XE-A201US
q
SERVICE MANUAL
CODE :
ELECTRONIC
CASH REGISTER
MODEL XE-A201
SRV KEY: Not necessary
PRINTER: M-T51
(U and A version)
CONTENTS
00ZXEA201USME
CHAPTER 1.
CHAPTER 2.
CHAPTER 3.
CHAPTER 4.
CHAPTER 5.
CHAPTER 6.
CHAPTER 7.
PARTS GUIDE
SPECIFICATIONS...........................................................................1
OPTIONS.........................................................................................5
MASTER RESET AND PROGRAM RESET....................................5
HARDWARE DESCRIPTION...........................................................6
TEST FUNCTION............................................................................12
IPL (INITIAL PROGRAM LOADING) FUNCTION...........................15
CIRCUIT DIAGRAM AND PWB LAYOUT.......................................17
Parts marked with "!" are important for maintaining the safety of the set. Be sure to replace these parts with specified
ones for maintaining the safety and performance of the set.
This document has been published to be used
SHARP CORPORATION
for after sales service only.
The contents are subject to change without notice.
XE-A201US
123
456
789
CL
•
00
0
DEPT
SHIFT
CLK
#
CONV
%1RA
VOID
RFND
–
%2
NUMBER
SHIFT
SPACE
DC
ESC
BS
RCPT
/PO
@/
FOR
PLU
/SUB
DEPT
#
B
A
20
4
C
19
3
D
18
2
E
17
1
G
F
24
8
H
23
7
I
22
6
J
21
5
L
K
28
12
M
27
11
N
26
10
O
25
9
Q
32
P
16
R
31
15
S
30
14
T
29
13
AUTO
TAX
TAX2
SHIFT
TAX1
SHIFT
MDSE
SBTL
#/TM
SBTL
CHK
CH
Y
X
Z
V
U
W
CA/AT/NS
CHAPTER 1. SPECIFICATIONS
1. APPEARANCE
Front view
Operator display
Printer cover
Receipt paper
Drawer lock
Drawer
Customer display
(Pop-up type)
Power cord
Mode switch
Rear view
Keyboard
RS-232C connector
2. RATING
XE-A201
Weight 16.8lb (7.6kg)
Dimensions 330 (W) x 428 (D) x 280 (H) mm
13.0 (W) x 16.9 (D) x 11.0 (H) inches
Power source AC 120V (m10%), 60Hz
Power consumption Stand-by 7W, Operating 34.5W (max.)
Working temperature 0°C~40°C (32°F to 104°F)
3. KEYBOARD
■■■■Machine state symbols
: Appears during programming.
P
: Appears when an error is detected.
E
: Appears when the subtotal is displayed or when the amount
o
tendered is smaller than the sales amount.
: Appears when the [CONV] key is pressed to calculate a subtotal
c
in foreign currency.
: Appears when a transaction is finalized by pressing the [CA/AT/
F
NS], [CHK] or [CH] key.
: Appears when the change due amount is displayed.
C
: May appear in the far-left three positions at the timing of key
E-E
entry when the electronic journal (EJ) memory is full. (Depending on programming.)
: Appears when the voltage of the installed batteries is under the
L
required level. You must replace with new ones within two days.
: Appears when the batteries are not installed, or the installed
L
batteries are dead. You must replace with new ones immediately.
• : May appear right below the eighth and ninth places at the timing
of finalization of a transaction when the electronic journal (EJ)
memory is nearly full.
Also appears right below the tenth place when power save
mode is effective.
: Appears w hen the print head release lever is in the lifted posi-
H
tion.
PPPPPPPPPP
: Appears when the paper is out.
1) KEYBOARD LAYOUT
Type Normal keyboard
Key position STD/MAX 53
Key pitch 19 (W) x 19 (H) mm
Key layout Fixed type
Operator display
PLU/SUB
DEPT REPEAT
RCPT
Amount:
DC
OFF
Appears in the far-right eight (max.) positions. When the
amount is negative, the minus symbol “-” appears before
the amount.
Number of repeats for repetitive registrations:
The number of repeats is displayed, starting at “2” and
incremental with each repeat. When you have registered
ten times, the display will show “0.” (2 3 3
...
2
Receipt function status:
The indicator “_” appears in the RCPT OFF position when
the receipt function is in the OFF status.
Time:
Appears in the far-right six positions (hour-minute - ”A” or
hour-minute - ”P”) in the OP X/Z, REG, or MGR mode. “A” is
displayed in the morning (AM), and “P” in the afternoon
(PM). In the REG or MGR mode, press the [#/TM/SBTL] key
to display the time.
)
NUMBERSHIFT
Clerk code
Customer display (Pop-up type)
.....
9 3 0 3 1 3
2) KEY LIST
■■■■
Keyboard layout
Note: The small characters on the bottom or lower right in each key
indicates functions or characters which can be used for character entries for text programming.
– 1 –
XE-A201US
3.4.5.6.7.8.9.
■■■■Key names
KEY TOP DESCRIPTION
2 Paper feed key
RA Received-on account key
RCPT/PO Receipt print/Paid-out key
VOID Void key
ESC Escape key
CONV Conversion key
%1, %2 Percent 1and 2 key
RFND Refund key
- Discount key
@/FOR Multiplication key
n
CL Clear key
0-9,00 Numeric Keys
PLU/SUB PLU/Subd epartm ent key
DEPT# Department code entry key
DEPT SHIFT Department shift key
CLK# Clerk code entry key
Dept1-32 Department keys
TAX Tax key
Tax 1 SHIFT Tax 1 shift key
Tax 2 SHIFT Tax 2 shift key
AUTO Automatic sequence key
CHK Check key
CH Charge key
MDSE SBTL Merchandise subtotal key
#/TM/SBTL Non-add code/Time display/Subtotal key
CA/AT/NS Total/Amount tender/Non Sale key
Decimal point key
The mode switch has these settings:
OFF:
This mode locks all register operations. (AC power turns off.)
No change occurs to register data.
OP X/Z:
To take individual clerk X or Z reports, and to take flash
reports.
It can be used to toggle receipt state “ON” and “OFF” by
pressing he [RCP/PO] key.
REG:
PGM:
VOID
For entering sales.
To program various items.
Enters into the void mode. This mode allows correction after
:
finalizing a transaction.
MGR:
For manager’s entries. The manager can use this mode for
an override entry.
X1/Z1:
X2/Z2:
To take the X/Z report for various daily totals.
To take the X/Z report for periodic (weekly or monthly) con-
solidation.
5. DISPLAY
1) OPERATOR DISPLAY
Display device : LED numeric display
Number of line : 1 line
Number of positions : 10 positions numeric display
Color of display : Yellow / Green
Character form : 7 segment + DP
Character size : Numeric 14.2 (H) x 7.9 (W) mm
Layout:
0.1.2.3.4.5.6.7.8.9.
4. MODE SWITCH
1) LAYOUT
• Rotary type
MA
OP
REG
MGR
OP
X/Z
X
OFF
VOID
PGM
1/Z1
X2/Z2
The mode switch can be operated by inserting one of the two supplied
mode keys - manager (MA) and operator (OP) keys. These keys can
be inserted or removed only in the “REG” or “OFF” position.
Manager key (MA)
MA
Operator key (OP)
OP
2) CUSTOMER DISPLAY
Display device : LED
Number of line : 1 line
Number of positions : 7 positions
Color of display : Yellow / Green
Style : Pop up type
Character form : 7 segment + Dp
Character size : 14.2mm (H) x 7.9mm (W)
Layout:
– 2 –
XE-A201US
Segment
Display
position
Amount 1-8
Minus sign 2-10 -: Floating
Error 8-10 Exx:xx = error code
PGM Mode 10 P
CASH, CHECK,
CHARGE
SUB TOTAL/
short tender
Change 10 C: Light up whenever the change
Currency
Conversion
Department 9-10 No zero-suppressed
PLU 7-10 No zero-suppress ed
Repeat 8 Endless count, starting from 2.
Receipt OFF 9 _
DC _: Double size character entry sta-
SHIFT _: Shift character entry status
NUMBER _: Number character entry status
Clerk No. 2, 3 -xx-: clerk number
EJ FULL 8-10 E- E: Light up when EJ memory is
Low Battery 10 L:
No Battery 10
10 F: Light up when a registration is
10 o
10 c: Light up whenever the foreign
finalized by depressing CASH,
CHECK, CHARGE key
due amount appears in the display.
amount appears in the display.
tus
FULL at the timing of key entry (by
PGM selection).
