EPSON S5U1C17M03T Cmos 16-Bit Dmm Microcontroller Board User Manual
- June 3, 2024
- Epson
Table of Contents
CMOS 16-BIT DMM MICROCONTROLLER BOARD
S5U1C17M03T Manual
(Software Evaluation Tool for S1C17M03)
S5U1C17M03T Cmos 16-Bit Dmm Microcontroller Board
Evaluation board/kit and Development tool important notice
- This evaluation board/kit or development tool is designed for use with engineering evaluation, demonstration, or development purposes only. Do not use it for other purposes. It is not intended to meet the design requirements of finished products.
- This evaluation board/kit or development tool is intended for use by an electronic engineer and is not a consumer product. The user should use it properly and in a safe manner. Seiko Epson does not assume any responsibility or liability of any kind of damage and/or fire caused by its use. The user should cease to use it when any abnormal issue occurs even during proper and safe use.
- Parts used for this evaluation board/kit or development tool may be changed without any notice.
NOTICE : PLEASE READ THE FOLLOWING NOTICE CAREFULLY BEFORE USING THIS
DOCUMENT
The contents of this document are subject to change without notice.
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Information provided in this document such as application circuits, programs, usage, etc., are for reference purposes only. Using the application circuits, programs, usage, etc. in the design of your equipment or systems is your own responsibility. Epson makes no guarantees against any infringements or damages to any third parties’ intellectual property rights or any other rights resulting from the information. This document does not grant you any licenses, intellectual property rights or any other rights with respect to Epson products owned by Epson or any third parties.
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Overview
The S5U1C17M03T (SVT board) is equipped with a 16-bit MCU S1C17M03 for Seiko
Epson digital multimeters (DMM).
The SVT board is equipped with the functions required for a DMM and can
measure voltage, current, resistance, capacitance, continuity check, diodes,
and frequencies.
1.1 Board external view
Figuer1.1.1 shows an external view of the SVT board.
(1) S1C17M03 16-bit MCU
(2) LCD module (8digits、14segments / digit)
(3) USB⇔SPI bridge IC module USB Type-C connector
(4) Piezo electric buzzer
(5) Mode switching rotary switch
(6) Tactile switch| (7) S5U1C17001H3 (ICDmini Ver.3 Emulator connector
(8) Power selection connector
(9) External power input connector
(10) Voltage, current, resistance, capacitance, continuity check, diodes, and
frequencies measurement terminal
(11) Setting jumper pins
(12) CR2032 button battery holder
---|---
Specification
The product specifications of the SVT board are shown in Table2.1, and the
measurement specifications are in Table2.2.
Table 2.1 Product specifications
Model | S5U1C17M03T |
---|
Power
| EXT : External
BAT : CR2032 (3V) Lithium battery x1 ICD : Emulator
USB: USB VBUS
Size| W80×H130×D17.1 (Without spacers)
Weight| 60g (Without battery and spacers)
Table 2.2 Measurement specification
Measurement mode | Measurement range |
---|---|
DC voltage | 600m/6/60V * |
AC voltage | 600m/6/60V * |
DC current | 600u/6m/60mA* |
AC current | 600u/6m/60mA* |
Resistance | 600/6k/60k/600k/6M/60MΩ |
Capacitance | 10n/100n/1u/10u/100u/1000uF |
Frequencies | 5Hz – 100kHz |
Continuity check | Buzzer sound below 50Ω |
Diode test | Vf measurement |
- The maximum input should be less than twice each measurement range.
Function
3.1 Power selection connector
The power supply can be set with JP7. Choose from the following four ways.
- EXT : External power is supplied from J1.
- BAT : Power is supplied from the BT1 button battery CR2023.
- ICD : Power is supplied from the emulator connector J2.
- USB : Power is supplied from the USB VBUS.
Table 3.1.1 JP7 Power jumper setting
Power selection | Jumper settings | Other comments |
---|---|---|
EXT | 1-2 Short | DC+3V±10%, Others should be open. |
BAT | 3-4 Short | CR2032 x1, Others should be open. |
ICD | 5-6 Short | Others should be open. |
USB | 7-8 Short | Others should be open. |
3.2 External power input connector
External power input from JP1. The power supply is DC+3.0V±10%.
Table 3.2.1 JP1 External power input
JP1 Pin No. | Signal name |
---|---|
1 | DC+3V±10% |
2 | GND |
3.3 Mode switching rotary switch
The rotary switch SW1 can switch the measurement mode. (Table 3.3.1)For
details on the functions, refer to another “S1C17M02/M03 Application Note”.
