16.2. Local Firmware Update ------------------------------- 350
4
UF-5500 / 4500
1Safety Precautions
1. Before servicing, turn off the Power Switch, and unplug the AC power cord to prevent an electric shock.
2. When replacing parts, use only the manufacturer's recommended components.
3. Check the condition of the power cord. Replace if wear or damage is evident.
4. After servicing, be sure to restore all the grounding connections,harness and lead wires, insulation barriers, insulation papers,
shields, etc.
5. Before returning the serviced equipment to the customer, be sure to perform the following insulation resistance test to prevent
the customer from being exposed to shock hazards.
1.1.For Service Technicians
• Repair service shall be provided in accordance with the service manual in order to prevent fires, injury or electric
shock, which can be caused by improper repair work.
1. When repair services are provided, the product or its components shall not be altered or modified from the original design.
2. If a lead wire assembly is supplied as a repair part, it must be replaced as part of the repair.
3. FASTON terminals shall be plugged straight in and unplugged straight out.
• ICs and LSIs are vulnerable to static electricity.
When repairing, the following precautions will help prevent recurring malfunctions.
1. Cover all your plastic parts boxes with aluminum foil to prevent static electricity.
2. Ground the soldering irons.
3. Use a conductive mat on the worktable.
4. Do not touch the IC or LSI pins with bare fingers.
1.2.AC Caution
For safety, before closing the lower cabinet, please make sure of the following precautions.
1. The “ground” lead is fixed with the screw.
2. The AC connector is connected properly.
Screw
Terminal of Harness
Washer
Plate Cover SMPS
5
UF-5500 / 4500
1.3.Personal Safety Precautions
1.3.1.Moving Sections of the Unit
Be careful not to let your hair, clothes, fingers, accessories, etc., become caught in any moving sections of the unit.
The moving sections of the unit are the rollers and a gear. There is a separation roller and a document feed roller which are rotated
by the document feed motor. A gear rotates the two rollers. Be careful not to touch them with your hands, especially when the unit
is operating.
Feeder Rollers
Rollers
1.3.2.Live Electrical Sections
CAUTION:
When servicing, never disassemble the unit with the AC power cord connected.
Live AC voltage is supplied to the primary side of the power supply unit.
SCR51
D104
F2
C5
Q1
D503
F1
1.4.Service Precautions
1.4.1.Precautions to Prevent Damage from Static Electricity
Electrical charges accumulate on a person. For instance, clothes rubbing together can damage electric elements or change their
electrical characteristics. In order to prevent static electricity, touch a metallic part that is grounded to release the static electricity.
Never touch the electrical sections such as the power supply unit, etc.
6
UF-5500 / 4500
w
2Warning
2.1.About Lead Free Solder (PbF: Pb free)
Note:
In the information below, Pb, the symbol for lead, will refer to standard solder or solder that contains lead.
We will use PbF solder when discussing the lead free solder used in our manufacturing process which is made from Tin, (Sn),
Silver, (Ag), and Copper, (Cu).
This model, and others like it, manufactured using lead free solder will have PbF stamped on the PCB. For service and repair
work we suggest using the same type of solder although, with some precautions, standard Pb solder can also be used.
Caution
• PbF solder has a melting point that is 50° ~ 70° F, (30 ° ~ 40°C) higher than Pb solder. Please use a soldering iron with temperature control and adjust it to 700° ± 20° F, ( 3 70 ° ± 10°C). When using high temperature soldering iron, please be careful not to
heat for too long.
• PbF solder will tend to splash if it is heated much higher than its melting point, approximately 1100°F, ( 6 00°C).
• If you must use Pb solder on a PCB manufactured using PbF solder, remove as much of the original PbF solder as possible and
be sure that any remaining is melted prior to applying the Pb solder.
• When applying PbF solder to double layered boards, please check the component side for excess which may flow onto the
opposite side (See figure, below).
Remove all of the
excess solder
Component
pin
Component
Sliced vie
Solder
2.1.1.Suggested PbF Solder
There are several types of PbF solder available commercially. While this product is manufactured using Tin, Silver, and Copper,
(Sn+Ag+Cu), you can also use Tin and Copper, (Sn+Cu), or Tin, Zinc, and Bismuth, (Sn+Zn+Bi). Please check the manufacturer’s specific instructions for the melting points of their products and any precautions for using their product with other
materials.
The following lead free (PbF) solder wire sizes are recommended for service of this product: 0.3mm, 0.6mm and 1.0mm.
