Table of Contents
Advertisement
Figure 4-10.
When Both Debugging and Programming Are Performed
<R>
Target connector
RESET_OUT
RESET_IN
Notes 1. If there are capacitance elements such as capacitors, on-chip debugging might not operate normally.
2. The clock signal generated by the clock circuit on the target system or by the internal high-speed oscillator
of the device can be used for the clock signal of the target device during on-chip debugging.
Only the internal high-speed oscillator of the device can be used during flash programming.
3. During on-chip debugging, the settings specified by the user program are ignored, because these pins are
used as pins dedicated to on-chip debugging. However, if the pins are specified as input pins, the pins
must be processed (because they are left open when MINICUBE2 is not connected.)
4. This is the processing for the pins that are unused (the inputs are left open) when the target device
operates (when MINICUBE2 is not connected).
output.)
When changing the resistance, refer to APPENDIX A EQUIVALENT CIRCUIT and make sure that the
change does not affect operation before using the device.
5. This connection is designed assuming that the RESET signal is output from the N-ch open-drain buffer
(output resistance: 100 Ω or less).
64
CHAPTER
4
HOW TO USE MINICUBE2 WITH 78K0 MICROCONTROLLER
(with TOOLC0/TOOLD0 communication)
1
GND
2
3
RxD
V
4
DD
V
DD
5
TxD
6
R.F.U.
7
R.F.U.
8
8
8
R.F.U.
9
Note 2
CLK
10
R.F.U.
11
R.F.U.
12
FLMD1
13
DATA
14
FLMD0
15
Note 5
16
R.F.U.
User's Manual
3 k to 10 kΩ
Note 4
Note 5
10 kΩ
10 kΩ
V
DD
Note 5
1 kΩ
(This processing is not required if the pins are set to
For details, refer to 4.1.3
Connection of reset pin.
U18371EJ5V0UM
V
DD
Target device
V
DD
Note 1
RESET
Note 3
TOOLD1
Note 3
TOOLC1
GND
Note 5
Reset connector
RESET
Advertisement
Table of Contents