:
L
Description
Decimal Point
• Print speed : Approximate 52mm/s (Approximate 10 l/s)
• Paper feed speed : Approximate 52mm/s (Approximate 10 l/s)
(Manual feed) : Approximate 52mm/s (Approximate 10 l/s)
• Reliability : Mechanism LIFE 6 million lines used to high-
quality thermal paper
• Paper end sensor : Set up
• Cutter : Manual Cutter
• Near end sensor : No
2) Paper
• Paper roll dimension: 57.5 m 0.5mm in width
Max. 80mm in diameter
• Paper quality : High-quality thermal paper
paper thickness: 0.06 to 0.08mm
Nihon seisi thermal paper: TF50KS-E
Oji thermal paper : PD150R,
PD160R
3) Logo stamp
• No
4) Printing area
Number of thermal head heater elements 288 dots
(4.75) (4.75)48 (288 dots)
print area
(max.24 characters)
0.167
Display
position
Decimal point 7-1
TAB 4-1
EJ near full 8, 9 (by PGM select ion)
Description
6. PRINTER
1) Printer
• Part number : M-T51
• NO. of station : 1 (Receipt of journal)
• Validation : No.
• Printing system : Line thermal
• No. of dot : 288 dots
• Dot pitch : Horizontal 0.167mm
Vertical 0.174mm
• Font : 10 dots (W) u 24 dots (H)
• Printing capacity : max. 24 characters
• Character size : 1.67mm (W) u 4.17mm (H) at 10 u 24 dots
• Print pitch : Column distance 2.0mm
Row distance 5.21mm
57.5±0.5
(Paper dimension)
(units : mm)
– 3 –
XE-A201US
7. DRAWER
[OUTLINE]
• Standard equipment: Yes (1)
• Max. number of additional drawers: 1
• The drawer consists of:
1) Drawer box (outer case) and drawer
2) Money case
3) Coin case
4) Lock (attached to the drawer)
[SPECIFICATION]
1) DRAWER BOX AND DRAWER
Model name of the drawer box SK415
Size 330 (W) x 418 (D) x 98 (H) mm
Material Metal
Bell –
Release lever Standard equipment: situated at
Drawer open sensor –
Separation from the main unit –
2) MONEY CASE
Separation from the drawer Disallowed
Separation of the bil l compartm ents from the coin
compartments
Bill separator –
Number of compartments 4B/5C
Layout:
13 (W) x 16.5 (D) x 3.9 (H) inches
the bottom
Allowed
8. BATTERY
1) MEMORY BACK UP BATTERY
For memory back up, the dry battery AA (3 pieces) are needed.
1. M em ory holding time:
Approx. 1 year after New dry batteries are instal led.
2. Bat tery exchange method:
When the low battery symbol “L” lights up, replace the batteries (3
AA) by the following method;
1) Power on the ECR.
2) Mode switch turn to “REG” mode.
3) Remove the OLD dry batteries (3 pieces).
4) Insert the NEW dry batteries (3 pieces).
5) Confirm the low battery symbol “L” is off.
2) LOW BATTERY
Low battery indication will appear on the left side of display when the
battery voltage is low.
CASE 1:
The machine can indicate the low battery condition. (Always)
CASE 2:
Battery condition will not appear.
Exceptionally, when the power is restored after a power failure, the
low battery condition will appear on the display only when the battery is low.
And the indicator will disappear after any key entry.
[Display sample]
“ 0.00” : Battery is OK.
“L 0.00” : Low battery (You have to change the batteries.)
“L 0.00” : No battery (You have to change the batteries
After finalization
“F 12.34” : Battery is OK.
“L 12.34” : Low battery. (“L” indicate instead of “F”.)
“L 12.34” : No battery. (“L” indicate instead of “F”.)
Note: “NO BATTERY”: When the “NO BATTERY” is display, the mas-
When any numeric entry & any item entry is not done or
just after finalization.
When numeric entry or item entry is done.
immediately.)
ter reset is executed at the timing of “POWER
ON” after the “POWER OFF”.
4B/5C
3) LOCK (LOCK KEY : LKGIM7331BHZZ)
• Location of the lock:
• Method of locking and unlocking:
• Key No: SK1- 1
Front
To lock, insert the drawer lock key into the lock
and turn it 90 degrees counter clockwise.
To unlock, insert the drawer lock key and turn it
90 degrees clockwise.
k
c
o
SK1-1
L
k
c
o
l
n
u
– 4 –
XE-A201US
CHAPTER 2. OPTIO N S
1. OPTIONS (No)
2. SERVICE OPTIONS (No)
3. SUPPLIES
NO NAME PARTS CODE
1 Thermal roll paper TPAPR6656RC05 BA 5 ROLLS/PACK 70 φ
PRICE
RANK
4. SPECIAL SERVICE TOOLS
NO NAME PARTS CODE
1 RS-232 Loop-back connector UKOK-6705RCZZ BU
2 POS tools (IPL Softwa re) UKOG-2360BHZZ
PRICE
RANK
CHAPTER 3. MASTER RESET AND PROGRAM RESET
1. MASTER RESETTING
Master resetting clears the entire memory and resumes initial values.
Master resetting can be accomplished by u sing the following proce-
dure:
Procedure A: 1) Plugin the AC cord to the wall outlet.
2) Set the mode switch to REG position.
3) Let the ECR be witout t he memory backup battery.
4) Unplug the AC cord from the wall outlet.
5) Wait over 1 minute for discharging.
6) Plugin the AC cord to the wall outlet.
The master reset can also be accomplished in the following case.
In case power failure occurs when the machine has no battery
attached to it, the master reset operation is automatically performed after the power has been restored.
(This is because if power failure occurs with no battery attached to
the machine, all the memories are lost and the machine does not
work properly after power recovery; this requires the master reset
operation.)
2. PROGRAM RESETTING
(INITIALIZATION)
This resetting resumes the initial program without clearing memory.
This resetting can be operated at below sequence in PGM mode.
Procedure: 1) Unplug the AC cord from the wall outlet.
2) Wait over 1 muinite for discharging.
3) Set the mode switch to the PGM position.
4) While holding down the FEED key, plugin the AC
cord to the wall outlet.
Note: In case power failure occurs when the machine has no battery
attached to it, the master reset operation is automatically performed after the power has been restored.
DESCRIPTION
DESCRIPTION
– 5 –
CHAPTER 4. HARDWARE DESCRIPTION
1. HARDWARE BLOCK DIAGRAM
POWER SUPPLY
CPU
Data bus
Address
bus
DRIVER , SENSOR
ROM : 256K Byte
RAM : 20K Byte
XE-A201US
STANDARD
DRAWER.
RAM
128K Byte
PRINTER
M-T51
PAPER TAKE
UP MOTOR
4 to 16
DECORDER
KEY SCAN SIGNAL
KEY RETURN SIGNAL
RS232C
DRIVER
POPUP
Seg. DRIVER
FRONT
LED
Dig. DRIVER
KEYBOARD
MODE SWITCH
RS232
– 6 –
XE-A201US
TRANSFORMER
/POFF detect point
PQ1CG2032
PQ1CG2032
ON/OFF Control (MODE SW)
LM2574
+ Tr.
VH, VP (8V)
PRINTER HEAD, MOTOR
PAPER TAKEUP MOTOR
ON/OFF Control (MODE SW,
/POFF, CPU P105)
2. DESCRIPTION OF MAIN LSI’S
2-1. CPU (M30624FGAFP)
1) Pin configuration
D6
D5D4D3
D2
D1
D0
DTS
LATCH
P105
P104
P103
Vref
P101
GND
TH
VDD
VDD
P97
9998979695949392919089888786858483828180797877
P96
P95
P94
P93
P92
P91
P90
VDD
GND
XCIN
XCOUT
/RESET
XOUT
GND
XIN
VDD
VDD
CTCRL
/FRDY
P-OFF
MOTOR
BUZ1
P77
P76
P75
100
AN4
AN3
AN2
AN1
AN0
SIN4
VREF
AVSS
AVCC
1
SOUT4
2
CLK4
3
TB4IN
4
TB3IN
5
SOUT3
6
SIN3
7
CLK3
8
BYTE
9
CNVss
10
XCIN
11
XCOUT
12
/RESET
13
XOUT
14
Vss
15
XIN
16
Vcc
17
NMI
18
INT2
19
INT1
20
INT0
21
TA4IN/U
22
TA4OUT/U
23
TB3IN
24
TBEOUT
25
TA2INW
TA2OUTW
TA1IN/V
TA1OUT/V
26272829303132333435363738394041424344454647484950
P74
P73
CLK
TB5IN
TB5OUT
P71
DAT
TXD1
P67
M30624FGAFP
RXD1
CLK1
CLKS1
P66
P64
/FRES
AN6
AN5
TXD0
RXD0
FSD
FRD
AN7
CLK0
/RTS0
DR1
FSCK
D1
D0
/RDY
/RDY
D2
ALE
HOLD
/HOLD
VCC
/HLDA
NC
D6
D5D4D3
CBCLK
/RD
NC
/RD
D7
D7
/BHE
NC
P10
/WR
/WR
V0 24V
Battery
P11
D9
D8
D13
D14
D15
VSS
VCC
A10
A11
A12
A13
A14
A15
A16
A17
A18
A19
/CS3
/CS3
P12
D10
/CS2
/RAS1
Drawer
VLED 5.7V
VCC 5V
VDD 5V
PH1
P13
76
D12
D11
75
74
73
A0
72
A1
71
A2
70
A3
69
A4
68
A5
67
A6
66
A7
65
64
A8
63
62
61
A9
60
50
58
57
56
55
54
53
52
51
/CS1
/CS0
BUSY
/ROS1
PH2
PH3
PH4
A0
A1
A2
A3
A4
A5
A6
A7
GND
A8
VDD
A9
A10
A11
A12
A13
A14
A15
A16
A17
NC
NC
2) Pin description
Pin
SYMBOL
No.
