Computex PALMiCE2 Manual

Technical Information
PALMiCE2 H8S-related Target Interface
Aug. 07, 2008
Third Edition
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Document change history
First Editon Feb. 18, 2008 Initial edition
Second Edition Mar. 03, 2008 Edited the note on Pin No.8 of signal table as follows:
<Before editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-5V range.”
<After editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-3.6V range.”
Added the following description for Pin No.8 to the note on signal table.
"However, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is
supported for output."
Third Edition Aug. 07, 2008 Deleted the note from the pages on H8S and H8SX family CPU listings.

H8S
・ H8S/2215RF, H8S/2215RUF, H8S/2215TF, H8S/2215TUF
・ H8S/2212F, H8S/2218F
・ H8S/2319EF
・ H8S/2329EF
・ H8S/2339EF
・ H8S/2367F, H8S/2368F
・ H8S/2377F, H8S/2378F, H8S/2377RF, H8S/2378RF

Target interface (H8S/2215RF, H8S/2215RUF, H8S/2215TF, H8S/2215TUF) Mar. 03, 2008 (Second Edition)
■ H8S/2215RF, H8S/2215RUF, H8S/2215TF, H8S/2215TUF
Applicable products PALMiCE2-H8S
Applicable connectors
(Connectors for debugger) MIL connector (14-pin design)
MIL connector
Signals
CPU Pin No. CPU Pin No.
Pin
No. Signal Input/ Output*1 TFP-120
/120V
BP-112
/112V
Pin
No. Signal Input/ Output*1 TFP-120
/120V
BP-112
/112V
1 TCK Input 107 D6 2 GND
3 TRST Input 109 B5 4 GND
5 TDO Output 106 B6 6 GND
7 RESIN *2 Input 8 VCC
*3 Output
9 TMS Input 108 A5 10 GND
11 TDI Input 110 C5 12 GND
13 RES Output 72 G11 14 GND
*1: Input/output is based on the target system.
*2: RESIN is not a name of CPU pin. RESIN signal cannot be directly connected to CPU pin. For connection, consult the target connection
reference diagram.
*3: For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C., however, if you connect I/O power, it will allow
prevention of leak during the target system power OFF and adaptation to power 1.8V-3.6V range.
Note, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is supported for output.
Target connection reference diagram
MIL connector specifications
Recommended connector
Manufacturer Omron Corporation
Model XG4C-1431
(Top view on the target board)
(For detailed dimensions of the connector,
refer to the documentation by manufacturer.)
*1: When debugging, bring
EMLE pin to Low state and FWE pin to High state
Shown in the target connection reference diagram is the circuit that brings EMLE pin to Low state when you turn ON the switch.
*2: RESIN, which is connected to Pin No.7 of the connector for debugger, is the signal that the debugger outputs to CPU. Connect the signal to
CPU by using user logic reset circuit with reference to the logic shown in the target connection reference diagram.
*3: RES, which is connected to Pin No. 13 of the connector for debugger, is the signal that debugger uses for monitoring the state of RES pin of
CPU.

Target interface (H8S/2215RF, H8S/2215RUF, H8S/2215TF, H8S/2215TUF) Mar. 03, 2008 (Second Edition)
Document change history (H8S/2215RF, H8S/2215RUF, H8S/2215TF, H8S/2215TUF)
First Editon Feb. 18, 2008 Initial edition
Second Edition Mar. 03, 2008 Edited the note on Pin No.8 of signal table as follows:
<Before editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-5V range.”
<After editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-3.6V range.”
Added the following description for Pin No.8 to the note on signal table.
"However, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is
supported for output."

