HYCON HY16F19X Series User manual

© 2014-2017 HYCON Technology Corp.
www.hycontek.com
APD-HY16IDE009-V03_EN
HY16F19X Series
IDE Hardware User’s Manual
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page2
Table of Contents
1. PACKAGE CONTENTS ............................................................................................................................ 4
2. SAFETY PRECAUTIONS ......................................................................................................................... 5
3. SOFTWARE INSTALLATION REQUIREMENTS ..................................................................................... 6
3.1. IDE Software Installation Requirements ............................................................................................... 6
4. DESCRIPTION OF THE IDE HARDWARE (HY16F MINI LINK) ............................................................. 7
4.1. Schematic architecture description ....................................................................................................... 7
4.2. Mini Link diagram .................................................................................................................................. 7
4.3. Mini Link connection with EDM ............................................................................................................. 8
4.4. Connection Diagram of Mini Link and Target Board (Powered by Mini Link) ....................................... 8
5. HARDWARE TARGET BOARD INTRODUCTION ................................................................................... 9
5.1. Target Board Features .......................................................................................................................... 9
5.2. External Power Supply and Precautions............................................................................................. 10
5.3. Target Board Circuit Diagram .............................................................................................................. 11
6. LCD BOARD INTRODUCTION .............................................................................................................. 12
7. HARDWARE CONNECTION INTRODUCTION ..................................................................................... 13
8. REVISIONS ............................................................................................................................................. 14
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page3
Attention:
1、 HYCON Technology Corp. reserves the right to change the content of this datasheet
without further notice. For most up-to-date information, please constantly visit our
website: http://www.hycontek.com .
2、 HYCON Technology Corp. is not responsible for problems caused by figures or
application circuits narrated herein whose related industrial properties belong to third
parties.
3、 Specifications of any HYCON Technology Corp. products detailed or contained herein
stipulate the performance, characteristics, and functions of the specified products in the
independent state. We does not guarantee of the performance, characteristics, and
functions of the specified products as placed in the customer’s products or equipment.
Constant and sufficient verification and evaluation is highly advised.
4、 Please note the operating conditions of input voltage, output voltage and load current
and ensure the IC internal power consumption does not exceed that of package
tolerance. HYCON Technology Corp. assumes no responsibility for equipment failures
that resulted from using products at values that exceed, even momentarily, rated values
listed in products specifications of HYCON products specified herein.
5、 Notwithstanding this product has built-in ESD protection circuit, please do not exert
excessive static electricity to protection circuit.
6、 Products specified or contained herein cannot be employed in applications which
require extremely high levels of reliability, such as device or equipment affecting the
human body, health/medical equipments, security systems, or any apparatus installed in
aircrafts and other vehicles.
7、 Despite the fact that HYCON Technology Corp. endeavors to enhance product quality
as well as reliability in every possible way, failure or malfunction of semiconductor
products may happen. Hence, users are strongly recommended to comply with safety
design including redundancy and fire-precaution equipments to prevent any accidents
and fires that may follow.
8、 Use of the information described herein for other purposes and/or reproduction or
copying without the permission of HYCON Technology Corp. is strictly prohibited.
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page4
1. Package Contents
HY16F19X IDE Hardware development kit includes HY16F Mini Link and
HY16F198B-L100 Target Board.
Integrated Hardware development kit helps to develop MCU application program of HY16F
Series. Program compiling, hardware debug, IC programming was implemented through
NB/PC end connection.
Serial number Name Spec Quantity
HY16F19X-DK04
1. HY16F198B-L100 Target
Board HY16F19X-IM02 1
2. HY16F Mini Link debug tool HY16000-CM04 1
3. USB cable USB Type A to Mini B
Cable 1
4. EDM line 5pin to 4x2pin (2.54mm)
1
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page5
2. Safety Precautions
 Do not place heavy objects on the display panel, in order to avoid damage caused by
stress.
 Place the application display boards at steady place, so as to avoid falling damage.
 Do not use this product with the input voltage which is not meeting the electrical
specifications, , in order to avoid working abnormally or damage
 Avoid application display boards being touched by liquid, dirt and avoid being exposed
to moisture during operation. This application should be kept in a dry environment, so
as not to affect the function and performance
 Remove the power supply when not using it.