0.3mm X 100g
0.6mm X 100g1.0mm X 100g
7
UF-5500 / 4500
2.2.Disposing of the P. C. Board
When disposing of a P. C. Board, delete all personal information such as telephone directory and caller list or scrap the P. C. Board.
2.3.Insulation Resistance Test
1. Unplug the power cord and short the two prongs of the plug with a jumper wire.
2. Turn on the power switch.
3. Measure the resistance value with an ohmmeter between the jumpered AC plug and each exposed metal cabinet part
(screw heads, control shafts, bottom frame, etc.).
Note: Some exposed parts may be isolated from the chassis by design. These will read infinity.
4. If the measurement is outside the specified limits, there is a possibility of a shock hazard.
Exposed
metal
part
Ohmmeter
Resistance = more than 10MΩ(at DC 500 V)
2.4.Battery Caution
CAUTION
Danger of explosion if battery is incorrectly replaced. Replace only with the same or equivalent type recommended by the manufacturer. Discard used batteries according to following caution.
Disposal of lithium batteries should be performed by permitted, professional disposal firms knowledgeable in state government
federal and local hazardous materials and hazardous waste transportation and disposal requirements.
A battery continues to have no transportation limitations as long as it is separated to prevent short circuits and packed in strong
packaging.
Commercial firms that dispose of any quantity of lithium cells should have a mechanism in place to account for their ultimate disposition. This is a good practice for all types of commercial or industrial waste.
NOTICE: (only for California in the United States)
This product contains a CR Coin Cell Lithium Battery which contains Perchlorate Material special handling may apply.
See www.dtsc.ca.gov/hazardouswaste/perchlorate
Recommend Type Number:
CR2354(BAT300) Manufactured by Panasonic
8
UF-5500 / 4500
2.5.Laser Beam and Fuser Unit Section
• The printer of this unit utilizes a laser. Use of controls or adjustments or performance of procedures other than those specified
herein may result in hazardous radiation exposure.
• The fuser unit is inside of the unit and gets hot. Do not touch it when removing the jammed paper or cleaning the lower glass.
Fuser Unit
Laser Scanning Unit
* In case of this figure, this Laser Caution Label is located on the other side of the LSU.
2.6.Note for Repairing
Caution
Please inform users of the danger of data being lost at the time of repair.
Data will be lost in the following situations.
1. When replacing the ROM assembly.
2. When replacing the Main board assembly.
3. When executing the Sipment Set.
There is a possibility of data loss in the following situations.
Replacement drum cartridge*
cartridge is replaced, it is necessary to install a
new toner cartridge simultaneously.)
Note:
1. Average yield is based on 3% coverage of the printable area with repetitive printing of continous printing(Letter/A4 size, single
side printing, default density). The yield of a Toner Cartridge varies depending on the coverage, temperature, humidity, media,
etc. Therefore, the average yield cannot be guaranteed.
2. A4 portrait in single-sided, printing 3 pages per print job. The yield of the drum cartridge when printing 1-page per print job, will
decrease to about half compared with printing 3-pages per print job. The yield of a Drum Cartridge varies depending on the
coverage, temperature, humidity, media, etc. Therefore, the average yield cannot be guaranteed.
*1
2
(When the drum
1 Toner cartridge
1 Drum cartridge
20
UF-5500 / 4500
5Hardware Requirements for Printer Driver and Application
Software
To use Panasonic Document Management System on your computer, the following are required:
Operating System:
Windows
Windows® XP (32/64-bit) (Service Pack 2 or later)
Windows Server® 2003 (32/64-bit) (Service Pack 1 or later)
Windows Vista® (32/64-bit)
Windows Server® 2008 (32/64-bit)
Windows® 7 (32/64-bit)
Hardware:
IBM
(CPU Intel® Pentium® 4 1.6 GHz or more recommended)
RAM:
Windows 2000: 256 MB or more
Windows XP: 512 MB or more
Windows Server 2003: 512 MB or more
Windows Server 2008: 1 GB or more
Windows Vista: 1 GB or more
Windows 7: 1 GB or more
Other Hardware:
CD-ROM drive
Hard disk drive with at least 300 MB of available space
USB interface (USB 2.0)
LAN interface (10Base-T/100Base-TX)
Other:
Internet Explorer
Warning:
• To assure continued emission limit compliance:
- use only shielded USB cable (Example: Hi-Speed USB 2.0 certified cable).
- use only shielded LAN cable (category 5 straight cable).
• To protect the unit, use only shielded USB cable in areas where thunderstorms occur.
Note:
• A USB cable is not supplied. Please purchase a shielded Type-A male/Type-B male USB cable.
