SYCARD
`
`TECHNOLOGY
`
`PCCextend 100
`User's Manual
`
`Preliminary
`
`M200001-00
`Apri/3, 1995
`
`Sycard Technology
`1180-F Miraloma Way
`Sunnyvale, CA 94086
`(408) 749-0130
`(408) 749-1323 FAX
`
`
`
`BLACKBERRY Ex. 1004, page 1
`
`

`
`BLACKBERRY Ex. 1004, page 2
`
`

`
`PCCextend 100 User’s Manual
`
`
`
`1.0 Introduction1.0 Introduction
`
`Page 1
`
`Sycard Technology's PCCextend 100 PCMCIA extender card is a debug tool for PCMCIA development and test.
`PCCextend offers the following features:
`
`•
`•
`•
`•
`•
`•
`•
`•
`•
`
`PCCswitch simulates card removal/insertion cycle
`Low profile design compatible with type I, II and III sockets
`4 layer construction to insure low noise environment
`All 68 pins available as test points
`Both I/O and memory mode signals clearly marked
`Vcc, Vpp1 and Vpp2 can be isolated through jumper blocks for current measurements
`Surface mount resistors and/or capacitors can be added to any signal line
`Vcc LEDs indicate 3.3V or 5V operation
`Convenient grounding posts for scope probes or other test equipment
`
`
`
`2.0 Using the PCCextend 1002.0 Using the PCCextend 100
`
`Using the PCCextend is relatively straightforward. The extender card is inserted into the desired slot in the host
`system. Then the PC Card under test is inserted into the card connector.
`
`CautionCaution: Insertion and removal of the extender and PC card should be done with care. The PC Card's
`
`fragile connectors may be broken or bent if improper force is used. Both card and extender should be
`inserted straight without any lateral movement or force. Proper care and use of the extender card will insure
`years of trouble free operation.
`
`M200001-00
`
`ª1994-95 Sycard Technology
`
`BLACKBERRY Ex. 1004, page 3
`
`

`
`Page 2
`
`PCCextend 100 User’s Manual
`
`PCMCIACARD EXTENDERPCCextend
`
`
`
`Figure 2.0-1 The PCCextend 100Figure 2.0-1 The PCCextend 100
`
`ª1994-95 Sycard Technology
`
`M200001-00
`
`BLACKBERRY Ex. 1004, page 4
`
`

`
`PCCextend 100 User’s Manual
`
`Page 3
`
`
`
`2.1 Test points2.1 Test points
`
`All 68-pins of the interface are available to probe through clearly marked headers.
`
`WPIOIS16D1A0A2A4A6A12A16Vcc-WEA13A9-OE-CE1D6D4GNDGNDD2D0A1A3A5A7A15Vpp1RDY-IRQA14A8A11A10070503-C02D9BVD1/-STCHG-REG-WAIT-VS2A24A22VccA20A18-IOWR-VS1D15D13D11GNDGNDD10D8BVD2-SPKRINPACKRESETA25A23VPP2A21A19A17-IORD-CE2D14D12-CD1PWR5VCD2CD1SW1Vpp1VccVpp2JP6JP5VccGndGndVcc
`
`
`
`2.2 Power Indicators2.2 Power Indicators
`
`Two LED power indicators display the status of the socket’s Vcc. The PWR LED indicates that power is applied to
`the board. When both the PWR LED and the 5V LED are lit, a Vcc of greater than approximately 3.5V is present.
`When only the PWR LED is lit, the Vcc is at a level of less than 3.5V.
`
`NoteNote: The power LEDs are designed to indicate the presence of power on the Vcc supply pins. The LEDs
`do not provide an accurate measurement of Vcc. Use a voltmeter to determine the actual operating voltage.
`
`
`
`2.2 Current Measurements2.2 Current Measurements
`
`Vcc, Vpp1 and Vpp2 power buses may be isolated from the PC Card socket through three sets of jumper blocks.
`Each jumper block consists of two sets of jumpers. Both jumpers must be removed to isolate the power. A current
`meter can be inserted to measure card current consumption.
`
`CautionCaution: Care must be taken to insure that the current measuring device is inserted before turning on power
`
`to the host socket. Improper power sequencing may cause a damaging latchup condition.
`
`
`
`2.3 Using the PCCswitch2.3 Using the PCCswitch
`
`PCCextend 100 includes the PCCswitch, which can be used to momentarily interrupt the CD1 and CD2 signals.
`The PCCswitch is centrally located on the PCCextend 100 between the termination area and test points. When
`properly configured, the PCCswitch can interrupt the card detect signals (-CD1 and -CD2) to simulate a card
`removal/insertion cycle. Two three pin headers are used to configure the PCCswitch. When both CD1 and CD2
`headers are in the “A” position, CD1 and CD2 are routed directly from the host socket to the PCCextend socket.
`
`M200001-00
`
`ª1994-95 Sycard Technology
`
`BLACKBERRY Ex. 1004, page 5
`
`