 When following status occurred, please remove the power supply immediately, and
contact our engineer.
 Power Supply line is worn or damaged.
 Power source (battery) connected but no any light on while operating.
 Component off.
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page6
3. Software Installation Requirements
3.1. IDE Software Installation Requirements
Minimum System Requirements of operating AndeSight RDS:
(1) PC/NB hardware requirement:
IBM PC compatible X86 system CPU
4GB Memory
8GB Hard disk
(2) Product number support:
HY16F19X Series
(3) Hardware model support:
HY16F19X development tools, HY16F19X-DK04.
(4) Software version support:
AndeSight V2.1.1 RDSp3 version above
Device => HY16F_RDSp3_DeviceV0.1
Mini Link Version information => Andes AICE-MINI v1.0.1
(5) Operating system support:
Windows XP, Windows Vista, Windows 7, Windows 8, Windows 10
(6) Apply the following interface modes:
USB Port
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page7
4. Description of the IDE hardware (HY16F Mini Link)
4.1. Schematic architecture description
HY16F Mini Link (AICE) for the HY16F198B-L100 Target Board and PC / NB end, the
middle connection device. Mainly used as a Programming program and Debug mode.
AndeSight
RDS S/W
USB2.0 EDM line
HY16F19X
Target Board
PC/NB
EDM
ICE
Note: EDM (Embedded debug module)
4.2. Mini Link diagram
Pin Name Description
RST Reset Pin
VDD The VDD pin of the Mini Link is fixed to provide 3.3V, And to provide IC
(HY16F198B-L100) power directly from the Target Board EDM Pin7.
ECK EDM Clock Pin
EDIO EDM Data Input / Output Pin
VSS Ground Pin
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page8
Mini Link LED Description:
 POWER LED (Green LED): When the USB Port connection, POWER LED will
continue to light.
 ACTIVE LED (Yellow LED): When enter Debug Mode, ACTIVE LED will flash
continuously.
 ERROR LED (Red LED): When the USB Port is connected but the Target Board is not
connected, the Error LED is on.
4.3. Mini Link connection with EDM
HY16F
Mini Link
EDM line
Target Board EDM
1
2
 RST (Blue)-> Target board EDM Pin2
 VDD (Red)-> Target board EDM Pin7
 ECK(Green)-> Target board EDM Pin6
 EDIO(Yellow)-> Target board EDM Pin4
 VSS(Black)-> Target board EDM Pin3,5
4.4. Connection Diagram of Mini Link and Target Board (Powered by Mini Link)
Step1: The EDM Line connection Mini Link and Target Board.
Step2: Connect the PC's USB Port to the Mini Link.
Step3: The Power LED is on.
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page9
5. Hardware Target Board Introduction
10. 4com x 17seg
LCD Panel
11. HY16F198B-L100
13. Bridge Sensor
Connector
12. S25FL040A
SPI Flash
14. Tack Switch x 2
2. Power Management
9. Touch Key PAD x 4
3. EDM port for Mini Link
4. MCU Reset Switch
5. Writer Connector(5pin)
6. External HSXT 4MHz
and LSXT 32768Hz
7. 24C02 EEPROM
8. 4 wires SPI Connector
1. Power LED
5.1. Target Board Features
No. Name Description
1 Power LED When the Target Board is powered normally, the
Power LED is on
2 Power Management External power supply voltage regulator circuit
(see section 5.2)
3 EDM Port Connection Mini Link
(See Section 4.3 ICE Connection for details)
4 MCU Reset Switch Reset MCU is used
5 Writer Connector Programming IC use
6 External HSXT
and LSXT External HSXT (4MHz) & LSXT (32768Hz)
7 24C02 EEPROM With 2K EEPROM for I2C interface
8 SPI Connector 4 wires SPI Interface
9 Touch key PAD 4 Touch key
10 4Com*17Seg
LCD Panel See Chapter 6 for details
11 HY16F198B-L100 HY16F198B LQFP100 MCU
12 S25FL040A With the SPI interface using Flash Memory (4M bit)
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page10
13 Bridge Sensor
Connector ADC Input Pin A0 & A1
14 Tack Switch*2 S2 and S3 are Tack Switches
5.2. External Power Supply and Precautions
Use an external power supply method (Through the Power Management will power
regulator into 3V, and then provided to HY16F198B IC)
5.2.1. Use an external power supply step
Step1: Remove the EDM Line
Step2: By JP8 (+), JP9 (-) to provide external power supply.