®
2000 (Service Pack 4 or later)
®
PC/AT® and compatibles
®
6.0 (Service Pack 1 or later)
21
UF-5500 / 4500
6Technical Descriptions
6.1.Connection Diagram
REGISTER
SOLENOID
PICKUP
SOLENOID
DC MOTOR UNIT
MOTOR
TELEPHONE
LINE
EXTERNAL
TELEPHONE
MAIN
ADF DOOR
SENSOR
121
2
CN57
CN54
212
1
TO
TO
TO
PC/USB
TO
PC/LAN
UF-5500 only
SW51
LCD
DB6
E
R / WRSV0
VDD
DB7
CN3
CN1
OPERATION PANEL BOARD
SP+
Speaker
SP-
CN201
SPSP+
REG
DG
PICK
DG
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
CN100
CN101
CN300
CN750
CN514
CN507
212
1
CN100
1
1
2
2
3
3
4
4
5
5
6
6
CN101
1
1
2
2
3
3
4
4
5
5
6
6
CN300
1 4
1 4
2 3
2 3
CN750
1
2
3
4
5
6
5
7
8
121
2
121
2
123456781234567
8
24V
CLK
BRAKE
24V
DGDGLD
SS
VSS
DB5
DB4
987654321
987654321
10
CN2
MAIN BOARD
NAMENAMENo
NAMENAMENo
2NoE(G) / A2a11
2NoE(G) / A2a11
b / B14a / A13
b / B14a / A13
b16S(W) / B25
b16S(W) / B25
NAMENAMENo
NAMENAMENo
2NoS(W)b11
2NoS(W)b11
a / A14b / B13
a / A14b / B13
a16E(W)5
a16E(W)5
NAMENAMENo
NAMENAMENo
2NoD-VBUS1
2NoD-VBUS1
4
GNDD+3
4
GNDD+3
NAMENAMENo
NAMENAMENo
2NoTD-TD+1
2NoTD-TD+1
TCT4RD+3
TCT4RD+3
RD-65
RD-6
8RCT7
8RCT7
CN508
123456789
123456789
123456789
PTOP
POUT5VTHRM1
GND
PICK
FANON2
FANDET2
TNR
1234567123456
THRM
THRM
1234567123456
10
10
10
REG
ADF
7
MOTOR
ABXA
CN701
CN701
POLCLK
123
123
123451234
XREADY
XB
4
4
5
POLON
DG
XHSYNC
24V
KSTART
KSCLK
OPERST
KSTART
KSCLK
OPERST
KTXD
DG
5V
KTXD
DG
5V
7
CN511
LSU
3.3V
CN700
CN700
CN500CN501CN502
1234567123456
DG5VXAPC
DOCUMENT
SENSOR
PS54
123
CN69
READ
POSITION
SENSOR
PS53
123
4
CN56
RPS
DG
DOCU
123
4
123
4
CN510
SIG
1
1
GND
2
2
3.3V
3
3
VREF
4
4
GND
5
5
SI
6
6
GND
7
7
CLK
8
8
VLED
9
9
LED_G
10
10
LED_R
11
11
LED_B
12
12
CNT
13
CN504
HTRCTL
1
1
7V
2
2
DG
3
3
DG
4
4
DG
5
5
24V
6
6
24V
7
7
24V
8
CN505
CVR
1
1
HVERR
2
2
TRS
3
3
DEV
4
4
CHG
5
5
GND
6
6
NC
7
7
24V
8
CN506
DG
1
1
FANDET1
2
2
FANON1
3
3
7
XLDEN
DG
XVIDEO
DC FAN1
CN59/CN79
(Left )
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
CISMODULE
CN61 (UF-5500)
12 11
12 11
CN61(UF-5500)
CN71(UF-4500)
CIS RELAY
BOARD
CN101
1
1
2
2
3
3
SMPS
4
4
5
5
6
6
7
7
8
CN1
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
COVER OPEN SW
CN71 (UF-4500)
NAMENAMENo
No NAMENAMENo
2NoDGSIG1
VREF43.3V3
SI6CNT5
CLK8DG7
LED_G10VLED9
12
LED_BLED_R11
2 1
2 1
LED_B
1
LED_G
11
No
No NAMENAMENo
2
43
CLKDG
65
SI
87
VREF
109
DG
12
NAMENAMENo
LED_R
VLED
CNT
3.3V
SIG
POWER SW
CN1
121
2
CN2
HEAT
121
LAMP
2
LIVE
NEUTRAL
AC INLET
SW1
HVPS
CN63
PICKUP
SENSOR
SW50
DG
DC FAN 2
(Right )
VARISTOR
BOARD
CN65
1234123
TONER
SENSOR
4
123456789
123456789
123456789
10
10
10
CN64
IC51
CN66
1234123
4
TRANSCRIPTION
ROLLER
OPC
DRUM
TRA
OPC
CN51
1
1
2
2
3
3
4
4
5
5
12312
3
DG
PICK
DG
FANDET2
FANON2
CN67
1
1
2
2
3
3
4
4
5
5
DEV
5V
PTOP
DG
CN50
REGISTER
SENSOR
PS51PS52
REG
1234123
4
PTOP
SENSOR
SCOROTRON
DRUM UNIT
DEVELOPING
ROLLER
TONER SUPPLY
ROLLER
GRID
CHG
THRM15VPOUT
FANDET2
FANON2
GND
FUSER
123
UNIT
THRM1
DG
CN52
1
1
2
2
3
3
THERMISTOR
CN53
EXIT SENSOR
PS50
4
HEAT LAMP
THERMOSTATTHERMOSTAT
22
6.2.General Block Diagram
MAIN UNIT
SOC (IC300)
This custom IC is used for general MFP operations.