`
`Page 4
`
`PCCextend 100 User’s Manual
`
`When the jumpers are in this position the PCCswitch is not in the circuit. In the “B” position, the host socket’s CD1
`and CD2 is routed through the PCCswitch to the CD1 signal on the PCCextend socket. When a card is inserted, CD1
`and CD2 may be momentarily interrupted by pressing the PCCswitch.
`
`CD2CD1CD2CD1Position APosition B
`
`
`
`Figure 2.3-1 Card Detect SwitchFigure 2.3-1 Card Detect Switch
`
`To test the operation of the PCCswitch, be sure that your PC Card Software drivers are loaded. Momentarily press
`the PCCtest switch. Most software drivers will issue a removal beep followed by an insertion beep. The software
`may also remove power from the socket when the card is removed.
`
`
`
`2.4 Termination and Prototype Area2.4 Termination and Prototype Area
`
`A termination area located between the test points and the card connector allows access to all PC Card signals. A
`series of surface mount pads allows the user to add series resistors, pull-down resistor, or capacitance to any signal.
`The SMT pads are arranged as follows:
`
`When shipped from the factory, the resistor pads are shorted with PCB traces. In order to insert series resistor, these
`traces must be cut prior to soldering the resistor to the board. Pull-down resistors may be inserted by adding a resistor
`to the corresponding SMT capacitor pad. Filter capacitors may be added by inserting a small capacitor into the
`corresponding SMT capacitor pad. Figure 2.4-1 and 2.4-2 illustrate the termination areas located on both sides of the
`PCCextend board. Use this guide when making modifications to the board, since the silk-screen designations may be
`difficult to read.
`
`R60C60R3R1R18R20R22R24R42C3C1C18C20C22C24C42R51C51R31R25R28R27R8R6R43C31C25C28C27C8C6C43R59C59R2R17R19R21R23R32R29C32C29C23C21C19C17C2R50C50C30R30C26C46R44C44C7C5C4R4R5R7R46R26WP-CD1A0A2A4A6A12A16-WEA13-CD2D2D0A1A3A5A7A15RDYA14A8A11A10D7D5-CD1D3D4D6-OE-CE1A9CD2CD1SW1
`
`
`
`
`
`Figure 2.4-1 TerFigure 2.4-1 Termination Area - Component Sidemination Area - Component Side
`
`ª1994-95 Sycard Technology
`
`M200001-00
`
`BLACKBERRY Ex. 1004, page 6
`
`

`
`PCCextend 100 User’s Manual
`
`Page 5
`
`C10R10R58C58C56R54C54C52R41R38C38C39R52R56C11R11R9C57R57R55R53R40R39R37R35R33R48R45R15R13C13C15C45C48C33C37C41C40C53C55C9C35C36R36C12C14R12R14C16C47C49C34R16R34R47R49D9BVD1-REG-WAIT-VS2A23A25RESET-INPACKBVD2D8D10A24A22A20A18-IOWR-VS1D15D13D11A21A19A17-IORD-CE2D14D12
`
`
`
`Figure 2.4-2 Termination Area - Solder SideFigure 2.4-2 Termination Area - Solder Side
`
`
`
`2.5 PCCextend Current Protection Device2.5 PCCextend Current Protection Device
`
`A resettable fuse protects the host from excessive current consumption from the card. Located at R61, the,
`PolySwitch resettable fuse provides low resistance operation up to 900mA. The PolySwitch fuse may be by passed
`by soldering a shorting wire across JP4.
`
`M200001-00
`
`ª1994-95 Sycard Technology
`
`BLACKBERRY Ex. 1004, page 7
`
`