(Input range VDD~9.0V)
Step3: Press S4 switch (External power switch) Through the Power Management will
power regulator into 3V, and then provided to HY16F198B IC
Precautions:
Because Mini Link supplied power = 3.3V, so when want to use an external power
supply, be sure to remove EDM line, avoid voltage different voltages caused conflict.
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page11
5.3. Target Board Circuit Diagram
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
J13
LCD Panel
COM0
CO
M1
COM2
COM3
SEG
4
SEG5
SEG6
SEG7
SEG8
SEG
9
SEG
10
SEG
11
SEG
12
SEG
13
SEG14
SEG15
SEG16
SEG0
SEG
1
SEG
2
SEG3
COM0
COM1
COM2
COM3
SEG
4
SEG
5
SEG
6
SEG7
SEG8
SEG9
SEG10
SEG
11
SEG
12
SEG
13
S
EG14
SEG
15
SEG
16
SEG0
SEG1
SEG
2
SEG
3
C41
1uF
VLCD
Y4
32768
LXOUT
LXIN
R22
10M
C33 C34
其他線
路遠離震
盪器
Y3
20M
XIN
R20
1M
XOUT
C28 C29
其他
線路遠離震盪
器
LXOUT
LXIN
XIN
XOUT
C25
1uF
R19
0
C13
10uF
CP_I
C9
10uF
CH
CL
電容
均靠近晶
片
CP_O
CP_ICP_O
VDD3V
C26
10uF
VDD3V
VDD C
P_O
C27
1uF
VDD
PT2.3
PT2.2
PT2.1
PT2.0
AIO4
AIO
5
AIO6
AIO7
OPDO1
OPDO2
J8
COM1
3ON1 5
OFF11
COM
2
4ON2 6
OFF22
S4
JP8
VBAT
JP9
VSSBA
T
10K
R32
4.2k
R33
10K
R37
10uF
C45
10uF
C46
GS2
612
EN
1
IN
2
OUT
3
ADJ
4GND5
GND 6
GND 7
GND8
U4
PWR
EXT
3V
*. PO
WER NET
1
2
3
J25
VDD Sel
1
2
J23
Current
CP_I
VDD3V
J22
CP_I
3.3VOUT
D5
LED
R25
270
R34
J26
USB
P
VUSB
C31
RST
R21
VDD3V
RST
VPP
S1
RST
PT2
.1
PT2.0
CL1
CL2
CH1
C30
100pF
電容
均靠進晶
片
,
且呈
現對稱
INT0
12
34
56
78
910
11 12
JP6
SPI
S3
PT1.1
J18
SPIP
WR
PWR
CL
3
CL4
S2
PT1
.2
1
3
4
2
J1
TouchPad
ECK
EDIO
RST
R1
0
VUSB
J4
AICE
PWR
EDIO
R36
100k
R35
100k
PWR
PWR
12
34
56
78
JP1
EDM
1
2
3
J3
C38
0.1uF
REFO
C35
1uF
VDDA
+E 1
+S 2
-E
4
-S
3
J21
LOA
DCELL
C36
0.1uF
C37
0.1uF
AIO0
AIO1
AIO
2
AIO3
R24
R27
R28
AIO2
AIO3
Loadcell me
asurement
OPO
AIO1
AIO0
R2
6
0
J20
VDDA
Loadcell, double pin
VDDA
VDDA
U_RXD
U_TXD
USB to UART
D+
D-
R4
4.7KΩ
1
2
C4
4.7μF
1
2
C2
0.1μF
+
1
2
C3
4.7μF
F1
0.5A
(1206)
U_VDD
U_VDD
U_VBUS
U_VBUS
U_VBUS
U_VDD
1
2
C1
0.1μF
INT1
INT0
INT1
D1
LED
R2
270
D2
LED
R3
270
VBUS
1
DATA-
2
DATA+
3
GND
5
Shield 8
Shield 6
NC
4
Shield
7
Shield
9
MEC1
MEC1
MEC2
MEC2
J7