Table 3.3.1 Mode switching rotary switch setting
SW1 No. | Measurement mode | Default range | Mode name |
---|---|---|---|
0 | DC voltage | 6V | DCV |
1 | AC voltage | 6V | ACV |
2 | DC current | 6mA | DCI |
3 | AC current | 6mA | ACI |
4 | Resistance value (CC method) | 600Ω | OHM CC |
5 | Resistance value (CV method) | 600Ω | OHM CV |
6 | Continuity check | CV | CONT |
7 | Capacitance (CC method) | 1uF | CAP CC |
8 | Capacitance (CV method) | 10nF | CAP CV |
9 | Diode VF | – | DIODE |
A | AC voltage frequency | 6V | FREQ ACV |
B | AC current frequency | 6mA | FREQ ACI |
C | Internal temperature | – | TEMP |
※ If an unused SW1 number is selected, it will not be measured. “NOFUNC” is
displayed on the LCD.
3.4 Tactile switch
The tactile switches SW2 to SW5 have the following function. (Table 3.4.1 )For
details on the functions, refer to another “S1C17M02/M03 Application Note”.
Table 3.4.1 Tactile switch
Switch | Function |
---|---|
SW2 | Communication mode: Start/End |
SW3 | Peak hold setting switching |
SW4 | Measurement range setting switching |
SW5 | Perform a hardware reset |
3.5 Jumper settings
The measurement mode is set in JP2,JP3,JP4,JP5,JP6,JP8,JP9. Table 3.5.1 shows
the jumper setting table.
Table 3.5.1 Jumper settings
Measurement mode| Mode| SW1| Measurement range| JP2| JP3| JP4| JP5| JP6| JP8|
JP9
---|---|---|---|---|---|---|---|---|---|---
DC voltage| DCV| 0| 600mV| short| short| short| open| open| open| open
6V| open
60V
AC voltage| ACV| 1| 600mV| short| short| short| open| open| open| open
6V| open
60V
DC current| DCI|
2
| 600uA| open| short| short|
2-3short
| short| short| open
6mA
60mA| 1-2short
AC current| ACI| 3| 600uA| open| short| short|
2-3short
| short| short| open
6mA
60mA| 1-2short
Resistance value (CC method)| OHM_CC|
4
| 600Ω| short| short| short| open| open| open| open
6kΩ
60kΩ
600kΩ
6MΩ
60MΩ
Resistance value (CV method)| OHM_CV| 5| 600Ω| short| short| short| open|
open| open| open
6kΩ
60kΩ
Continuity check| CONT| 6| CV| short| short| short| open| open| open| open
CC
Capacitance (CC method)| CAP_CC| 7| 1uF| short| short| short| open| open|
open| open
10uF
100uF
1000uF
Capacitance (CV method)| CAP_CV|
8
| 10nF| short| short| short| open| open| open| open
100nF
Diode VF| Diode| 9| –| short| short| short| open| open| open| open
AC voltage frequency| Freq_ACV| a| 600mV| short| short| short| open| open|
open| open
6V|
open
60V
AC current frequency| Freq_ACI| b| 600uA| open| short| short| 2-3short| short|
short| open
6mA
60mA| 1-2short
Temperature| Temp| c| –| open| short| short| open| open| open| open
3.6 Emulator connector
J2 is the S5U1C17001H3 ICDmini Ver.3 emulator “S5U1C17001H3” connector.
Table 3.6.1 J2 pin assignment
Pin No. | Signal name | Other comments |
---|---|---|
1 | DCLK | |
2 | GND | Ground |
3 | DSIO | |
4 | DST2 | |
5 | FLASH VCC OUT | Flash memory, power output for programming |
6 | GND | Ground |
7 | RSTO | Target reset output |
8 | VCCIN | |
9 | 3.3V | 3.3V power supply |
10 | N.C. | N.C. |
Appendix A S5U1C17M03T SVT Board schematic
Appendix B S5U1C17M03T SVT Board Parts List
Note! Parts are subject to change without notice.
Table B.1 S5U1C17M03T SVT Board Parts List
Revision History
Rev. No. | Date | Page | Category | Contents |
---|---|---|---|---|
Rev 1.0 | 2022/02/22 | All | New | New establishment |
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Document Code: 414282500
Issue March 2022 in JAPAN
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