Target interface (H8S/2212F, H8S/2218F) Mar. 03, 2008 (Second Edition)
■ H8S/2212F, H8S/2218F
Applicable products *1 PALMiCE2-H8S
Applicable connectors
(Connectors for debugger) MIL connector (14-pin design)
MIL connector
Signals
CPU Pin No. CPU Pin No.
H8S/2212F H8S/2218F H8S/2212F H8S/2218F,
Pin
No. Signal
Input/
Output
*1 FP-64E
/64EV
TNP-64B
/64BV
TFP-100G
/100GV
BP-112
/112V
Pin
No.
Signal
Input/
Output
*1 FP-64E
/64EV
TNP-64B
/64BV
TFP-100G
/100GV
BP-112
/112V
1 TCK Input 53 53 84 D7 2 GND
3 TRST Input 55 55 86 A7 4 GND
5 TDO Output 52 52 83 A8 6 GND
7 RESIN *2 Input 8 VCC
*3 Output
9 TMS Input 54 54 85 C7 10 GND
11 TDI Input 56 56 87 B7 12 GND
13 RES Output 36 36 58 G8 14 GND
*1: Input/output is based on the target system.
*2: RESIN is not a name of CPU pin. RESIN signal cannot be directly connected to CPU pin. For connection, consult the target connection
reference diagram.
*3: For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C., however, if you connect I/O power, it will allow
prevention of leak during the target system power OFF and adaptation to power 1.8V-3.6V range.
Note, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is supported for output.
Target connection reference diagram
MIL connector specifications
Recommended connector
Manufacturer Omron Corporation
Model XG4C-1431
(Top view on the target board)
(For detailed dimensions of the connector,
refer to the documentation by manufacturer.)
*1: When debugging, bring EMLE pin to High state and FWE pin to High state
Shown in the target connection reference diagram is the circuit that brings EMLE pin to High state when you turn OFF the switch.
*2: RESIN, which is connected to Pin No.7 of the connector for debugger, is the signal that the debugger outputs to CPU. Connect the signal to
CPU by using user logic reset circuit with reference to the logic shown in the target connection reference diagram.
*3: RES, which is connected to Pin No. 13 of the connector for debugger, is the signal that debugger uses for monitoring the state of RES pin of
CPU.

Target interface (H8S/2212F, H8S/2218F) Mar. 03, 2008 (Second Edition)
Document change history (H8S/2212F, H8S/2218F)
First Editon Feb. 18, 2008 Initial edition
Second Edition Mar. 03, 2008 Edited the note on Pin No.8 of signal table as follows:
<Before editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-5V range.”
<After editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-3.6V range.”
Added the following description for Pin No.8 to the note on signal table.
"However, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is
supported for output."

Target interface (H8S/2319EF) Mar. 03, 2008 (Second Edition)
■ H8S/2319EF
Applicable products PALMiCE2-H8S
Applicable connectors
(Connectors for debugger) MIL connector (14-pin design)
MIL connector
Signals
CPU Pin No. CPU Pin No.Pin
No. Signal Input/ Output*1 TFP-100B
FP-100A
Pin
No. Signal Input/ Output*1 TFP-100B
FP-100A
1 TCK Input 13 15 2 GND
3 TRST Input 55 57 4 GND
5 TDO Output 9 11 6 GND
7 RESIN *2 Input 8 VCC
*3 Output
9 TMS Input 54 56 10 GND
11 TDI Input 11 13 12 GND
13 RES Output 62 64 14 GND
*1: Input/output is based on the target system.
*2: RESIN is not a name of CPU pin. RESIN signal cannot be directly connected to CPU pin. For connection, consult the target connection
reference diagram.
*3: For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C., however, if you connect I/O power, it will allow
prevention of leak during the target system power OFF and adaptation to power 1.8V-3.6V range.
Note, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is supported for output.
Target connection reference diagram
MIL connector specifications
Recommended connector
Manufacturer Omron Corporation
Model XG4C-1431
(Top view on the target board)
(For detailed dimensions of the connector,
refer to the documentation by manufacturer.)
*1: When debugging, bring EMLE pin to High state
.
Shown in the target connection reference diagram is the circuit that brings EMLE pin to High state when you turn OFF the switch.
*2: RESIN, which is connected to Pin No.7 of the connector for debugger, is the signal that the debugger outputs to CPU. Connect the signal to
CPU by using user logic reset circuit with reference to the logic shown in the target connection reference diagram.
*3: RES, which is connected to Pin No. 13 of the connector for debugger, is the signal that debugger uses for monitoring the state of RES pin of
CPU.

Target interface (H8S/2319EF) Mar. 03, 2008 (Second Edition)
Document change history (H8S/2319EF)
First Editon Feb. 18, 2008 Initial edition
Second Edition Mar. 03, 2008 Edited the note on Pin No.8 of signal table as follows:
<Before editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-5V range.”
<After editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-3.6V range.”
Added the following description for Pin No.8 to the note on signal table.
"However, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is
supported for output."

