DOWNLOAD Sharp UP-800 (serv.man19) Service Manual ↓ Size: 9.04 MB | Pages: 89 in PDF or view online for FREE

Model
UP-800 (serv.man19)
Pages
89
Size
9.04 MB
Type
PDF
Document
Service Manual
Brand
Device
ECR / Latest UP820 Service Manual
File
up-800-sm19.pdf
Date

Sharp UP-800 (serv.man19) Service Manual ▷ View online

UP-820N/820F (V)
HARDWARE DESCRIPTION
6 – 9
(5) SD card IF
This is controlled by using the SCIF2 of the CPU. 
 CPU ports
(6) RS232C IF
This is provided with general-purpose ports of CH1-CH4 and the port
CH5 is exclusive for 20DP. Port CH6 is exclusive for UP3500.
*When the UP-I04EF is installed, CH4 is the port exclusive for EFT.
*The applicable baud rates are as shown below:
1200bps /2400bps / 3600bps / 4800bps /9600bps / 19200bps /
38400bps / 57600bps / 115200bps.
*56000bps is inhibited.
(7)  MCR
The MCR of 3 tracks is optionally available. 
CPU pin Name
External 
signal name
Remark
SCIF2_CLK
SDCLK
SD clock signal 
SCIF2_TXD
SDTXD
SD data send signal
SCIF2_RXD
SDRXD
SD data receive signal 
AUDSYNC 
(GPIO : PTK3) 
SDPOWER#
SD power control signal 
ADTRG#/
AUDATA [0]
(GPIO : PTK2) 
SDCS#
SD chip select signal 
AUDCK 
(GPIO : PTK4) 
SDWP#
SD write protect signal 
AUDATA [1] 
(GPIO : PTK5) 
SDDTCT#
SD card insertion/non-insertion
sense signal
Channel
Connector
Purpose
CH1
RJ-45
General
CH2
RJ-45
General
CH3
D-SUB 9PIN
General / For the scanner 
(Poser supply required) 
CH4
D-SUB 9PIN
General / When 04EF is con-
nected, the exclusive port for 
EFT.
CH5 port for 20DP
RJ-45
Exclusive for 20DP  
(Poser supply required) 
CH6
RJ-45
General
8251
㬍3
       
         
 
  R C P 1  
     
     
  R D D 1  
         
   
  C L S 1  
 
 
 
 
 
 
 
         
 
 
  R C P 2  
      S H 7 7 60 
           
     
  R D D 2  
                                             
                   
 
           
         
   
                         
C L S 2  
                         
       
               
 
 
  R C P 3  
         
  IR L 1                
                                     
                   
 
 
  R D D 3  
  C M T _C T R 1 
 
                               
                 
 
 
  C L S 3  
 EX IN T 3#    
MCRINT# 
EXINT3# 
FPGAINT# 
Interrupt controller 
FPGA 
RCVRD Y 1 
RCVRD Y 2 
RCVRD Y 3  
RCVRD Y 1 
RCVRD Y 2 
RCVRD Y 3  
UP-820N/820F (V)
HARDWARE DESCRIPTION
6 – 10
 Signal name descriptions
6. POWER SOURCE
RCP1
Track 1 clock pulse
RDD1
Track 1 data signal 
CLS1
Track 1 card detection signal
RCP2
Track 2 clock pulse
RDD2
Track 2 data signal
CLS2
Track 2 card detection signal
RCP3
Track 3 clock pulse
RDD3
Track 3 data signal 
CLS3
Track 3 card detection signal
RCVRDY1
Track 1 data receive detection signal 
RCVRDY2
Track 2 data receive detection signal
RCVRDY3
Track 3 data receive detection signal
MCRINT#
Interrupt signal by OR-composition of RCVRDY and SYNC input
 
 
 
 
 
 
 
 
 
 
DC 36
㨪42V 
UNREG 
3.3V 
1.5V 
2.5V 
1.2V 
5V, 5.7V 
2.7V 
LOW
QUISCENT  
EC31QS06 
 
3.3V (CPU I/O, VDD-CPG, FPGA I/O, 
other peripheral LOGIC ) MAX 350mA
3.3VB (SRAM, CKDC) 
EC31QS06
5V (PRINTER IF 60+24mA) 
20DP : 1A, RS232C* 2ch : 200mA 
EC31QS06
1.5V (CPU CORE ) 730mA 
2.5V (FPGA VCCAUX ) 50m 
1.2V (FPGA VCCINT) 50m 
3.6V 
BATTERY 
24V 
 
24V (DRAWER) 
POWER MONITOR POINT 
POWER  
MONITOR POINT 
5.7V (POPUP DISPLAY 500mA) 
12V
 
12V (INVERTER) 
VP (PRINTER) 
ON/OFF CONTROLL (FPGA) 
ON/OFF CONTROLL (Different from INVERTER ON/OFF)
EC31QS06 
ON/OFF CONTROLL 
BA33DD0T 
BA15DD0WHFP
 
LM2574N+BOOST Tr. 
PQ1CG2032 
LM2574HVN + BOOST Tr. 
3.3VL(LCD 165mA)  
3.3V 
ON/OFF
 CONTROLL (CPU : VCPWC) 
ON/OFF CONTROLL 
UP-820N/820F (V)
HARDWARE DESCRIPTION
6 – 11
7. RESET
7-1. CIRCUIT COMPOSITION
 
 
 
 
 
 
 
 
 
 
CK D C  X 
C KDCR
 
STOP # 
PO FF # 
SR ES # 
 
CP U   
PTB5
MRESET#
RESET#
TRST#
IR L0# 
DONE 
HD I_TRST #
 
FPG A  
 
DONE 
PRO G _B 
IN IT _ B
R ESE T#
XCF 2 S  
POFF # 
FL ASH 
RESET#
 
UP-820N/820F (V)
HARDWARE DESCRIPTION
6 – 12
7-2. OPERATION FLOW
 Power ON / CKDC reset (Reset switch: Neighborhood of the expansion SRAM socket) 
 Power OFF
8. INTERRUPTION
The interruption is as shown below. 
 CPU port
 FPGA
*For USART, UART, and software interruption, refer to the item of the
FPGA. 
POFF# cancel 
NO  
YES 
CKDC sleep  
Power  ON
CKDC reset 
CKDC boot 
CKDC system reset cancel 
FPGA configuration 
FPGA DONE rising 
CPU reset cancel
STOP# generates ?  
 
Standby 
POF detection 
(CKDC,CPU) 
YES or when STOP# does not generate for 100ms. 
CKDC system reset execution 
NO (up to 100ms) 
CPU
I/O
External 
signal name
Remark
IRL2
I
TOUCH_INT#
TOUCH PANEL INTRRUPT
IRL1
I
FPGAINT#
FPGA INTRRUPTUSART, UART,
CKDC, SOFT INT, LAN, MCR
IRL0
I
POFF#
POFF# signal
CMT/CTR3
I
CKDC_SHEN#
SHEN# signal
CMT/CTR3
I
MCRINT#
MCRINT# signal
FPGA
I/O
External 
signal name
Remark
EXINT1#
 I
KRQ# 
CKDC interruption
EXINT2#
 I
LANINT#
LAN controller interruption
EXINT3#
 I
MCRINT#
MCR interruption
EXINT4#
 I
SHEN#
CKDC SHIFT ENABLE
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