1 SOUT4 P96 In Key IN
2 CLK4 P95 In Key IN
3 TB4IN P94 In Key IN
4 TB3IN P93 In Key IN
5 SOUT3 P92 In Key IN
6 SIN3 P91 In Key IN
7 CLK3 P90 In Key IN
8 BYTE VDD In VDD
9 CNVss CNVss In Normal : L Booting : H
10 XCIN XCIN In
11 XCOUT XCOUT In
12 /RESET /RESET In Reset
13 XOUT XOUT Out Open
14 Vss Vss In Vss
15 XIN X IN In System clock
16 Vcc VDD In VDD
17 NMI P85 In Not used
18 INT2 P84 Out PRINTER/STB2
19 INT1 /RDY In NU FMC (/RDY)
20 INT0 P-OFF In Power off
21 TA4IN/U MOTOR Out Paper take up motor drive
22 TA4OUT/U BUZ1 Out Buzzer drive
23 TB3IN P77 In RS232 :DR
24 TBEOUT P76 In RS232 :CS
25 TA2INW P75 In RS232 :CD
26 TA2OUTW P74 Out RS232 :ES
27 TA1IN/V P73 Out Drawer drive 2
28 TA1OUT/V CLK2 Out Printer data clock
29 TB5IN P 71 Out NU FMC (BUSY)
30 TB5OUT TXD2 Out Print data
31 TXD1 P67 Out RS232 :SD
32 RXD1 P66 In RS232 :RD
33 CLK1 /FRES Out NU FMC (/FRES)
34 CTS1/RTS1 P64 Out RS232 :RS
35 TXD0 FSD Out FMC :Send data
36 RXD0 FRD In FMC :Receive data
37 CLK0 FSCK Out FMC :Shift clock
38 /RTS0 DR1 Out Drawer drive 1
39 CLKOUT /RDY In /RDY (CGROM)
40 ALE NC Out NOT USE
41 /HOLD /HOLD In /BOOT MODE
42 /HLDA NC Out NOT USE
43 CBCLK BCLK Out BCLK
44 /RD /RD Out Read
45 /BHE NC Out NOT USE
46 /WR /WR Out Write
47 /CS3 CS3 Out Display segment latch
48 /CS2 /CS2 Out Chip select :for RAM
49 /CS1 /CS1 Out EPM Control
50 /CS0 /CS0 Out Chip select :for ROM
51 A19 A19 Out Address bus :19
52 A18 A18 Out Address bus :18
SIGNAL
NAME
In/
Out
Function
Calender clock :32.768KHz
Calender clock :32.768KHz
– 7 –
XE-A201US
Pin
No.
SYMBOL
SIGNAL
NAME
In/
Out
Function
53 A17 A17 Out Address bus :17
54 A16 A16 Out Address bus :16
55 A15 A15 Out Address bus :15
56 A14 A14 Out Address bus :14
57 A13 A13 Out Address bus :13
58 A12 A12 Out Address bus :12
59 A11 A11 Out Address bus :11
60 A10 A10 Out Address bus :10
61 A9 A9 Out Address bus :9
62 VCC VDD In VDD
63 A8 A8 Out Address bus :8
64 VSS VSS In VSS
65 A7 A7 Out Address bus :7
66 A6 A6 Out Address bus :6
67 A5 A5 Out Address bus :5
68 A4 A4 Out Address bus :4
69 A3 A3 Out Address bus :3
70 A2 A2 Out Address bus :2
71 A1 A1 Out Address bus :1
72 A0 A0 Out Address bus :0
73 P17 ENA2 Out Paper feed motor :ENA2
74 P16 ENA1 Out Paper feed motor :ENA1
75 P15 IN2 Out P aper feed mo tor :IN2
76 P14 IN1 Out P aper feed mo tor :IN1
77 P13 P13 Out Key/Display
78 P12 P12 Out Key/Display
79 P11 P11 Out Key/Display
80 P10 P10 Out Key/Display
81 D7 D7 InOut Data bus :7
82 D6 D6 InOut Data bus :6
83 D5 D5 InOut Data bus :5
84 D4 D4 InOut Data bus :4
85 D3 D3 InOut Data bus :3
86 D2 D2 InOut Data bus :2
87 D1 D1 InOut Data bus :1
88 D0 D0 InOut Data bus :0
89 AN7 STB1 Out Printer head strobe
90 AN6 LATCH Out Printer data latch
91 AN5 P105 Out Printer head voltage ON
92 AN4 P104 Out CG ROM Bank
93 AN3 P103 In VBAT
94 AN2 Vref In NU Vret
95 AN1 P101 In Printer head voltage
check
96 AVSS VSS In VSS
97 AN0 TH In
Print head temperature check
98 VREF VDD In VDD
99 AVCC VDD In V DD
100 SIN4 P97 In Key IN
3. CLOCK GENERATOR
1) CPU
15
XIN
13
XOUT
CPU
XCOUT
Two oscillators are connected to the CPU.
The basic clock X2 is supplied from a 12MHz oscillator.
If the CPU was not operating properly, the signal does not appear on
this line in most cases.
The sub-clock X1 generates 32.768KHz which is primarily used to
update the internal RTC (real time clock).
During the standby mode, it keeps oscillating to update the clock and
monitoring the power recovery.
XCIN
12MHz
R
C
18P
330
X1
32.768KHz
C
27P
11
10
4. RESET CIRCUIT
VDD
MODE SWITCH
SRV' position
R
R
S-80928ANMP
C
(1) When the mode switch is placed in the “SRV” position, the reset
signal is sent to the CPU to reset the hardware.
(2) When VDD t 2.8V, a reset signal is outputted from the reset IC.
(S-80928ANMP)
VDD
IC
R
C
11
CPU
/RESET
5. P-OFF CIRCUIT
VCC VLED
R15
2.7K
1uF/50V
R16
9.1KG
C14
R17
0
8
3
2
IC4A
4
BA10393
R18
3.9K
R20
2.7K
R19
56K
1
BA10393
8
5
7
C15
0.1uF
/POFF
6
4
IC4B
– 8 –
ZD4
MTZJ5.1B
P-OFF
XE-A201US
The P-OFF signal detects two signals by two comparators and sent to
the CPU.
V0 (24V) signal: If the power voltage V0 (24V) falls bellow the speci-
fied level, the P-OFF signal is driver to LOW by the
comparator ICAA.
VLED signal: If the LED/Logic power voltage VLED falls below the
specified level, the P-OFF signal is driven to LOW by
the comparator IC4B.
6. MEMORY CIRCUIT
1) Address map
00000h
00400h
05400h
06000h
08000h
28000h
40000h
C0000h
FFFFFh
2) RAM control
CPU internal RAM
20kbytes
Segment latch address
External S-RAM : 128kbytes
(128kbytes area)
CPU internal ROM
256kbytes
Power supply circuit
or
Dry battery
A0-A16
D0-7
/CS2
CPU
/RD
A0-A16
D0-7
VDD
VCC
/CS2
/RD
/CS3 area
06000h - 07FFFh
/CS2 area
08000h - 27FFFh
CS2
VCC
A0-A16
I/O0-7
/CS1
S-RAM
128K byte
IC
/OE
VDD
7. PRINTER CONTROL CIRCUIT
1) Paper feed motor circuit
CPU
PH1
PH3
PH2
PH4
VCC
IC13
LB1838M
Stepping motor control
The 2-phase, bi-polar stepping motor is driven at a constant voltage by
LB1838M (made by SANYO).