CN-USB
1
2
3
J2
VDD3V
1
2
3
J5
EC3
ECK
R6
1
00R
R5
10
0R
R7
10k
R8
10k
C5
0.1uF
EEPROM
A0
1
A1
2
A2
3
VSS
4SDA 5
SCL 6
WP 7
VDD 8
U3
24C02
PWR
PT2.2
PT2
.3
PT2.0
PT2
.1
J9
ISP
PT2.2
D6
5819 (CDBA5819-G)
R9
100
k
R10
100k
PWR
J10
VLCD_Sel
VDD3V
PWR
電源
均靠近晶
片
U_VBUS
D3
5819 (CDBA5819-G)
AIO6
C6 0.1u
F
AIO7
AIO4
C7 0.1u
F
AIO5
R11
10M
I2C, double pin
1
2
3
4
J11
IIC
PWR
SE
G17
SEG18
SEG19
SEG20
SEG21
SEG22
SEG23
SEG24
SEG25
SEG26
SEG27
SEG28
SEG29
VSS
1
NC
2
REGOUT
3NC 4
REGIN 5
NC 6
U5
HY2333-B
3.3VOUT
1
2
3
J6
UART PIN
1
2
3
J12
UART PIN
U_RXD
U_TXD
PT9.4
P
T9.5
MOS
I
SCK
MISO
CS
PT2.0/INT2_0/TCI1_5 /CS_3 /SCL_5/TX_ 3/CL_5/PWM0_3 22
PT2.4/INT2_4 /TCI1_7/LSXT/CS_4/SCL_7/T X_4/PWM0_4 18
PT2.3/INT2_3/TCI2_6/MOSI_3 /SDA_6/RX2 _3/CL_8/PWM3_3 19
PT2.2/INT2_2 /TCI1_6 /MISO_3/SCL_6/TX2_3 /CL_7/ PWM2_3 20
PT2.1/INT2_1/TCI2_5/CK_3/SDA_5/RX_3/ CL_6 /PWM1_3 21
VDD18 23
PT1.7/INT1_7 /TCI2_4 /MOSI_2/SDA_4/RX2_2/CMPO/PWM3_2 24
NC 25
PT2.6/INT2_ 6/TCI1_8/HSXT/MISO_4/SCL_ 8/TX2_4/PWM2_4 16
PT2.5/INT2_5/ TCI2_7/ LSXT/CK_4/ SDA_7/RX_4/PWM1_4 17
CP_I12
VDD3V 8
CP_O9
CH 10
CL 11
NC 1 3
NC 14
PT2.7/ INT2 _7/TCI2_8/HSXT/MOSI_4/SDA _8/RX2_4 /PWM3_4 15
NC 6
NC 7
NC 3
PT4.0/RST 4
NC 5
ECK 1
EDIO2
NC
56
NC
57
NC
53
NC
54
NC
55
NC
51
NC
52
AIO5/PT3.3
47
OPO/PT3.7
43
REFO/PT3.6
44
AIO7/PT3.5
45
AIO6/PT3.4
46
AIO4/PT3.2
48
OPO2/DAO/PT3.1
49
OPO1/AIO8/PT3.0
50
AIO1
41
AIO0
42
NC
37
NC
33
NC
34
NC
35
NC
36
VDDA
38
AIO3
39
AIO2
40
PWM
1_1/CH_2/RX_1/SDA_1/CK_1/TCI2_1/INT1_1/PT1.1
31
PWM0_1/C
H_1/TX_1/SCL_1/CS_1/TCI1_1/INT1_0/PT1.0
32
PWM0_2/CL_2/TX_2/SCL_3/CS_2/TCI1_3/INT1_4/PT1.4
28
PWM3_1/CL_1/R
X2_1/SDA_2/M
OSI_1/TCI2_2/INT1_3/PT1.3
29
PWM
2_1/CH_3/TX2_1/SC
L_2/MISO_1/TCI1_2/INT1_2/PT1.2
30
PWM
2_2/CL_4/TX2_2/SC
L_4/MISO_2/TCI1_4/INT1_6/PT1.6
26
PWM1_2/CL_3/RX_2/SDA_3/CK_2/TC
I2_3/INT1_5/PT1.5
27
SEG[19]/TCI3_5/CK_ 5/RX_5/PWM1_5/PT8.1
74
VPP
75
PT8.0/CS_5/TX_5/PWM0_5/SEG[18]76
COM395
COM296
COM
197
COM
098
VLC
D99
VSS 100
PT7.7/TCI3_4/SEG[17] 77
PT7.6/SEG[16] 78
PT7.5/TCI3_3/SEG[15] 79
PT7.4/SEG[14] 80
PT7.3/TCI3_3/SEG[13] 81
PT7.2/SEG[12] 82
PT7.1/TCI3_1/SEG[11] 83
PT7.0/SEG[10] 84