Target interface (H8S/2329EF) Mar. 03, 2008 (Second Edition)
■ H8S/2329EF
Applicable products PALMiCE2-H8S
Applicable connectors
(Connectors for debugger) MIL connector (14-pin design)
MIL connector
Signals
CPU Pin No. CPU Pin No.Pin
No. Signal Input/ Output*1 TFP-120
FP-128B
Pin
No. Signal Input/ Output*1 TFP-120
FP-128B
1 TCK Input 61 69 2 GND
3 TRST Input 57 63 4 GND
5 TDO Output 63 71 6 GND
7 RESIN *2 Input 8 VCC
*3 Output
9 TMS Input 60 66 10 GND
11 TDI Input 62 70 12 GND
13 RES Output 73 81 14 GND
*1: Input/output is based on the target system.
*2: RESIN is not a name of CPU pin. RESIN signal cannot be directly connected to CPU pin. For connection, consult the target connection
reference diagram.
*3: For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C., however, if you connect I/O power, it will allow
prevention of leak during the target system power OFF and adaptation to power 1.8V-3.6V range.
Note, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is supported for output.
Target connection reference diagram
MIL connector specifications
Recommended connector
Manufacturer Omron Corporation
Model XG4C-1431
(Top view on the target board)
(For detailed dimensions of the connector,
refer to the documentation by manufacturer.)
*1: When debugging, bring EMLE pin to High state.
Shown in the target connection reference diagram is the circuit that brings EMLE pin to High state when you turn OFF the switch.
*2: RESIN, which is connected to Pin No.7 of the connector for debugger, is the signal that the debugger outputs to CPU. Connect the signal to
CPU by using user logic reset circuit with reference to the logic shown in the target connection reference diagram.
*3: RES, which is connected to Pin No. 13 of the connector for debugger, is the signal that debugger uses for monitoring the state of RES pin of
CPU.

Target interface (H8S/2329EF) Mar. 03, 2008 (Second Edition)
Document change history (H8S/2329EF)
First Editon Feb. 18, 2008 Initial edition
Second Edition Mar. 03, 2008 Edited the note on Pin No.8 of signal table as follows:
<Before editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-5V range.”
<After editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-3.6V range.”
Added the following description for Pin No.8 to the note on signal table.
"However, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is
supported for output."

Target interface (H8S/2339EF) Mar. 03, 2008 (Second Edition)
■ H8S/2339EF
Applicable products PALMiCE2-H8S
Applicable connectors
(Connectors for debugger) MIL connector (14-pin design)
MIL connector
Signals
CPU Pin No. CPU Pin No. Pin
No. Signal Input/ Output*1 FP-144G
Pin
No. Signal Input/ Output*1 FP-144G
1 TCK Input 138 2 GND
3 TRST Input 66 4 GND
5 TDO Output 139 6 GND
7 RESIN *2 Input 8 VCC
*3 Output
9 TMS Input 133 10 GND
11 TDI Input 134 12 GND
13 RES Output 88 14 GND
*1: Input/output is based on the target system.
*2: RESIN is not a name of CPU pin. RESIN signal cannot be directly connected to CPU pin. For connection, consult the target connection
reference diagram.
*3: For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C., however, if you connect I/O power, it will allow
prevention of leak during the target system power OFF and adaptation to power 1.8V-3.6V range.
Note, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is supported for output.
Target connection reference diagram
MIL connector specifications
Recommended connector
Manufacturer Omron Corporation
Model XG4C-1431
(Top view on the target board)
(For detailed dimensions of the connector,
refer to the documentation by manufacturer.)
*1: When debugging, bring EMLE pin to High state.
Shown in the target connection reference diagram is the circuit that brings EMLE pin to High state when you turn OFF the switch.
*2: RESIN, which is connected to Pin No.7 of the connector for debugger, is the signal that the debugger outputs to CPU. Connect the signal to
CPU by using user logic reset circuit with reference to the logic shown in the target connection reference diagram.
*3: RES, which is connected to Pin No. 13 of the connector for debugger, is the signal that debugger uses for monitoring the state of RES pin of
CPU.

Target interface (H8S/2339EF) Mar. 03, 2008 (Second Edition)
Document change history (H8S/2339EF)
First Editon Feb. 18, 2008 Initial edition
Second Edition Mar. 03, 2008 Edited the note on Pin No.8 of signal table as follows:
<Before editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-5V range.”
<After editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-3.6V range.”
Added the following description for Pin No.8 to the note on signal table.
"However, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is
supported for output."