1)CPUARM9 operating at 250MHz.
2)SDRAM ControllerControls SDRAM Memory.
3)USB Controller with PHYApply to USB2.0 HS
4)Scanner I/FControls the CIS and AFE, and process the scan images.
5)LSU I/FControls the polygon motor and outputs the VIDEO signal to LSU.
6)MOTOR I/FControls the DC motor and Stepping Motor.
7)FAN I/FControls FAN MOTOR and detect the rotation of FAN MOTOR.
8)OPERATION PANEL I/FSerial Interface with Operation Panel.
9)SENSOR I/FDetects the Sensor signal.
10) I/O PORTI/O Port Interface.
11) A/D, D/A converterSends beep tones, etc.
Convert Analog signals to Digital signals.
12) RTCReal time clock.
13) MODEMPerforms the modulation and the demodulation for FAX communication.
14) Analog Front End I/FControls the DAA device for TEL/FAX function.
15) LAN ControllerEthernet Control.
ROM (IC402)
This 16MB(UF-5500)/8MB(UF-4500) FLASH ROM contains all of the program instructions for the unit operations.
It also supports the User Settings backup and FAX.
UF-5500 / 4500
SYNCHRONOUS DYNAMIC RAM (IC400)
This 256Mbit SDRAM is used for CPU work and receive and page memory.
POWER SUPPLY
DC-DC converters generate 3.3V and 1.2V for system power.
The regulator generates 5V for peripheral devices.
TEL/FAX I/F
Composed of ITS circuit and NCU circuit.
3 ICs called SDAA(Silicon Direct Access Arrangement) control the Telephone line, and Speaker.
READ SECTION
CIS Unit to read transmitted documents.
CIS Unit is connected to CIS RELAY BOARD Unit.
Scan data is converted by AFE(IC503).
MOTOR
This model has 1 DC motor and 1 stepping motor.
IC300 drives the DC motor for printing.
IC700 drive the stepping motor for Auto Document Feeder motor.
LSU
Forms the images on the OPC DRUM by rotating polygon motor and reflecting the laser beam against polygon.
SENSORS
Composed of 3 switches and 5 sensors.
POWER SUPPLY BOARD
Supplies +24V and +7V to the Main unit and controls the Heat Lamp.
HIGH VOLTAGE POWER SUPPLY BOARD
Supplies bias required for the printing operation: bias of the DRUM, Developing and Transcription.
FIXING UNIT
Composed of heat lamp, thermistor and thermostats.
