN2-22 (P123) CN2-25 (P121) CN2-22 (P123) 3. Connect to X2 pin (19pin) of the microcomputer. X2 (19pin) XT2 (16pin) 7. Connect to XT2 pin (16pin) of the microcomputer. 4. Connect to CN2-24 (P122) 8. Connect to CN2-21 (P124) CN2-24 (P122) CN2-21 (P124) R20UT2705XJ0100 Rev.1.00 Page 2 of 3 R20UT2705XJ0100 Rev.1.00 Page 2 of 3 2013.08.09 2013.08.09