Target interface (H8S/2367F, H8S/2368F) Mar. 03, 2008 (Second Edition)
■ H8S/2367F, H8S/2368F
Applicable products PALMiCE2-H8S
Applicable connectors
(Connectors for debugger) MIL connector (14-pin design)
MIL connector
Signals
CPU Pin No. CPU Pin No.
2367F, 2368F 2367F 2367F, 2368F 2367F
Pin
No. Signal Input/ Output*1 TFP-120/120V FP-128/128BV
Pin
No.
Signal Input/
Output*1 TFP-120/120V FP-128/128BV
1 PG4
*4 Input 106 116 2 GND
3 P53
*4 Input 112 122 4 GND
5 WDTOVF *4 Output 31 37 6 GND
7 RESIN *2 Input 8 VCC
*3 Output
9 PG5
*4 Input 107 117 10 GND
11 PG6
*4 Input 108 118 12 GND
13 RES Output 77 85 14 GND
*1: Input/output is based on the target system.
*2: RESIN is not a name of CPU pin. RESIN signal cannot be directly connected to CPU pin. For connection, consult the target connection
reference diagram.
*3: For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C., however, if you connect I/O power, it will allow
prevention of leak during the target system power OFF and adaptation to power 1.8V-3.6V range.
Note, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is supported for output.
*4: PG4, PG5, PG6, P53 port functionality, other functionalities multiplexed in those pins, and functionalities of WDTOVF pin will not be
available since those pins are occupied by the debugger.
Target connection reference diagram
MIL connector specifications
Recommended connector
Manufacturer Omron Corporation
Model XG4C-1431
(Top view on the target board)
(For detailed dimensions of the connector,
refer to the documentation by manufacturer.)
*1: When debugging, bring EMLE pin to High state.
Shown in the target connection reference diagram is the circuit that brings EMLE pin to High state when you turn OFF the switch.
*2: RESIN, which is connected to Pin No.7 of the connector for debugger, is the signal that the debugger outputs to CPU. Connect the signal to
CPU by using user logic reset circuit with reference to the logic shown in the target connection reference diagram.
*3: RES, which is connected to Pin No. 13 of the connector for debugger, is the signal that debugger uses for monitoring the state of RES pin of
CPU.

Target interface (H8S/2367F, H8S/2368F) Mar. 03, 2008 (Second Edition)
Document change history (H8S/2367F, H8S/2368F)
First Editon Feb. 18, 2008 Initial edition
Second Edition Mar. 03, 2008 Edited the note on Pin No.8 of signal table as follows:
<Before editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-5V range.”
<After editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-3.6V range.”
Added the following description for Pin No.8 to the note on signal table.
"However, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is
supported for output."

Target interface (H8S/2377F, H8S/2378F, H8S/2377RF, H8S/2378RF) Mar. 03, 2008 (Second Edition)
■ H8S/2377F, H8S/2378F, H8S/2377RF, H8S/2378RF
Applicable products PALMiCE2-H8S
Applicable connectors
(Connectors for debugger) MIL connector (14-pin design)
MIL connector
Signals
CPU Pin No. CPU Pin No.
H8S/2378(R)F H8S/2377(R)F,
H8S/2378(R)F,
H8S/2378(R)F H8S/2377(R)F,
H8S/2378(R)F,
Pin
No. Signal
Input/
Output
*1 LGA-145 LQFP-144
Pin
No.
Signal
Input/
Output
*1 LGA-145 LQFP-144
1 PG4*4 Input B6 130 2 GND
3 P53*4 Input D4 136 4 GND
5 WDTOVF*4 Output M3 39 6 GND
7 RESIN *2 Input 8 VCC
*3 Output
9 PG5*4 Input C7 131 10 GND
11 PG6*4 Input D5 132 12 GND
13 RES Output F12 92 14 GND
*1: Input/output is based on the target system.
*2: RESIN is not a name of CPU pin. RESIN signal cannot be directly connected to CPU pin. For connection, consult the target connection
reference diagram.
*3: For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C., however, if you connect I/O power, it will allow
prevention of leak during the target system power OFF and adaptation to power 1.8V-3.6V range.
Note, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is supported for output.
*4: PG4, PG5, PG6, P53 port functionality, other functionalities multiplexed in those pins, and functionalities of WDTOVF pin will not be
available since those pins are occupied by the debugger.
Target connection reference diagram
MIL connector specifications
Recommended connector
Manufacturer Omron Corporation
Model XG4C-1431
(Top view on the target board)
(For detailed dimensions of the connector,
refer to the documentation by manufacturer.)
*1: When debugging, bring EMLE pin to High state.
Shown in the target connection reference diagram is the circuit that brings EMLE pin to High state when you turn OFF the switch.
*2: RESIN, which is connected to Pin No.7 of the connector for debugger, is the signal that the debugger outputs to CPU. Connect the signal to
CPU by using user logic reset circuit with reference to the logic shown in the target connection reference diagram.
*3: RES, which is connected to Pin No. 13 of the connector for debugger, is the signal that debugger uses for monitoring the state of RES pin of
CPU.