PT6.7/SEG[9] 85
PT6.6/SEG[8] 86
PT6.5/SEG[7] 87
PT6.4/SEG[6] 88
PT6.3/SEG[5] 89
PT6.2/SEG[4] 90
PT6.1/SEG[3] 91
PT6.0/SEG[2] 92
COM
5/SEG[1] 93
COM
4/SEG[0] 94
SEG[2 0]/MISO_5/TX2_5/ PWM2_5/PT8.2
73 SEG[21]/TCI3_6/MOSI_5/RX2_5/ PWM3_5/PT8.3
72 SEG[22]/CS_6/ TX_6/PWM0_ 6/PT8.4
71 SEG[23]/TCI3_7/CK_6 /RX_ 6/PWM1_6/PT8.5
70SEG[24]/MISO_ 6/TX2_6/PWM2_ 6/PT8.6
69 SEG[25]/TCI3_8/MOSI_6/RX2_6 /PWM3_6/PT8.7
68 SEG[26]/CS_7/ TX_ 7/PWM0_7/PT9.0
67 SEG[27]/ CK_7 /RX_ 7/PWM1_7/PT9.1
66 SEG[28]/ MISO_7/TX2_7/PWM2_7/PT9.2
65 SEG[29]/ MOSI_7/RX2_7/PWM3_7/PT9.3
64 SEG[30]/ CS_8/TX_ 8/PWM0_8/PT9.4
63 SEG[31]/CK_8/RX_8/PWM1_8 /PT9.5
62 SEG[32]/MISO_8/TX2_ 8/PWM2_8/PT9 .6
61 SEG[33]/MOSI_8/RX2_8/PWM3_ 8/PT9.7
60 SEG[34]/PT10.0
59 SEG[35]/PT10 .1
58
U6
HY16F198
IIC_SCL
IIC_S
DA
D- 5
VDD 6
DCD 1
RI 2
GND3
D+ 4
REGIN 7
VBUS8
RST9
NC 1 0
SUSPEND 11
SUSPEND12
NC 13
NC 14
NC
15
NC
16
NC
17
NC
18
NC
19
NC
20
NC
21
NC
22
CTS
23
RTS
24
RXD
25
TXD
26
DSR
27
DTR
28
U2
C
P2102
PT2.0/INT2_0/TCI1_5 /CS_3 /SCL_5/TX_ 3/CL_5/PWM0_3 22
PT2.4/INT2_4 /TCI1_7/LSXT/CS_4/SCL_7/T X_4/PWM0_4 18
PT2.3/INT2_3/TCI2_6/MOSI_3 /SDA_6/RX2 _3/CL_8/PWM3_3 19
PT2.2/INT2_2 /TCI1_6 /MISO_3/SCL_6/TX2_3 /CL_7/ PWM2_3 20
PT2.1/INT2_1/TCI2_5/CK_3/SDA_5/RX_3/ CL_6 /PWM1_3 21
VDD18 23
PT1.7/INT1_7 /TCI2_4 /MOSI_2/SDA_4/RX2_2/CMPO/PWM3_2 24
NC 25
PT2.6/INT2_ 6/TCI1_8/HSXT/MISO_4/SCL_ 8/TX2_4/PWM2_4 16
PT2.5/INT2_5/ TCI2_7/ LSXT/CK_4/ SDA_7/RX_4/PWM1_4 17
CP_I12
VDD3V 8
CP_O9
CH 10
CL 11
NC 1 3
NC 14
PT2.7/ INT2 _7/TCI2_8/HSXT/MOSI_4/SDA _8/RX2_4 /PWM3_4 15
NC 6
NC 7
NC 3
PT4.0/RST 4
NC 5
ECK 1
EDIO2
NC
56
NC
57
NC
53
NC
54
NC
55
NC
51
NC
52
AIO5/PT3.3
47
OPO/PT3.7
43
REFO/PT3.6
44
AIO7/PT3.5
45
AIO6/PT3.4
46
AIO4/PT3.2
48
OPO2/DAO/PT3.1
49
OPO1/AIO8/PT3.0
50
AIO1
41
AIO0
42
NC
37
NC
33
NC
34
NC
35
NC
36
VDDA
38
AIO3
39
AIO2
40
PWM
1_1/CH_2/RX_1/SDA_1/CK_1/TCI2_1/INT1_1/PT1.1
31
PWM0_1/C
H_1/TX_1/SCL_1/CS_1/TCI1_1/INT1_0/PT1.0
32
PWM0_2/CL_2/TX_2/SCL_3/CS_2/TCI1_3/INT1_4/PT1.4
28
PWM3_1/CL_1/R
X2_1/SDA_2/M
OSI_1/TCI2_2/INT1_3/PT1.3
29
PWM
2_1/CH_3/TX2_1/SC
L_2/MISO_1/TCI1_2/INT1_2/PT1.2
30
PWM
2_2/CL_4/TX2_2/SC