23
UF-5500 / 4500
CIS
Varistor
Speaker
AMP2
HVPS
RP Sensor
AMP8
TEL
UF-5500:600dpi / UF-4500:300dpi
AMP4(Blue)
Document Sensor
JST4
(ADF)
Motor
Color CIS
FFC 12
ADF motor
Driver
EXT
DAA block
Lite
Sirius
SP
AMP2
TEL
AMP10
FAN (right)
USB
2
AMP4
Thermistor
(Heater)
EXIT Sensor
JST3
AMP4
AMR
AMP5
PTOP Sensor
Register Sensor
sensor
Toner Sensor
Pick Up Sensor
ADF
DOOR
Sensor
eries System Schematic
eries System Schematic
S
S
5500/4500
5500/4500
-
-
UF
UF
AMP2
Operation Panel Board
Ope
2Line
Transit
Thermistor
(Room)
G/A
LCD
AFE
AMP13
)
Regratoe
Phy
24V㸢
(256Mbit
SDRAM
5V
7V㸢
FLASH
UF-4500 64Mbit)
(UF-5500 128Mbit/
3.3V/1.2V
DC-DC
LAN
LAN/USB: UF-5500 only
AMP8
(Blue)
SMPS
AC inlet
Main Board
AMP8 or 7
㪬㪝㪄㪌㪌㪇㪇㪑㪋㪍㫂㪼㫐㩿㪋㪣㪜㪛㪀 㪆㩷㩷㪬㪝㪄㪋㪌㪇㪇㪑㪋㪌㫂㪼㫐㩿㪊㪣㪜㪛㪀
JST2
Regist Solenoid
JST2
Pick Up Solenoid
JST3
FAN (left)
JST8
DC motor
AMP7
AMP5
LSU
Thermostat
Heater
Thermostat
24
6.3.Main Board Section
6.3.1.Data Flow
[FAX Tx]
CISunit
CIS Relay Board
CN61/71
CN59
UF-5500 / 4500
1. An analog image data is output from CIS unit to IC503.
IC503 decodes the analog data to digital data, and outputs to IC300.
Scanner I/F in IC300 process image data and stores it in IC400
through SDRAM I/F.
2. CPU compresses the data in IC400.
3. CPU transfer the data to MODEM
and outputs it to TEL LINE through DAA circuit.
TEL
LINE
UF-5500 ONLY
PC
LAN
USB
[FAX Rx]
Main Board
IC100
IC101
DAA
CN100
IC750
PHY
CN750
CN300
CISunit
MODEM
LAN
I/F
USB
I/F
CPU
CN61/71
CN510
AFE
Scanner
I/F
CIS Relay Board
CN59
IC503
IC300
DSPJBIG
Print I/F
SDRAM
I/F
CN500
IC400
SDRAM
1. FAX data is input from TEL LINE to MODEM in IC300
through DAA circuit.
And then stored it in IC400 through SDRAM I/F.
2. CPU decompresses the data in IC400.
3. Print I/F retrieves the data from IC400 and outputs it to LSU.
LSU
TEL
LINE
UF-5500 ONLY
PC
LAN
USB
Main Board
IC100
IC101
DAA
CN100
IC750
PHY
CN750
CN300
MODEM
LAN
I/F
USB
I/F
CPU
CN510
AFE
Scanner
25
IC503
IC300
DSPJBIG
Print I/F
SDRAM
I/F
I/F
CN500
IC400
SDRAM
LSU
UF-5500 / 4500
[PC Scan] (UF-5500 only)
CISunit
CN61/71
Main Board
IC100
IC101
PC
TEL
LINE
LAN
USB
CN100
CN750
CN300
DAA
IC750
PHY
MODEM
LAN
I/F
USB
I/F
CIS Relay Board
CN59
CN510
AFE
CPU
Scanner
1. An analog image data is output from CIS unit to IC503.
IC503 decodes the analog data to digital data, and outputs to IC300.
Scanner I/F in IC300 processes image data and stores it in IC400
through SDRAM I/F.
2. If necessary, the data is compressed via DSP.
3. When using the LAN, the data is output to PC
through the LAN I/F and PHY(IC750).
or
When using the USB, the data is output to PC
through the USB I/F.
IC503
IC300
DSPJBIG
Print I/F
SDRAM
I/F
I/F
CN500
IC400
SDRAM
LSU
[PC print]
TEL
LINE
PC
LAN
USB
(UF-5500 only)
CISunit
CN61/71
Main Board
IC100
IC101
CN100
CN750
CN300
DAA
IC750
PHY
MODEM
LAN
I/F
USB
I/F
CIS Relay Board
CN59
CN510
AFE
CPU
Scanner
1.The print data is output from PC through LAN
and pass the PHY(IC750) and LAN I/F in IC300.
or
The print data is output from PC through USB
and pass the USB I/F in IC300.
then the data is stored in IC400 through SDRAM I/F.
2. Print I/F retrieves the data from IC400 and outputs it to LSU.
IC503
IC300
DSPJBIG
Print I/F
SDRAM
I/F
I/F
CN500
IC400
SDRAM
LSU
26
UF-5500 / 4500
[Copy]
CN59
CN510
CN61/71
CN500
SDRAM
MODEM
Scanner
I/F
Print I/F
AFE
IC503
IC400
IC300
Main Board
CN300
SDRAM
I/F
CN750
LAN
USB
USB
I/F
CPU
DAA
IC100
IC101
PHY
LAN
I/F
DSPJBIG
CN100
IC750
1. An analog image data is output from CISunit to IC503.
IC503 decodes Analog to Digital data, and outputs to IC300.