1 step: 0.087mm
1 dot: 2 steps
CPU port
No. CPU port Signal used
76 P14 IN1
75 P15 IN2
74 P16 ENA1
73 P17 ENA2
Drive step
Driver IC input
(CPU output)
STEP IN1 IN2 ENA1 ENA2 A
1LLHHHH L L
2HLHHL H H L
3 HHHH L L H H
4 LHHHH L L H
2) Print circuit
Thermal head configuration
As shown in the equivalent circuit in the figure, thermal head consists
of heating elements and head drivers which drives and controls those
heating elements.
The serial print data input through the DATA IN (D1) is transferred to
the shift register synchronizing with the CLOCK (CP) and stored in the
latch register by the LATCH (LA) signal.
The head conduction signals (print commands 1 ~ 6) turn the gate on
to conduct the heating element corresponding to the print data.
VH
A
/A
B
/B
MOTOR
Motor drive signal
(OUT1)B(OUT3)/A(OUT2)/B(OUT4)
/WR
VCC
/WR
/WE
– 9 –
XE-A201US
Q9
R102
CN5
MOTOR
V0
C80
FB2
DR1
CPU
/RTS0
(38pin)
CPU
TA4OUT/U
VCC
22pin
BZ
BZ
470
Thermal head block daigram
Dot #1Dot #288
5,6,18,19
9,10,14,15
11
13
Latch register
Shift register
7
16
17
12
Connector
Thermal head strobe terminals
STB No. Dot No. Number of dots
1 1 ~ 144 144
2 145 ~ 288 144
VP
GND
STB1
STB2
LAT
CLK
DAT
VCC
9. DRAWER DRIVE CIRCUIT
When the DR1 signal from the CPU is HIGH, Q9 is turned on to operate the solenoid.
10. BUZZER DRIVE CIRCUIT
8. PAPER TAKE UP MOTOR DRIVE CIRCUIT
VH
R101
C79
Q13
CN5
MOTOR
CPU
TA4IN/U
MOTOR
(21pin)
When the MOTOR signal from the CPU is HIGH, Q1 is turned on to
operate the motor.
11. KEYBOARD CIRCUIT
CPU
P10-13
P90
P91
P10-13
P10-13
P92-97
HC138
HC138
/S0-7
/S8-9
/S0-9
P92-97
Key
Matrix
P91
/S0-7
Mode
Switch
When the pulse signal (about 4KHz) is generated from the CPU, the
buzzer sounds.
/S0-9
/S1
Paper
feed key
/S3 /S4
Head up
sensor
Paper end
sensor
/S9
RS232
signal
/CI
/S0 - 9
G1',G2',
G3'G4',G5',
G6',G7
D0-7
/CS3
D0-7
/CS3
74HC374
a,b,c,d,e,f,g,dp
Four P10-13 signals from the CPU are converted into 16 strobe signals by two 74HC138 for use in various functions.
– 10 –
Front
display
A',B',C',D',E',F',G',DP'
Pop-up
display
XE-A201US
1) Keyboard
Scan signal: 10 /S0-9 signals
Return signal: 6 P92-97 signals
The keys are read by the key matrix following the above signals.
2) Mode switch
Scan signal: 8 /S0-7 signals
Return signal: 1 P90 signal
The positions are read by the above signals.
Scan
signal
Mode
switch
position
/S0 /S1 /S2 /S3 /S4 /S5 /S6 /S7
SRV PGM (OFF) TIME REG MGR X 1/Z1 X2/Z2
3) Paper feed key
Scan signal: 1 /S1 signal
Return signal: 1 P91 signal
The paper feed key is read by the above signals.
4) Head up sensor
Scan signal: 1 /S3 signal
Return signal: 1 P91 signal
The Head up sensor state is read by the above signals.
Head up senso r Head up detecte d Head up not detected
P91 Low High
5) Paper end sensor
Scan signal: 1 /S4 signal
Return signal: 1 P91 signal
The paper end sensor state is read by the above signals.
Receipt near end sensor Near end detected Near end not detected
P91
Low High
6) RS232/CI signal detection
Scan signal: 1 /S9 signal
Return signal: 1 P91 signal
The RS232/CI signal is detected by the above signals.
RS232 /CI signal /CI signal detected /CI signal not detected
P91 Low High
7) Display
Scan signal: 10 /S0-9 signals
The above 10 scan signals are used as the following digit signals.
Digit signal:
Scan signal /S0 /S1 /S2 /S3 /S4 /S5 /S6 /S7 /S8 /S9
Digit signal:
Front
Digit signal:
Pop-up
Segment signal: Segment signals: a, b, c, d, e, f, g, and DP are out-
G1’ G2’ G3’ G4’ G5’ G6’ G7’ G8’ G9’ G10’
G1’ G2’ G3’ G4’ G5’ G6’ G7’
put by the IC:74HC374, using the data bus signal:D0-7 from the CPU as an input signal and the
chip select signal:/CS3 as a latch signal.
12. RS232 CIRCUIT
P75
P66
P67
P74
CPU
P77
P64
P76
P91
/S5
R2OUT
R1OUT
T3IN
T2IN
HIN211
R4OUT
T1IN
R5OUT
R3OUT
R2IN
R1IN
T3OUT
T2OUT
R4IN
T1OUT
R5IN
R3IN
The signals from the CPU are converted by the HIN211 into the RS232 level to input and output them.
CD
RD
SD
ER
DR
RS
CS
CI
1
2
3
4
5
6
7
8
9
CD
RD
SD
ER
GND
DR
RS
CS
CI
D-SUB 9pin connector
– 11 –
CHAPTER 5. TEST FUNCTION
XE-A201US
1. TEST ITEMS
The test items are as follows:
NO. Code Description
1 100 Display buzzer test
2 101 Key code
3 102 Printer test
4 104 Keyboard test
5 105 mode switch test
6 106 Printer sensor test
7 107 Clock display test
8 110 Drawer 1 open & sensor test
9 120 External RAM test
10 121 CPU internal RAM test
11 140 CPU internal ROM test
12 160 AD conversion port test
13 500 RS232C test
14 550 Sleep mode test
2. DESCRIPTION OF EACH DIAGNOSTIC
PROGRAM
2) KEY CODE
1 Key operation
RCPT/PO101
2 Test procedure
Display
KEY CODE
3 Check that:
KEY code: Every time a key is pressed, the code of that key is displayed as a decimal number.
When a key is pressed twice or pressed in an incorrect manner, --will be displayed.
4 End of testing
You can exit the test mode by turning the mode switch to a position
other than the SRV mode. The printer prints as follows:
101
3) PRINTER TEST
1 Key operation
RCPT/PO102
2 Test procedure
1) DISPLAY BUZZER TEST
1
Key operation
RCPT/PO100
2
Test procedure
Display at operator side 1.2.3.4.5.6.7.8.9.0.
Display at front side 4.5.6.7.8.9.0.
The decimal point will shift in steps of 1 digit from the lower digit to
the upper (every 200 m sec).
After that, all segments turn on (about 1 sec)
Display at operator side 8.8.8.8.8.8.8.8.8.8.
Display at front side 8.8.8.8.8.8.8.
This mode is repeated.
At the same time, the buzzer sounds continuously.
3
Check that:
A) Each position is correctly displayed.
B) The brightness of each number is uniform.
C) The buzzer sound is normal.
4
End of testing
You can exit the test mode by pressing any key. The following is
printed.
100
Display 1234567890
ZZZZZZ ----------------ZZZZZ
ZZZZZZ ----------------ZZZZZ
ZZZZZZ ----------------ZZZZZ
3 lines of 24 Z's are printed.
3 Check that:
The print is free from contamination, blur, and uneven density.
4 End of testing
The test will end automatically.
4) KEYBOARD TEST
1 Key operation
RCPT/PO104
2 Test procedure
The keyboard is checked using the sumcheck data of the key code.
Display 104
KEY CODE
3 Check:
A) The content of completion print
– 12 –
XE-A201US
4
End of testing
When the test ends normally 104
When an error occurs E- ~ - 104
Note: Calculation of key sumcheck data
The hard code (hexadecimal number) at the position (excluding
feed key) where there is an input data contact is added.
However, the end key (CA/AT/NS) is not added.