`
`Page 6
`
`
`
`AppendixAppendix
`
`
`
`A. PC Card 68-Pin InterfaceA. PC Card 68-Pin Interface
`
`PCCextend 100 User’s Manual
`
`PC Card Pinout - Memory ModePC Card Pinout - Memory Mode
`
`PinPin
`NameName
`
`DescriptionDescription
`1
`GND
`Ground
`2
`D3
`Data Bit 3
`3
`D4
`Data Bit 4
`4
`D5
`Data Bit 5
`5
`D6
`Data Bit 6
`6
`D7
`Data Bit 7
`7
`CE1#
`Card Enable 1
`8
`A10
`Address Bit 10
`9
`OE#
`Output Enable
`10
`A11
`Address Bit 11
`11
`A9
`Address Bit 9
`12
`A8
`Address Bit 8
`13
`A13
`Address Bit 13
`14
`A14
`Address Bit 14
`15
`WE#
`Write Enable
`16
`READY
`Ready/Busy
`17
`VCC
`Card Power
`18
`VPP1
`Programming Supply
`Voltage 1
`Address Bit 16
`Address Bit 15
`Address Bit 12
`Address Bit 7
`Address Bit 6
`Address Bit 5
`Address Bit 4
`Address Bit 3
`Address Bit 2
`Address Bit 1
`
`A16
`A15
`A12
`A7
`A6
`A5
`A4
`A3
`A2
`A1
`
`19
`20
`21
`22
`23
`24
`25
`26
`27
`28
`
`29
`
`30
`31
`32
`33
`34
`
`A0
`
`D0
`D1
`D2
`WP
`GND
`
`Address Bit 0
`
`Data Bit 0
`Data Bit 1
`Data Bit 2
`Write Protect
`Ground
`
`PinPin
`35
`36
`37
`38
`39
`40
`41
`42
`43
`44
`45
`46
`47
`48
`49
`50
`51
`52
`
`53
`54
`55
`56
`57
`58
`59
`60
`61
`62
`
`63
`
`64
`65
`66
`67
`68
`
`NameName
`GND
`CD1#
`D11
`D12
`D13
`D14
`D15
`CE2#
`VS1#
`RFU
`RFU
`A17
`A18
`A19
`A20
`A21
`VCC
`VPP2
`
`A22
`A23
`A24
`A25
`VS2#
`RESET
`WAIT#
`RFU
`REG#
`BVD2
`
`BVD1
`
`D8
`D9
`D10
`CD2#
`GND
`
`DescriptionDescription
`
`Ground
`Card Detect 1
`Data Bit 11
`Data Bit 12
`Data Bit 13
`Data Bit 14
`Data Bit 15
`Card Enable 2
`Voltage Sense 1
`Reserved
`Reserved
`Address Bit 17
`Address Bit 18
`Address Bit 19
`Address Bit 20
`Address Bit 21
`Card Power
`Programming Supply
`Voltage 2
`Address Bit 22
`Address Bit 23
`Address Bit 24
`Address Bit 25
`Voltage Sense 2
`Card Reset
`Extend Bus Cycle
`Reserved
`Register Select
`Battery Voltage Detect
`2
`Battery Voltage Detect
`1
`Data Bit 8
`Data Bit 9
`Data Bit 10
`Card Detect 2
`Ground
`
`ª1994-95 Sycard Technology
`
`M200001-00
`
`BLACKBERRY Ex. 1004, page 8
`
`

`
`PCCextend 100 User’s Manual
`
`Page 7
`
`PinPin
`1
`2
`3
`4
`5
`6
`7
`8
`9
`10
`11
`12
`13
`14
`15
`16
`17
`18
`
`19
`20
`21
`22
`23
`24
`25
`26
`
`27
`
`28
`
`29
`30
`31
`32
`33
`34
`
`NameName
`GND
`D3
`D4
`D5
`D6
`D7
`CE1#
`A10
`OE#
`A11
`A9
`A8
`A13
`A14
`WE#
`IREQ#
`VCC
`VPP1
`
`A16
`A15
`A12
`A7
`A6
`A5
`A4
`A3
`
`A2
`
`A1
`
`A0
`D0
`D1
`D2
`IOIS16#
`GND
`
`DescriptionDescription
`
`Ground
`Data Bit 3
`Data Bit 4
`Data Bit 5
`Data Bit 6
`Data Bit 7
`Card Enable 1
`Address Bit 10
`Output Enable
`Address Bit 11
`Address Bit 9
`Address Bit 8
`Address Bit 13
`Address Bit 14
`Write Enable
`Interrupt Request
`Card Power
`Programming Supply
`Voltage 1
`Address Bit 16
`Address Bit 15
`Address Bit 12
`Address Bit 7
`Address Bit 6
`Address Bit 5
`Address Bit 4
`Address Bit 3
`
`Address Bit 2
`
`Address Bit 1
`
`Address Bit 0
`Data Bit 0
`Data Bit 1
`Data Bit 2
`IO Port is 16 bits
`Ground
`
`PinPin
`35
`36
`37
`38
`39
`40
`41
`42
`43
`44
`45
`46
`47
`48
`49
`50
`51
`52
`
`53
`54
`55
`56
`57
`58
`59
`60
`
`61
`
`62
`
`63
`64
`65
`66
`67
`68
`
`NameName
`GND
`CD1#
`D11
`D12
`D13
`D14
`D15
`CE2#
`VS1#
`IORD#
`IOWR#
`A17
`A18
`A19
`A20
`A21
`VCC
`VPP2
`
`A22
`A23
`A24
`A25
`VS2#
`RESET
`WAIT#
`INPACK#
`
`REG#
`
`SPKR#
`
`STSCHG#
`D8
`D9
`D10
`CD2#
`GND
`
`DescriptionDescription
`
`Ground
`Card Detect 1
`Data Bit 11
`Data Bit 12
`Data Bit 13
`Data Bit 14
`Data Bit 15
`Card Enable 2
`Voltage Sense 1
`I/O Read Strobe
`I/O Write Strobe
`Address Bit 17
`Address Bit 18
`Address Bit 19
`Address Bit 20
`Address Bit 21
`Card Power
`Programming Supply
`Voltage 2
`Address Bit 22
`Address Bit 23
`Address Bit 24
`Address Bit 25
`Voltage Sense 2
`Card Reset
`Extend Bus Cycle
`Input Port Acknowledge
`
`Register and I/O select
`enable
`Digital Audio
`Waveform
`Card Status Changed
`Data Bit 8
`Data Bit 9
`Data Bit 10
`Card Detect 2
`Ground
`
`M200001-00
`
`ª1994-95 Sycard Technology
`
`BLACKBERRY Ex. 1004, page 9
`
`PC Card Pinout - I/O Mode
`