Scanner I/F in IC300 processes image data and stores it in IC400
through SDRAM I/F.
2. If necessary, the data is compressed via JBIG.
3. Print I/F retrieves the data from IC400 and outputs it to LSU.
CISunit
LSU
TEL
LINE
PC
CIS Relay Board
UF-5500 ONLY
27
UF-5500 / 4500
Description of Pin Distribution (IC300) SOC (System On Chip)
PIN NO.PinNameI/OPOWER SUPPLY VOLTAGEEXPLANATION
A02LEDONBO3.3VSCANNER INTERFACE
A03NCCDONO3.3VSCANNER INTERFACE
A04AFEMCLKO3.3VSCANNER INTERFACE
A05NCCDCPO3.3VNOT USED
A06CCDCLKO3.3VNOT USED
A07PIO29O3.3VOPERATION PANEL INTERFACE
A08PIO57O3.3VCARRIAGE MOTOR INTERFACE
A09PIO53O3.3VCARRIAGE/ADF MOTOR INTERFACE
A10PIO50O3.3VCARRIAGE/ADF MOTOR INTERFACE
A11PIO46O3.3VFAN1 CONTROL
A12PIO42O3.3VDC MOTOR INTERFACE
A13NFRCEO3.3VFLASH MEMORY CHIP SELECT
A14FRMD0I/O3.3VFLASH MEMORY DATA BUS 0
A15FRMD3I/O3.3VFLASH MEMORY DATA BUS 3
A16FRMD7I/O3.3VFLASH MEMORY DATA BUS 7
A17FRMA3O3.3VFLASH MEMORY ADDRESS BUS 3
A18FRMA6O3.3VFLASH MEMORY ADDRESS BUS 6
A19FRMA10O3.3VFLASH MEMORY ADDRESS BUS 10
A20THRMAVDD-3.3VPOWER SUPPLY
A21FRMA11O3.3VFLASH MEMORY ADDRESS BUS 11
A22FRMA15O3.3VFLASH MEMORY ADDRESS BUS 15
A23FRMA17O3.3VFLASH MEMORY ADDRESS BUS 17
A24FRMA20O3.3VFLASH MEMORY ADDRESS BUS 20
A25FRMA22O3.3VFLASH MEMORY ADDRESS BUS 22
AA01SDMD8I/O3.3VSDRAM DATA BUS 8
AA02SDMD9I/O3.3VSDRAM DATA BUS 9
AA03SDMA7O3.3VSDRAM ADDRESS BUS 7
AA04SDMA6O3.3VSDRAM ADDRESS BUS 6
AA23VDD1.2-1.2VPOWER SUPPLY
AA24AFERSTO3.3VNCU INTERFACE
AA25RINGI3.3VNCU INTERFACE
AA26EXTINTI3.3VNCU INTERFACE
AB01SDMD10I/O3.3VSDRAM DATA BUS 10
AB02SDMD11I/O3.3VSDRAM DATA BUS 11
AB03SDMA5O3.3VSDRAM ADDRESS BUS 5
AB04VDD1.2-1.2VPOWER SUPPLY
AB23VSS-GNDGND
AB24BTXDO3.3VNCU INTERFACE
AB25BRXDI3.3VNCU INTERFACE
AB26AFECLKO3.3VNCU INTERFACE
AC01SDMD12I/O3.3VSDRAM DATA BUS 12
AC02SDMD13I/O3.3VSDRAM DATA BUS 13
AC03SDMA4O3.3VSDRAM ADDRESS BUS 4
AC04VSS-GNDGND
AC05VSS-GNDGND
AC06VDD1.2-1.2VPOWER SUPPLY
AC07TXD0O3.3VETHERNET INTERFACE
AC08TX_ERO3.3VETHERNET INTERFACE
AC09RXD1I3.3VETHERNET INTERFACE
AC10VDD3.3-3.3VPOWER SUPPLY
AC11TESTI3.3VNOT USED
AC12USBREXTI3.3VUSB INTERFACE
AC13VDD1.2-1.2VPOWER SUPPLY
AC14VDD3.3-3.3VPOWER SUPPLY
AC15USBXINI3.3VCRYSTAL(12MHz) INPUT
AC16LSI_SCAN_ENABLEI3.3VNOT USED
AC17VDD1.2-1.2VPOWER SUPPLY
AC18NWDTRSTO3.3VWATCH DOG TIMER RESET OUTPUT