This data to which hard codes have been added is converted
into a decimal number value, which will become the sumcheck
data that will be entered when the Diag is started.
5) MODE SWITCH TEST
1
Key operation
RCPT/PO105
2
Test procedure
Display 105 X
MODE:
x :
3
4
_PGM_VOID_OFF_OP X/Z_REG_MGR_X1/Z1_X2/Z2____PGM
1293 456 7 1
The above x must be read in the correct order. (If the contact is
open, 9 will be displayed.)
Check:
The display during testing and the content of the completion print.
End of testing
When the test ends normally: 105
When an error occurs: E- ~ - 105
6) PRINTER SENSOR TEST
1
Key operation
RCPT/PO106
2
Test procedure
Check the status of paper end sensor and head up sensor.
7-segment display: 106 XY
3
Check the following:
X:1 - Paper present Y:1 - Head DOWN
O - Out of paper O - Head UP
4
End of testing
You can exit the test mode by pressing any key and the printer
prints the following:
106
7) CLOCK TEST
1
Key operation
RCPT/PO107
2
Test procedure
Displayed digit:
7-segment display:
8 7 6 5 4 3 2 1
hour min sec
Blinks at an interval of 0.5 sec.
3
Check that:
“-” blinks and the clock counts up.
4
End of testing
When any key is pressed, the date and time are printed and the
test mode will terminated.
Display 1 0 6 XXXXXX-XXXXXX
year month day hour min sec
8) DRAWER 1 OPEN AND SENSOR TEST
1
Key operation
RCPT/PO110
2
Test procedure
Display 110 X
O = DRAWER OPEN
X:
C = DRAWER CLOSED
3
Check that:
A) The drawer opens normally.
B) The sensor correctly indicates the status of the drawer 1.
* On the XE-A201, “C” (CLOSED) is always displayed.
4
End of testing
You can exit the test mode by pressing any key. The printer prints
the following.
110
9) EXTERNAL RAM TEST
1
Key operation
RCPT/PO120
2
Test procedure
The standard 128 Kbyte RAM is checked.
The contents of the memory are lost after this test.
RAM(08000H ~ 27FFFH area) is tested in the following procedure:
a) Data in the test area is stored.
b) Write “00H”
c) Read and compare “00H” and then write”55H”
d) Read and compare “55H” and then write”AAH”
e) Read and compare “AAH”
f) Restore stored data.
If an error occurs at a step, the error is printed.
If an error does not occur, the following addresses are checked.
Addresses to be checked:
10000H , 10001H , 10002H , 10004H , 10008H
10010H , 10020H , 10040H , 10080H ,
10100H , 10200H , 10400H , 10800H ,
11000H , 12000H , 14000H , 18000H ,
20000H
Display 120
3
Check:
A) The completion print.
– 13 –
XE-A201US
1601
1602
1603
XXX
XXX
XXXX
1. Head temperature
2. Head voltage
3. Battery voltage
4
End of testing
The program ends after printing.
When the test ends normally. 120
When the test ends abnormally. Ex- ~ - 120
*****
x = 1: Data error
x = 2: Add ress error
When an error occurs, the printer outputs the error message and
then the address where the error has occurred in the area ****.
10) CPU internal RAM test
1
Key operation
RCPT/PO121
2
Test procedure
The test program checks internal RAM of the CPU.
The contents of the memory are lost after this test.
RAM (00400H - 053FFH area) is tested in the following procedure.
a) Data in the test area is stored.
b) Write “00H”
c) Read and compare “00H” and then write “55H”
d) Read and compare “55H” and then read “AAH”
e) Read and compare “AAH”
f) Stored data is restored.
If an error occurs at a step, the error is printed.
If an error does not occur, the following addresses are checked.
Addresses to be checked:
01000H , 01001H , 01002H , 01004H , 01008H
01010H , 01020H , 01040H , 01080H ,
01100H , 01200H , 01400H , 01800H ,
02000H , 04000H
Display 121
3
Check:
The completion print.
4
End of testing.
The test program ends after printing.
When the test ends normally. 121
When the test ends abnormally. Ex- ~ - 121
*****
x = 1: Data error
x = 2: Add ress error
If an error occurs, the printer outputs the error message and then
the address where the error has occurred in the area ****.
11) CPU internal ROM test
1
Key operation
RCPT/PO140
2
Test procedure
The test program checks that the checksum of the CPU internal
flash ROM (C0000H - FFFFFH) is correct.
The lower two digits of the checksum should be 10H.(pending)
Display 140
4 End of testing
The test will automatically be terminated and the printer prints as
follows:
When the test ends normally. 140
ROM ******** (CPU CODE)
******** (Version)
When the test ends abnormally. E- ~ - 140
ROM ******** (CPU CODE)
******** (Version)
12) AD conversion port
1 Key operation
RCPT/PO160
2 Test procedure
The test program displays the voltage of each AD port.
3 End of testing
You can exit the test mode by pressing any key.
The printer prints the follwing.
160
13) RS232C test
Install the RS232C loopback connector. (UKOG-6705RCZZ)
1 Key operation
RCPT/PO500
2 Test procedure
Control signal check
OUT PUT IN PUT
/ER /RS /DR /CI /CD /CS
OFF OFF OFF OFF OFF OFF
OFF ON OFF OFF ON ON
ON OFF ON ON OFF OFF
ON ON ON ON ON ON
Data communication check
A loopback test of 256-byte data between SD-RD is performed.
DATA: $00 - $FF BAUD RATE: 9600 BPS
7-segment display: 500
3 Check:
The completion print.
4 End of testing
Completion print RS TEST OK
Error print RS TEST **NG**ERxx
xx Contents of the error
01 ER DR error
02 ER CI error
03 RS CD error
04 RS CD error
05 SD RD error DATA data
06 SD RD error DATA error/framing error
3
Check:
The completion print.
– 14 –
XE-A201US
14) Sleep mode test
1 Key operation
RCPT/PO550
2 Test procedure
The test program checks the system in SLEEP MODE (The di splay
goes off and the Decimal point comes on) and then waits for any
status change (KEY input or RS PORT change).
3 Check that:
A) The display goes off (excluding Decimal point)
B) The system turns active when any key is pressed.
4
End of testing
The test program will automatically be terminated and the printer
prints the following.
CHAPTER 6. IPL (INITIAL PROGRAM LOADING) FUNCTION
The application program of the XE-A201 is written into the Flash ROM
in the CPU.
Since the CPU supplied as a service part does not include the application program in it, the application program must be written when the
CPU is replaced with a new one.
To write the application program into the Flash ROM, connect the PC
and the XE-A201 with an RS-232C c able, and execute the PC software (PosUtilityTool2).
* Use the RS-232C cable provided together with the XE-A201 prod-
uct, or use a D-Sub 9pin cross cable employed in conventional
communication between ECR-ECR.
* PosUtilityTool2 includes the ROM data to be written into the CPU
as well as the IPL program.
[Related parts/Tool]
PARTS NAME PARTS CODE
CPU (without application
program)
PosUtilityTool2 UKOG-2360BHZZ
VHI30624FGA-1 IC5
LOCATION
No.
5) Close the cabinet.
6) Turn on the AC Power.
(At this time, ECR looks like inactive, but ECR waits the ROM data
from PC.)
<IPL software on PC>
7) Copy the following files in "PosUtilityTool2" into the hard disk of
PC.
Postool2.exe
A201u.ROM
8) Boot "Postool2.exe."
9) Push [Add Files] in the screen.
10) Select the ROM DATA file. (File name: A201u.ROM)
11) By pushing [Send] in the screen, the ROM data is sent from P C t o
ECR.
The address counter is shown on PC and counts up.
12) After about 3-minuites, the message "Complete" is shown on PC.
550
[IPL PROCEDURE]
1) Connect the XE-A201 and PC with an RS-232C cable.
<XE-A201 side>
2) Turn off the AC Power. (& remove batteries.)
3) Open the cabinet.
4) Change the IPL JUMPER PIN (SP1) to the rear side.
SP1 SP1
Default
When IPL
<Main PWB>
<After booting>
– 15 –
<After pushing "Add Files">
*1 COM Port is selectable between COM1 and 2.
*2 For "Send Type", select "Direct".
*3 Do not select "Extra Setting".
<XE-A201 side>
12) Turn on the AC Power.
13) Open the cabinet.
14) Change the Jumper PIN (SP1) to the front side. (default position)
15) Close the cabinet.
16) Turn on the AC Power.
Master Reset will be performed. If not, power off the XE-A201,
wait 1miniute and turn on the power again.