L_4/MISO_2/TCI1_4/INT1_6/PT1.6
26
PWM1_2/CL_3/RX_2/SDA_3/CK_2/TC
I2_3/INT1_5/PT1.5
27
SEG[19]/TCI3_5/CK_ 5/RX_5/PWM1_5/PT8.1
74
VPP
75
PT8.0/CS_5/TX_5/PWM0_5/SEG[18]76
COM395
COM296
COM
197
COM
098
VLC
D99
VSS 100
PT7.7/TCI3_4/SEG[17] 77
PT7.6/SEG[16] 78
PT7.5/TCI3_3/SEG[15] 79
PT7.4/SEG[14] 80
PT7.3/TCI3_3/SEG[13] 81
PT7.2/SEG[12] 82
PT7.1/TCI3_1/SEG[11] 83
PT7.0/SEG[10] 84
PT6.7/SEG[9] 85
PT6.6/SEG[8] 86
PT6.5/SEG[7] 87
PT6.4/SEG[6] 88
PT6.3/SEG[5] 89
PT6.2/SEG[4] 90
PT6.1/SEG[3] 91
PT6.0/SEG[2] 92
COM
5/SEG[1] 93
COM
4/SEG[0] 94
SEG[2 0]/MISO_5/TX2_5/ PWM2_5/PT8.2
73 SEG[21]/TCI3_6/MOSI_5/RX2_5/ PWM3_5/PT8.3
72 SEG[22]/CS_6/ TX_6/PWM0_ 6/PT8.4
71 SEG[23]/TCI3_7/CK_6 /RX_ 6/PWM1_6/PT8.5
70SEG[24]/MISO_ 6/TX2_6/PWM2_ 6/PT8.6
69 SEG[25]/TCI3_8/MOSI_6/RX2_6 /PWM3_6/PT8.7
68 SEG[26]/CS_7/ TX_ 7/PWM0_7/PT9.0
67 SEG[27]/ CK_7 /RX_ 7/PWM1_7/PT9.1
66 SEG[28]/ MISO_7/TX2_7/PWM2_7/PT9.2
65 SEG[29]/ MOSI_7/RX2_7/PWM3_7/PT9.3
64 SEG[30]/ CS_8/TX_ 8/PWM0_8/PT9.4
63 SEG[31]/CK_8/RX_8/PWM1_8 /PT9.5
62 SEG[32]/MISO_8/TX2_ 8/PWM2_8/PT9 .6
61 SEG[33]/MOSI_8/RX2_8/PWM3_ 8/PT9.7
60 SEG[34]/PT10.0
59 SEG[35]/PT10 .1
58
U1
HY16F198
PT9.4
PT9.5
PT10.0
PT10.1
P
T10.0
PT10.1
47k
R12
47k
R13 PWR
0.1uF
C8
PWR
PT2
.1
PT2.3
PT2.2
PT2
.0
CS
1
SO
2
W
3
VSS
4SI 5
SCK 6
HOLD7
VDD 8
U7
S25F
L040A
1
2
3
4
5
J14
Header 5
RST
PWR
ECK
EDIO
VSS
PT2
.2
PT2.3
PT2
.1
PT2.0
PT2.2
PT2.3
HY16F198 ICE Circuit
V04
A14011
COM0COM1
COM2 COM3
SEG2SEG3
SEG4SEG5
SEG6SEG7
SEG8SEG9
SEG10 SEG1 1
SEG12 SEG13
SEG14 SEG15
SEG16 SEG17
SEG18 SEG19
SEG20 SEG21
SEG22 SEG2 3
SEG24 SEG2 5
SEG26 SEG27
SEG28 SEG29
SEG0SEG1
12
34
56
78
910
11 12
13 14
15 16
17 1 8
19 2 0
21 2 2
23 2 4
25 26
27 28
29 30
31 32
33 34
P1
LCD2
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page12
6. LCD Board Introduction
The LCD panel on HY16F198B-L100 Target Board is HYCON self-owned mold, it’s symbol
and pin diagram is shown in below graph. It’s panel specification is as follows:
(1) Operating Voltage: 3.0V
(2) Visible Angle: 60 degree
(3) Operating Frequency: 60Hz
(4) Bias:1/3 bias
(5) Waveform:1/4 duty
(6) Pin: 90 degree
TARE
ZERO
A
m
K