AC19LSI_TNI3.3VNOT USED
AC20PSCIO2I3.3VINPUT PORT (FANDET1)
AC21PSCIO6O3.3VNOT USED
AC22VDD1.2-1.2VPOWER SUPPLY
AC23VSS-GNDGND
AC24ATXDO3.3VNCU INTERFACE
AC25BBITCLKI/O3.3VNCU INTERFACE
28
UF-5500 / 4500
PIN NO.PinNameI/OPOWER SUPPLY VOLTAGEEXPLANATION
AC26BSPCLKI/O3.3VNCU INTERFACE
AD01SDMD14I/O3.3VSDRAM DATA BUS 14
AD02SDMD15I/O3.3VSDRAM DATA BUS 15
AD03VSS-GNDGND
AD04NBATRSTI3.3VBATTERY RESET INPUT
AD05VDD2RTC-1.2VPOWER SUPPLY
AD06CRSI3.3VETHERNET INTERFACE
AD07TXD1O3.3VETHERNET INTERFACE
AD08RX_DVI3.3VETHERNET INTERFACE
AD09RXD2I3.3VETHERNET INTERFACE
AD10RX_ERI3.3VETHERNET INTERFACE
AD11CLKSELI3.3VNOT USED
AD12USBVSSA33_BIAS-GNDGND
AD13USBVSSA33-GNDGND
AD14USBVDDA12_SQ-1.2VPOWER SUPPLY
AD15USBVSSA12-GNDGND
AD16LSI_TRSTNI3.3VNOT USED
AD17LSI_TDOO3.3VNOT USED
AD18NRSTI3.3VSYSTEM RESET INPUT
AD19HTRCTLO3.3VHEATER CONTROL
AD20PSCIO3I3.3VINPUT PORT (POUT)
AD21PSCIO7O3.3VNOT USED
AD22PSCIO15I3.3VINPUT PORT (RPS)
AD23NC--NOT USED
AD24VSS-GNDGND
AD25ASPCLKI/O3.3VNCU INTERFACE
AD26ARXDI3.3VNCU INTERFACE
AE01SDLDM1O3.3VSDRAM DQML1
AE02VSS-GNDGND
AE03SYSPLLVSS1-GNDGND
AE04RTCCLKOUTO3.3VCRYSTAL(32.768KHz) OUTPUT
AE05RTCPWRDWNI3.3VRTC POWER DOWN
AE06TX_CLKII3.3VETHERNET INTERFACE
AE07TXD2O3.3VETHERNET INTERFACE
AE08RX_CLKII3.3VETHERNET INTERFACE
AE09RXD3I3.3VETHERNET INTERFACE
AE10MDCO3.3VETHERNET INTERFACE
AE11NC--NOT USED
AE12USBIDO3.3VNOT USED
AE13USBDMI/O3.3VUSB INTERFACE
AE14USBVSSA12_SQ-GNDGND
AE15USBVDDA12PLL-1.2VPOWER SUPPLY
AE16USBVDDA12-1.2VPOWER SUPPLY
AE17LSI_TDII3.3VNOT USED
AE18LSI_PROCMONO3.3VNOT USED
AE19LSI_IDDTI3.3VNOT USED
AE20PSCIO1I3.3VINPUT PORT (PICK)
AE21PSCIO5O3.3VNOT USED
AE22PSCIO13I3.3VINPUT PORT (TNR)
AE23MDMCLKOUTO3.3VCRYSTAL(24.576MHz) OUTPUT
AE24MDMPLLVDD-3.3VPOWER SUPPLY
AE25VSS-GNDGND
AE26ABITCLKI/O3.3VNCU INTERFACE
AF02SYSPLLVDD1-3.3VPOWER SUPPLY
AF03VDD3.3OSC-3.3VPOWER SUPPLY
AF04RTCCLKINI3.3VCRYSTAL(32.768KHz) INPUT
AF05COLI3.3VETHERNET INTERFACE
AF06TX_ENO3.3VETHERNET INTERFACE
AF07TXD3O3.3VETHERNET INTERFACE
AF08RXD0I3.3VETHERNET INTERFACE
AF09MDIOI/O3.3VETHERNET INTERFACE
AF10MGTINTI3.3VETHERNET INTERFACE
AF11USBVBUSO3.3VUSB INTERFACE
AF12USBVDDA33_BIAS-3.3VPOWER SUPPLY
AF13USBDPI/O3.3VUSB INTERFACE
AF14USBVDDA33-3.3VPOWER SUPPLY
AF15USBVSSA12PLL-GNDGND
29
UF-5500 / 4500