XE-A201US
APPENDIX: RS232C CABLE
The RS-232C cable (QCNWG3190BHZZ) provided together with the
XE-A201 is used to connect the XE-A201 and a PC when using the
customer support tool or performing IPL.
When using the cable, connect the core side of the cable to the XEA201 as shown in the figure below.
PC
RS232C
CABLE
CORE
The accessory RS-232C cable has the following internal
connections:
(Equivalent to a cross cable used in the conventional connection of
ECR-ECR)
9PIN D-SUB 9PIN D-SUB
SD
RD
3
2
XE-A201
SD
3
2
RD
RTS
DCD
DTR
DSR
CTS
SG
7
1
4
6
8
55
SD : TRANSMITTED DATA
RD : RECEIVED DATA
DTR : DATA TERMINAL READ Y
DSR : DATA SET READY
RTS : REQUEST TO SEND
DCD : DATA CARRIER DETECTOR
CTS : CLEAR TO SEND
7
RTS
1
DCD
4
DTR
6
DSR
8
CTS
SG
– 16 –
XE-A201US
<- CLOSE TO
Q3
/VON
REGURATOR
R12
51
KRA106S
NOT USE
A
C12
0.02uF(M)
D11
OFF - OPEN
ON - GND
A
Q4
C10
KRC106S
1SS353
0.1uF
ZD3
NOT USE
MTZJ5.1B
2 1
3
8 7 6 5 4
16V
16V
R17
910F
56K
CN2
100
R9
10uF/10V,OS
8
8
0
1uF/50V
3.3M
C9
NOT USE
5
3
1
/POFF
7
1
2
0.1uF(M)
REGURATOR
6
2
B
5267-02A(BLUE)
<- CLOSE TO
C15
4
IC4B
BA10393
4
IC4A
BA10393
R18
B
/VOFF
/VOFF
L:OFF
H,OPEN:ON
HEAT SINK
VOUT=1.26X(1+R2/R1)
0.1uF
3.9K
VO:23.8V
VO
VO
L3
IPEAK>2.2A
2
4
1
IC3 PQ1CG2032FZ
P-OFF
ZD4
MTZJ5.1B
220uH
R13
10K
D10
5
3
R11
MODE SW
C13
C11
10K
1000uF/35V
R14
560
RB060L40
220uF/50V
D
1/4
12345678
VH
1. MAIN PWB CIRCUIT
CHAPTER 7. CIRCUIT DIAGRAM AND PWB LAYOUT
Q1:HEAT SINK
D1
UL/CSA 2.0A/125V
F1
POWER TRANS
220V-230V
POWER SUPPLY PWB CIRCUIT
for EUROPE
VH +7.5V
L1
IPEAK>12A :100%
Q1
KTD998
C1
T3.15AL
(with HOLDER)
1
CN1
120V
USA
63uH
MYLOR
2
D
with FUSE
0.033uF
R4
R2
5273-02A
20KF
10(FUSE)
1
IC1
CP301
+20% INPUT & NO LOAD: VOUT<=40V
ZD1
D2
C2
PTZ9.1B
C3
4700uF
FMB-G24H
LM2574
3
5 7
50V
3300uF
16V
R5
3.6KF
VOUT=1.23X(1+R2/R1)
R3
5.6K
NOT INSTALL
/VPON
L:ON
H:OFF
6,8pin:N.C
2
4
R1
22K
POWER TRANS
for JAPAN
100V
24K
R241
0
R114
C
VBAT
R246
R10
22K
VDD
VCC
D9
RB721Q
R8
220
C8
VCC +5VVCC +5V
VLED +5.8V
VLEDVLED
Q2
KRC106S
HEAT SINK
D5
1SS133
R113
VPON
R244
2.2K
D3
VO
1SS133D41SS133
/POFF
245
0
D7
L2
IPEAK>2.2A
IC2 PQ1CG2032FZ
F3
/VOFF
1N4002D81N4002
180uH
5
3
142
T1.0AL
VCC VLED
330uF
C7
330uF
ZD2
PTZ6.2A
C6
NOT USE
16V
1000uF
C5
R6
2.7KF
R7
D6
RB060L40
C4
220uF/50V
R20
2.7K
R19
R16
9.1KG
C14
R15
2.7K
C
– 17 –
XE-A201US
D
2/4
12345678
A8A9A10
A11
A12
A13
R72
10K
R71
10K
R70
10K
R69
10K
R68
10K
R67
10K
R66
10K
R65
10K
R64
10K
VCC
R63
10K
R32
10K
R31
10K
R30
10K
R29
10K
R28
10K
R27
10K
R26
10K
VCC
R25
10K
R24
10K
R23
10K
R22
10K
R21
10K
A3A4A5A6A7
A0A1A2
|LINK
|POWER.SCH
|DRIVER.SCH
|RS.SCH
CPU PWB CIRCUIT
D
A14
ENA1
A15
ENA2
C64
C63
1
/RDY
IC10A
10uF/10V,OS
0.1uF
0
IC11B
12
IC11A
2
3
1
/CS0
C62
220pF
Q 9Q
P
R
D
CLK
11
Q 5Q
P
R4C
D
CLK
3
BCLK
2
/RD
A10
A11
8
C
6
74F32
A
NOT INSTALL
A12
A13
A14
A15
A16
A17
A19
A1040A1139A1238A1337A1436A1535A1634A173A18
D15/A-131NC1NC44BHE
33
29
A0
VCC
/RESET
1
3
L
74F74
1
L
74F74
Vcc:14pin
GND:7pin
A
VCC
CGBANK
2
12
/RD
/CS0
/CS0
32
A1943VSS
OE/OE14CE/CE
13
/RD
VCC
VSS
LH5388WS(CGROM)
Vcc:14pin
2 1
3
GND:7pin
8 7 6 5 4
/RD
470
MOTOR
VCC
C38
C69
PIEZO BZ
/POFF
VCC
R87
SP1
2200pF
30pF
/STB2
10K
R59
47K
"H":BOOT ON
SHORTPIN
PLACE NEAR CPU!!!