M
Ω
V
g
F
G
E
D
A
B
C
H
S1
S5
S6
S7
S8
S9
S10
S11
S12
S13
S14
S15
S16
S17
S18
S19
S20
S21
SEG0 SEG1 SEG2 SEG3 SEG4 SEG5 SEG6 SEG7 SEG8 SEG9 SEG10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16
COM0 1F 1A 2F 2A 3F 3A 4F 4A 5F 5A 6F 6A S1 S5 S10 S9 S18
COM1 1G 1B 2G 2B 3G 3B 4G 4B 5G 5B 6G 6B S2 S6 S11 S14 S19
COM2 1E 1C 2E 2C 3E 3C 4E 4C 5E 5C 6E 6C S3 S7 S12 S15 S20
COM3 1D 1H 2D 2H 3D 3H 4D 4H 5D 5H 6D S17 S4 S8 S13 S16 S21
1 2 3 4 5 6
S2 S3 S4
TARE
ZERO
A
m
K
M
Ω
V
g
70mm
27mm
2.54mm
17.78mm
0.812mm
121
8.89mm
PIN 1 2 3 4 5 6 7 8 9 10 11
I/O COM0 COM1 COM2 COM3 SEG0 SEG1 SEG2 SEG3 SEG4 SEG5 SEG6
PIN 12 13 14 15 16 17 18 19 20 21
I/O SEG7 SEG8 SEG9 SEG10 SEG11 SEG12 SEG13 SEG14 SEG15 SEG16
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page13
7. Hardware Connection Introduction
For driver install, please refer to HY16F Series, IDE Software User’s Manual.
AICE USB driver program will install automatically when the software is installed.
For correct AICE connection status, libusb-win32 devices of AICE (which is Mini Link) will
show up under PC device administrator.
EDM connection test:
1. Connect the Mini Link to the Target Board according to Section 4.4
2. Open the AndeSight IDE software.(Please refer to installation HY16F series IDE
software installation steps)
(2.1) In the Target Manager: Local Targets window
(2.2) Select HY16F198B by right-clicking(Select Connect Target via AICE)
(2.3) Successful connection appears HY16F198B AICE: 9902
(2.4) From the Console window, can see the version information of the Mini Link:
Andes AICE-MINI v1.0.1
.

HY16F1
9
X Series
IDE Hardware User’s Manual
© 2014-2017 HYCON Technology Corp
www.hycontek.com
APD-HY16IDE009-V03_EN
page14
8. Revisions
The following describes the major changes made to the document, excluding the
punctuation and font changes.
Version Page Summary of Changes
V01 ALL First Edition
V02 ALL 1. Update HY16F19X development board picture
2. Update the LCD schematic description
V03 ALL 1. Add package contents
2. Add a description of the Mini Link
3. Add a hardware Target Board description
.