Target interface (H8S/2377F, H8S/2378F, H8S/2377RF, H8S/2378RF) Mar. 03, 2008 (Second Edition)
Document change history (H8S/2377F, H8S/2378F, H8S/2377RF, H8S/2378RF)
First Editon Feb. 18, 2008 Initial edition
Second Edition Mar. 03, 2008 Edited the note on Pin No.8 of signal table as follows:
<Before editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-5V range.”
<After editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-3.6V range.”
Added the following description for Pin No.8 to the note on signal table.
"However, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is
supported for output."

H8SX
・ H8SX/1525F, H8SX/1527F
・ H8SX/1582F
・ H8SX/1651
・ H8SX/1653F, H8SX/1654F
・ H8SX/1663F, H8SX/1664F

Target interface (H8SX/1525F, H8SX/1527F) Mar. 03, 2008 (Second Edition)
■ H8SX/1525F, H8SX/1527F
Applicable products PALMiCE2-H8S
Applicable connectors
(Connectors for debugger) MIL connector (14-pin design)
MIL connector
Signals
CPU Pin No. CPU Pin No. Pin
No. Signal Input/ Output*1 QFP-100
Pin
No. Signal Input/ Output*1 QFP-100
1 TCK Input 65 2 GND
3 TRST Input 62 4 GND
5 TDO Output 8 6 GND
7 RESIN *2 Input 8 VCC
*3 Output
9 TMS Input 63 10 GND
11 TDI Input 64 12 GND
13 RES Output 66 14 GND
*1: Input/output is based on the target system.
*2: RESIN is not a name of CPU pin. RESIN signal cannot be directly connected to CPU pin. For connection, consult the target connection
reference diagram.
*3: For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C., however, if you connect I/O power, it will allow
prevention of leak during the target system power OFF and adaptation to power 1.8V-3.6V range.
Note, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is supported for output.
Target connection reference diagram
MIL connector specifications
Recommended connector
Manufacturer Omron Corporation
Model XG4C-1431
(Top view on the target board)
(For detailed dimensions of the connector,
refer to the documentation by manufacturer.)
*1: When debugging, bring EMLE pin to High state.
Shown in the target connection reference diagram is the circuit that brings EMLE pin to High state when you turn OFF the switch.
*2: RESIN, which is connected to Pin No.7 of the connector for debugger, is the signal that the debugger outputs to CPU. Connect the signal to
CPU by using user logic reset circuit with reference to the logic shown in the target connection reference diagram.
*3: RES, which is connected to Pin No. 13 of the connector for debugger, is the signal that debugger uses for monitoring the state of RES pin of
CPU.

Target interface (H8SX/1525F, H8SX/1527F) Mar. 03, 2008 (Second Edition)
Document change history (H8SX/1525F, H8SX/1527F)
First Editon Feb. 18, 2008 Initial edition
Second Edition Mar. 03, 2008 Edited the note on Pin No.8 of signal table as follows:
<Before editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-5V range.”
<After editing>
“For VCC, connect I/O power of CPU. Debugging can be performed even if the signal is N.C.,
however, if you connect I/O power, it will allow prevention of leak during the target system power
OFF and adaptation to power 1.8V-3.6V range.”
Added the following description for Pin No.8 to the note on signal table.
"However, for input, it is 5V-tolerant. If optional conversion adapter (ADP-HUDI-5V) is used, 5V is
supported for output."