B
VDD
R61
0
330
R60
X1
0.5Si:INSTALL
X3
CST12.0MTW
B
VDD
VCC
IC7
3
R90
31
X2
8
VDD
XIN1XOUT2S13LF
1
2
C44
C43
6S07
10K
C59
C58
C42
C41
5
VSS
FSOUT
4
/CS2
0.1uF
10uF/10V
2
27pF
18pF
0.1uF
FS781
R91
C70
150pF
R62
33
CST12.0MTW
32.768KHz
10uF/10V
3.3K
C40
VCC
A1A2A3A4A5A6A7A8A9
23A011A110A29A38A47A56A65A74A842A941
VCC
KANJI ROM
D015D117D219D321D424D526D628D730D816D918D1020D1122D1225D1327D14
IC12
D0
D1D2D3D4D5D6D7
A[0..19]
D[0..7]
for JAPAN 0Si:INSTALL
SHORT LINE
VCC
NOT INSTALL
C61
0.1uF
VCCVCC
C60
0.1uF
330pF
C
/WR
R89
C68
P66
RXD1
AVCC
VDD
47K
R88
10K
A15A16
31
32
VCC
NC
IC9
1
2
VCC
VCC
P67
31
TXD1
O
U
B
5
I
T
/
I
N
/
O
U
T
I
N
O
U
B
3
I
T
/
I
N
/
I
N
T
I
N
T
I
N
T
N
M
V
C
X
I
V
S
X
O
U
E
S
E
C
O
U
X
C
I
N
V
S
B
Y
T
C
L
K
S
I
N
O
U
T
B
3
I
B
4
I
C
L
K
O
U
T
SIN4
100
P97
R54
30pF
A8A9A10
A11
A13
25A926A827
28WE29
30
A13
A15
CS2
A16
A14
A12
3
4A7 5A6 6A5 7A4 8A3 9A2 10A1 11A0 12
A7A6A5A4A3A2A1
A12
A14
R85
10K
R84
47K
R83
47K
R82
47K
C57
100pF
R81
47K
3
0
T
2
9
N
2
8
V
2
7
V
2
6
W
2
5
W
2
4
T
2
3
N
2
2
U
2
1
U
2
0
0
1
9
1
1
8
2
1
7
I
1
6
C
1
5
N
1
4
S
1
3
T
1
2
T
1
1
T
1
0
N
9
S
8
E
7
3
6
3
5
3
4
N
3
N
2
4
1
4
VDD
R58
100K
C107
4.7UF/16V
VDD
INSTALL
R
A
K
IC6
KIA431A
240
C36
1000pF
A11
VCC
cdefgdpdp
a
b
cdefg
a
b
C65
0.1uF
VCC
Vcc:20pin
GND:10pin
19
Q0 2Q1 5Q2 6Q3 9Q412Q515Q616Q7
D0
IC8
3D1 4D2 7D3 8D4 13D5 14D6 17D7 18
D0D1D4
A[0..19]
D[0..7]
D[0..7]
A[0..19]
R74
10K
VCC
A16
A17
R73
10K
C48 C49 C50 C51 C52 C53 C54
150pF*10(C45-C54)
C46 C47
C45
C23 C24 C25 C26 C27
C20 C21 C22
C16 C17 C18 C19
R36
R35
R34
R33
IN2
IN1
KST3
KST2
KST1
KST0
D2D3D6
D5
A19
C55(for JAPAN)
150pF*8(C20-C27)
100pF*4(C16-C19)
10K
10K
10K
10K
OC
1
11
D7
VCC
TP1
R78
VCC
R77
R76
R75
C55
150pF
5
1
5
2
5
3
5
4
5
5
5
6
5
7
5
8
5
9
6
0
6
1
6
2
6
3
6
4
6
5
6
6
6
7
6
8
6
9
7
0
7
1
7
2
7
3
7
4
7
5
7
6
7
7
7
8
7
9
8
0
IC5
M30624FGFP
VCC
R45
R44
R43
R42
R41
R40
R39
R38
VCC
R37
CLK
47K
A19
A18
A17
A16
A15
A14
A13
A12
A11
A10
A
VCC
A
VSS
A
A
A
A
A
A
A
A
D15
D14
D13
D12
D11
D10
D
D
10K
74HC374
R79
10k
/CS0
10K
10K
10K
CS050CS149CS248CS3
9
8
7
6
5
4
3
2
1
0
9
8
D7
D6
81
82D5 83D4 84D3 85D2 86D1 87D0 88
R46 100
R47 100
10K
10K
10K
10K
10K
10K
10K
10K
D7
VDD
C56
30pF
/CS3
/CS2
/WR
/RD
BCLK
47WR46
45RD44
43
42
BHE
HLDA
CBCLK
AN7
89
R49 100
R48 100
R50 100
R51 100
R52 100
R53 100
/STB1
D0D1D2D3D4D5D6
41
40
ALE
HOLD
AN6
AN5
90
91
/LAT
VPON
C35
C28 C29 C30 C31 C32 C33 C34
C67
10uF/50V
C66
0.1uF
TP2
R80
47K
/RDY
DR1
FSCK
FRD
39
38
37
36
CLK0
RTS0
CLKOUT
AN4
AN3
AN2
92
93
94
95
CGBANK
VBAT
100pF*8(C28-C35)
FSD
35
RXD0
AN1
96
P101
P64
/FRES
34
33
TXD0
CLKS1
TB5
TA1OU
TA1
TA2
TA2
TBE
TA4OU
TA4
AVSS
AN0
97
98
P100
R55
VCC
CLK1
VREF
VCC
VDD
32
T
T
R
X
C
S
T
T
S
99
<- OR ->
10K
VCC
D3D4D5D6D7
20
21
22
23OE24
A10
I/O317I/O418I/O519I/O6
CS1
T/O7
I/O0
I/O1
I/O2
VSS
LP621024D-T 70ns
13
14
15
16
A0D0D1
D2
BZ
DAT
CLK
R86
P75
P76
P77
DR2
P74
P96
P90
P91
P92
P93
P94
P95
FOR DM,TM,SAMPLES
C39
0.1uF
4
CD5NC
VDD2VSS3OUT
IC15
SII
S-80928ANMP
1
C37
R56
3.3K
100pF
R57
820
/RESET
NOT INSTALL
C
– 18 –
XE-A201US
D
3/4
12345678
CN5
F5
T400mA/250V
VH
VH
F4
T0.5AL
11
VS14VS2
VCC1ENA12ENA213IN16IN29GND7GND
IC13
VCC
R96
30KF
VCC
VH
MAX 9A
R93
VH
DRIVER PWB CIRCUIT
10KF
P101
D
MOTOR
1
2
C79
0.1uF
A/AB
B
OUT13OUT25OUT312OUT4
ENA1
ENA2
IN1
TH
P100
R95
C71
0.1uF
R94
10KF
A
2 1
3
FB5,FB6,FB7:JUMPER WIRE
C76
0.1uF
HUPS
C77
CLK
TH
101112
/VON
P94
P95
P96
P97
/S9
P95
P96
P97
/S9
/VON
0.1uF
R100
4.7K
2K
R98
ONLY HOLE
/S3
/S4
/S6
/S5
/S3
/S4
/S5
/S6
8 7 6 5 4
10111213141516171819202122232425262728293031323334
123456789
52045-3445
A
4.7K
P91
P91
VP
VLED
VCC
CN3
B
FB5
FB4:JUMPER WIRE
VCC
C75
47uF
50V
AB/LAT
123456789
CN4A
C74
0.1uF
a
a
b
B
C66673
VDR
VDR
R97
10K
/STB1
/STB2
cdefg
b
cdefg
RIGHT-ANGLE CON
DRAWER2
123
CN8
5046-03A
FB6
C82
0.1uF
DAT
101112
dp
VCC
dp
C66673
Q11
R105
DR2
PE
/S0
/S0
2SD2212
1K
R99
ONLY HOLE
/S1
/S2
/S1
/S2
FB7
C83
0.1uF
10K
CN4B
/S7
/S8
/RESET
/S7
/S8
/RESET
C66673
/B
/A
123456789
P90
P91
P92
P93
P90
P91
P92
P93
P94
C
DRAWER1
STRAIGHT CON
123
CN6
5267-02A
Q13
2SD2212
1K
R101
MOTOR
FB2
FB OR JUMPER WIRE
/B
/BA/A
C78
10uF/50V
VCC
VCC
NOT INSTALL
IC16
D12
15
16
VCC
A
1B 2C 3
KST0
/S4
S
/S0
KST1
1SS133
/S1
KST2
F6
VO
C96
/S2
G2A
4
KST3
PE
G
10
8
VCONT
LB1838M
14
IN2
C73
330pF
VP
JP1
D
S
Q6
G
10K
MTD2955V
/VPON
5045-03A
VDR
C98
0.1uF
/S3
G2B
5G1 6Y7 7
C66673
10uF/16V
/S4
Q7
D
CN7
C80
T500mA/250V
/S5
/S7
C72
2SK2731
P91
P91
RIGHT-ANGLE CON
123
5046-03A
FB3
C66673
0.1uF
Q9
2SD2212
R102
DR1
/S6
Y6 9Y510Y411Y312Y213Y114Y0
74HC138
GND
8
0.1uF
FB4
FB OR JUMPER WIRE
1K
VCC
16
IC17
1B 2C 3
C66673
C81
0.1uF
R103
22K
R104
Q10
D14
KRC111S
1SS133
/S6
/S6
C97
0.1uF
/S8
/S9
15
VCC
A
P91
Y6 9Y510Y411Y312Y213Y114Y0
74HC138
G2A
G2B
GND
4
5G1 6Y7 7
8
HUPS
Q8
KRC111S
D13
1SS133
/S3
C
– 19 –
XE-A201US
A
59
474645444342
4/4
D
C
B
11
232221201918
12345678
67 8 910
234 5
OUTPUT
COMMON
47K
1
PF
30 31 32 33 34 35
17
29
41
53 54 55 56 57 58
161514
26 27 28
3736 403938
24 25
12 13
48 49 50 51 52
2 1
3
C
COMMON
OUTPUT
INPUT
4.7K
GND
2
2
KRA101M, KRA106S
12345678910
E
3003.5K
B
MODE SW