PIN NO.PinNameI/OPOWER SUPPLY VOLTAGEEXPLANATION
AF16USBXOUTI3.3VCRYSTAL(12MHz) OUTPUT
AF17LSI_TMSI3.3VNOT USED
AF18LSI_TCKI3.3VNOT USED
AF19LSI_CW_TAPI3.3VNOT USED
AF20PSCIO0I3.3VINPUT PORT (REGIST)
AF21PSCIO4O3.3VNOT USED
AF22PSCIO12I3.3VINPUT PORT (POUT)
AF23PSCIO14I3.3VINPUT PORT (DOCU)
AF24MDMCLKINI3.3VCRYSTAL(24.576MHz) INPUT
AF25MDMPLLVSS-GNDGND
B01AFEADC0I3.3VNOT USED
B02VSS-GNDGND
B03LEDONGO3.3VSCANNER INTERFACE
B04AFERSMPO3.3VNOT USED
B05AFEVSMPO3.3VSCANNER INTERFACE
B06NCCDRSO3.3VSCANNER INTERFACE
B07PIO30I/O3.3VOPERATION PANEL INTERFACE
B08MMPWRO3.3VNOT USED
B09PIO54O3.3VCARRIAGE/ADF MOTOR INTERFACE
B10PIO51O3.3VCARRIAGE/ADF MOTOR INTERFACE
B11PIO47O3.3VNOT USED
B12PIO43O3.3VDC MOTOR INTERFACE
B13NFROEO3.3VFLASH MEMORY CHIP OUTPUT ENABLE
B14FRMD1I/O3.3VFLASH MEMORY DATA BUS 1
B15FRMD4I/O3.3VFLASH MEMORY DATA BUS 4
B16FRMA0O3.3VFLASH MEMORY ADDRESS BUS 0
B17FRMA4O3.3VFLASH MEMORY ADDRESS BUS 4
B18FRMA7O3.3VFLASH MEMORY ADDRESS BUS 7
B19THRMAVSS-GNDGND
B20TONEO3.3VANALOG(TONE) OUTPUT
B21FRMA12O3.3VFLASH MEMORY ADDRESS BUS 12
B22FRMA16O3.3VFLASH MEMORY ADDRESS BUS 16
B23FRMA19O3.3VFLASH MEMORY ADDRESS BUS 19
B24FRMA21O3.3VFLASH MEMORY ADDRESS BUS 21
B25VSS-GNDGND
B26DOTPLLVSS-GNDGND
C01AFEADC3I3.3VNOT USED
C02AFEADC1I3.3VNOT USED
C03VSS-GNDGND
C04LEDONRO3.3VSCANNER INTERFACE
C05OEBO3.3VNOT USED
C06CCDSHO3.3VSCANNER INTERFACE
C07PIO31O3.3VOPERATION PANEL INTERFACE
C08OPMPWRO3.3VNOT USED
C09PIO55O3.3VCARRIAGE/ADF MOTOR INTERFACE
C10PIO52O3.3VCARRIAGE/ADF MOTOR INTERFACE
C11PIO49O3.3VOUTPUT PORT(HSSPMUTE)
C12PIO45O3.3VDC MOTOR INTERFACE
C13NFRWEO3.3VFLASH MEMORY CHIP WRITE ENABLE
C14FRMD2I/O3.3VFLASH MEMORY DATA BUS 2
C15FRMD6I/O3.3VFLASH MEMORY DATA BUS 6
C16FRMA2O3.3VFLASH MEMORY ADDRESS BUS 2
C17FRMA5O3.3VFLASH MEMORY ADDRESS BUS 5
C18FRMA9O3.3VFLASH MEMORY ADDRESS BUS 9
C19THRMSTR0I3.3VANALOG INPUT(THERMISTOR)
C20TONEAVDD-3.3VPOWER SUPPLY
C21FRMA14O3.3VFLASH MEMORY ADDRESS BUS 14
C22FRMA18O3.3VFLASH MEMORY ADDRESS BUS 18
C23FRMA23O3.3VFLASH MEMORY ADDRESS BUS 23
C24VSS-GNDGND
C25DOTPLLVDD-3.3VPOWER SUPPLY
C26DOTCLKINI3.3VCRYSTAL(20MHz) INPUT
D01AFEADC5I3.3VSCANNER INTERFACE
D02AFEADC4I3.3VSCANNER INTERFACE
D03AFEADC2I3.3VNOT USED
D04VSS-GNDGND
D05VSS-GNDGND
30
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