`
`Page 8
`
`PCCextend 100 User’s Manual
`
`68 pin Card Side Connector - 5 Volt
`
`Surface A
`
`Surface B
`
`Pin 1
`
`Pin 35
`
`68 pin Socket - 5 Volt (System side)
`Front view
`
`Pin 34
`
`Right angle connector hole pattern - Top side
`
`INSERT CARD
`
`Right angle connector hole pattern - Bottom Side
`
`Pin 68
`
`#33
`
`#34
`
`#67
`
`#68
`
`#1
`
`#2
`
`#35
`
`#36
`
`Pin 34
`
`Pin 68
`
`Pin 1
`
`Pin 35
`
`#1
`
`#2
`
`#35
`
`#36
`
`#33
`
`#34
`
`#67
`
`#68
`
`INSERT CARD
`
`ª1994-95 Sycard Technology
`
`M200001-00
`
`BLACKBERRY Ex. 1004, page 10
`
`

`
`PCCextend 100 User’s Manual
`
`B. PC Card Timing ReferenceB. PC Card Timing Reference
`
`
`B.1 I/O Read TimingB.1 I/O Read Timing
`
`Page 9
`
`A[25:0]
`
`REG#
`
`CE[1:0]#
`
`IORD#
`
`IN PAC K#
`
`IOIS16#
`
`W AIT#
`
`Dout
`
`T100
`
`T103
`
`T104
`
`T101
`
`T102
`
`T105
`
`T115
`
`T1 06
`
`T107
`
`T108
`
`T109
`
`T114
`
`T110
`
`T111
`
`T113
`
`T112
`
`RefRef
`T100
`T101
`T102
`T103
`T104
`T105
`T106
`T107
`T108
`T109
`T110
`T111
`T112
`T113
`T114
`
`I/O Read TimingI/O Read Timing
`
`
`SymbolSymbol
`tsuREG
`thA
`thREG
`tsuCE
`tsuA (IORD)
`twIORD
`tdfINPACK
`tdrINPACK
`tdfIOIS16
`td (IORD)
`tdWT
`tw
`td (WT)
`th (IORD)
`tdrIOIS16
`(ADR)
`thCE
`
`T115
`
`DescriptionDescription
`
`REG# setup to IORD#
`Address hold after IORD# de-asserted
`REG# hold after IORD# de-asserted
`CE# to IORD# setup time
`Address setup before IORD#
`IORD# strobe width
`INPACK# delay from IORD# active
`INPACK# delay from IORD# inactive
`IOIS16# delay from Address valid
`Data Valid after IORD#
`IORD# to WAIT# delay
`WAIT# width
`Data Valid after WAIT# inactive
`Data hold after IORD# de-asserted
`IOIS16# delay from address invalid
`
`CE# hold after IORD# inactive
`
`MinMin
`5ns
`20ns
`0ns
`5ns
`70nS
`165ns
`0ns
`
`0ns
`
`20ns
`
`MaxMax
`
`45ns
`45ns
`35ns
`100ns
`35ns
`12us
`0ns
`
`35ns
`
`M200001-00
`
`ª1994-95 Sycard Technology
`
`BLACKBERRY Ex. 1004, page 11
`
`