2SD2170
51521642840
GND
3K
7.2K
49371422625
24 12 1 13 36 48
39 27 3 15 38 50
55
431863042
41 29 5 17 53 54
57452082133
32 31 7 19 44 56
5947112335
34 22 9 10 46 58
/VO
GND
/RESE
/S0
/S1
/S2
MOR
/S3
/S4
/S5
/S6
/S7
N
T
P97
P96
P95
P94
P93
P92
P91
2
1
2
0
1
9
1
8
1
7
1
6
1
5
1
4
1
3
1
2
1
1
0
1234567891
CN22
1.25mm FPC CN
2.7K
KEY MATRIX PWB CIRCUIT
INPUT
KID65083
D
CN21
/S0
/S1
/S2
/S3
/S1
1
2
3
4
C
/S4
/S5
/S6
/S7
/S8
/S9
5
6
7
8
9
10
11
12
1.25mm FPC CN
B
A
8 7 6 5 4
– 20 –
XE-A201US
D
C
B
A
1/1
12345678
/VON
/RESET
/RESET
C106
100pF
47K
R228
VCC
P90
P90
R204
R205
R207
R202
R203
R206
47K * 7EA
KEY&MODE SW
2.54mm Pitch
CN22
52044-2245
2
2
2
1
2
0
1
9
1
8
1
7
1
6
1
5
1
4
1
3
1
2
1
1
1
0
123456789
P97
P96
P95
P94
P93
P92
P91
/VON
/S0
/S1
/S2
MDR
/S3
/S4
/S5
/S6
/S7
R201
VCC
VLED
VLED
G1'
|LINK
Q38
12K
R217
12K
R216
12K
R215
12K
R214
12K
R213
12K
R212
12K
R211
12K
R210
12K
R209
12K
R208
120
R227
Q28 Q39
Q29Q30Q31
120
R226
120
R225
120
R224
Q37Q36Q35Q34
120
R223
120
R222
120
R221
120
R220
Q21 Q22 Q23 Q24 Q25 Q26 Q27
Q33
120
R219
Q20
KTA1664 KTA1663 KTA1663 KTA1663 KTA1663 KTA1663 KTA1663 KTA1663KTA1664 KTA1664
Q32
120
R218
KRA101M X 10
or DTA143ESA
/S[0..9]
/S[0..9]
G2'
G3'
G4'
G5'
G6'
G7'
G8'
G9'
G10
IC23H
A
'
1
1
8
IC23G
B
'
1
2
7
IC23F
C
'
1
3
6
IC23E
D
'
1
4
5
IC23D
E
'
1
5
4
IC23C
F
'
1
6
3
IC23B
G
'
1
7
'
D
P
1
'
g bcdef a
2
IC23A
d
p
8
1
9 PIN :GND
10PIN : NC
KID65083AP
|POPUP.SCH
2 1
3
2. KEY INTERFACE PWB CIRCUIT
CN21
P[91..97]
FROM MAIN
VLED
VLED
0.1uF
C105
15
G1'
G1'
G2'
G3'
G2'
G3'
POP UP
G4'
G5'
G6'
G7'A'B'C'D'E'F'G'DP'
G4'
G5'
G6'
G7'A'B'C'D'E'F'
A
234567891011121314
52806-1510
G'
DP' 1
8 7 6 5 4
C104
100uF/16V
PLACE NEAR CONNECTER
A
B
CDEFGdp/S0
cdefg
dp
a
VCC
b
CN23
/RESET
P90
P91
/S1
/S2
/S7
/S8
P90
P91
/RESET
/S0
/S1
/S2
/S7
/S8
/VON
P92
P93
P94
P95
P96
P97
/S9
/S3
/S4
/S5
/S6
P92
P93
P94
P95
P96
P97
/VON
/S3
/S4
/S5
/S6
/S9
10111213141516171819202122232425262728293031323334
123456789
CN24
52044-3445
B
P[91..97]
1
2
3
4
5
6
7
8
9
10
11
12
1SS133
1SS133
1SS133
1SS133
1SS133
1SS133
D21
D22
D23
D31
/S1
/S0
D24
/S1
/S2
/S3
1SS133
1SS133
D25
D26
D27
D28
/S4
/S5
/S6
/S7
D
1SS133
52045-1245
1SS133
1SS133
D29
D30
/S8
/S9
C
– 21 –
XE-A201US
D
C
B
A
1/1
12345678
2 1
VCCVP
12345678910111213141516171819202122232425
CN31
A/BB
/A
/LAT
/STB1
CLKTHDAT
/STB2
26
00 6208 010 126 001
PE
HUPS
3
PWB CIRCUIT
123456789
CN4C
3. PRINTER I/F (for D/M)
D
101112
C
ONLY HOLE
– 22 –
123456789
CN4D
B
101112
ONLY HOLE
8 7 6 5 4
A
XE-A201US
A
1/1
D
C
123456789
CN9
87203-6066
B
12345678
RD
/CD
/SD
/ER
/DR
/RS
/CS
/CI 5V
2 1
/SD
FB10
RD
FB11
/CD
FB12
/CI
FB13
/DR
FB14
/CS
JP3
FB15
/RS
/ER
FB8
FB9
3
JP4
EFCB322513TS X 8
R108
R109
R110
R111
R112
100ohm*5
jumper
VCC
C94
C88
10uF/50V
VCC
C87
0.1uF
C89
0.1uF
13V-17
V+
1
1
VCC
C84
VCC
C1+
C1-
0.1uF
12
14
C85
0.1uF
10K
R243
R242
10K
C2+
C2-
15
16
C86
0.1uF
T1OUT 2T2OUT 3T3OUT 1T4OUT
T1IN
7
28
R1IN 9R2IN 4R3IN27R4IN23R5IN
T2IN
T3IN
T4IN
R1OUT
R2OUT
R3OUT
R4OUT
6
20
21
8
5
26
22
C90 C91 C92 C93
18
25
/SHDN
1
0
1
0
R5OUT
/EN
IC14
19
24
1000pF*5
HIN211
Q14
KRC111S
10K
R247
(BUSY:FOR BOOT)
P64
P74
P67
4. RS232C DRIVER PWB CIRCUIT
P74
P67
P64
D
C
D16
1SS353
P66
P75
P77
P76
/S9
P66
P75
P77
P76
/S9
P91
P91
B
A
8 7 6 5 4
– 23 –
XE-A201US
D
C
B
A
1/1
12345678
G1'..G7'
1
G1'G2'G3'
3
LED6
1
4
D568GWA
123456789101112131415
CN31
G1'
G2'
G3'
G4'
G5'
G6'
1
1
0
5681
2
971
1
6
5
1231
1
8
7
41
1
1
0
G7'A'B'C'D'
E'F'G'
52807-1510
DP'
2 1
A'B'
R1
27
3
G4'G5'G6'
G7'
1
3
LED7
1
4
1
3
LED8
1
4
38
LED9
D568GWA
D568GWA
S568GWA
R2
5681
2
971
1
6
5
1231
1
8
7
41
1
1
0
5681
2
971
1
6
5
1231
1
8
7
41
912467
0
51
27
C'D'E'
R3
27
R4
27
R5
27
F'G'DP'
R6
27
5. REAR DISPLAY PWB CIRCUIT
D
R7
27
8 7 6 5 4
R8
27
C
B
– 24 –
A
XE-A201US
D
C
B
A
1/1
12345678
|LINK
|POPUP.SCH
2 1
1
1
0
G1'
G2'
G3'
G4'
G5'
G6'
G7'
G8'
G9'
G10
1
3
LED1
D568GWA
1
4
1
3
LED2
D568GWA
1
4
1
3
LED3
D568GWA
1
4
1
3
LED4
D568GWA
1
4
1
3
LED5
D568GWA
1
4
'
5681
971
1
1231
1
41
1
5681
971
1
1231
1
41
1
5681
971
1
1231
1
41
1
5681
971
1
1231
1
41
1
5681
971
1
1231
1
41
2
A
6
5
8
7
1
0
2
6
5
8
7
1
0
2
6
5
8
7
1
0
2
6
5
8
7
1
0
2
6
5
8
7
R240
R239
R238
R237
R236
R235
R234
R233
'
30
B
'
30
C
'
30
D
'
30
E
'
30
F
'
30
G
'
30
DP'
30
3
6. DISPLAY PWB CIRCUIT
D
8 7 6 5 4
C
B
– 25 –
A
XE-A201US
PWB LAYOUT
1. MAIN PWB LAYOUT
A. side
– 26 –
XE-A201US
B. side
– 27 –
2. KEY INTERFACE PWB LAYOUT
A. side
XE-A201US
B. side
3. PRINTER I/F (for D/M) PWB LAYOUT
– 28 –
XE-A201US
4. REAR DISPLAY PWB LAYOUT
5. DISPLAY PWB LAYOUT
– 29 –
XE-A201US
q
COPYRIGHT ã 2001 BY SHARP CORPORATION
All rights reserved.
Printed in Japan.
No part of this publication may be reproduced,
stored in a retrieval system, or transmitted.
In any form or by any means,
electronic, mechanical, photocopying, recording, or otherwise,
without prior written permission of the publisher.
SHARP CORPORATION
Information Systems Group
Products Quality Assurance Department
Yamatokoriyama, Nara 639-1186, Japan
2001 October Printed in Japan
t
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