`
`Page 10
`
`
`
`B.2 I/O Write TimingB.2 I/O Write Timing
`
`PCCextend 100 User’s Manual
`
`A[25:0]
`
`R EG #
`
`CE[1:0]#
`
`IOW R#
`
`IOIS16#
`
`W AIT#
`
`D in
`
`T1 01
`
`T102
`
`T105
`
`T1 15
`
`T100
`
`T103
`
`T104
`
`T108
`
`T109
`
`T110
`
`T111
`
`T113
`
`T112
`
`T114
`
`MaxMax
`
`35ns
`
`35ns
`12us
`
`35ns
`
`MinMin
`5ns
`20ns
`0ns
`5ns
`70nS
`165ns
`
`60ns
`
`0ns
`30ns
`
`20ns
`
`I/O Write TimingI/O Write Timing
`
`DescriptionDescription
`
`
`SymbolSymbol
`tsuREG (IOWR) REG# setup to IOWR#
`thA (IOWR)
`Address hold after IOWR# de-asserted
`thREG (IOWR)
`REG# hold after IOWR# de-asserted
`tsuCE (IOWR)
`CE# to IOWR# setup time
`tsuA (IOWR)
`Address setup before IOWR#
`twIOWR
`IOWR# strobe width
`tdfIOIS16
`IOIS16# delay from Address valid
`tsu (IOWR)
`Data Setup before IOWR#
`tdWT (IOWR)
`IOWR# to WAIT# delay
`tw WT
`WAIT# width
`tdr IOWR (WT) WAIT# deasserted to IOWR# deasserted
`th (IOWR)
`Data hold after IOWR# de-asserted
`tdrIOIS16
`IOIS16# delay from address invalid
`(ADR)
`thCE(IOWR)
`
`RefRef
`T100
`T101
`T102
`T103
`T104
`T105
`T108
`T109
`T110
`T111
`T112
`T113
`T114
`
`T115
`
`CE# hold after IOWR# de-asserted
`
`ª1994-95 Sycard Technology
`
`M200001-00
`
`BLACKBERRY Ex. 1004, page 12
`
`

`
`PCCextend 100 User’s Manual
`
`
`
`B.3 Memory Read TimingB.3 Memory Read Timing
`
`A[25:0], REG#
`
`CE[1:0]#
`
`OE#
`
`T105
`
`WAIT#
`
`Din
`
`Page 11
`
`T102
`
`T111
`
`T100
`
`T114
`
`T101
`
`T103
`
`T104
`
`T106
`
`T107
`
`T115
`
`T108
`
`T110
`
`T109
`
`T112
`
`Memory Read TimingMemory Read Timing
`
`
`SymbolSymbol
`
`DescriptionDescription
`
`tcR
`ta(A)
`th (A)
`ta (CE)
`ta (OE)
`tsu (A)
`tv (WT-OE)
`tw (WT)
`ten (OE)
`tv (WT)
`tdis (OE)
`ten(CE)
`tsu(CE)
`th(CE)
`
`Read Cycle Time
`Address access time
`Address hold time
`CE# access time
`OE# access time
`Address setup time
`WAIT# Valid from OE#
`WAIT# Pulse width
`Output enable time from OE#
`Data setup for WAIT# released
`Output disable inactive to data float
`Output enable time from CE#
`CE# setup time
`CE# hold after OE# inactive
`
`RefRef
`
`T100
`T101
`T102
`T103
`T104
`T105
`T106
`T107
`T109
`T110
`T111
`T112
`T114
`T115
`
`600ns600ns
`
`MaxMax
`
`600ns
`
`600ns
`300ns
`
`100ns
`12us
`5ns
`
`150ns
`5ns
`
`MinMin
`600ns
`
`35ns
`
`100ns
`
`0ns
`
`0ns
`35ns
`
`250ns250ns
`
`MaxMax
`
`250ns
`
`250ns
`125ns
`
`35ns
`12us
`5ns
`
`100ns
`5ns
`
`MinMin
`250ns
`
`20ns
`
`30ns
`
`0ns
`
`0ns
`20ns
`
`NoteNote: All timing for 250ns accesses to common memory. 600ns cycle times apply for 3.3V operation.
`
`M200001-00
`
`ª1994-95 Sycard Technology
`
`BLACKBERRY Ex. 1004, page 13
`
`

`
`Page 12
`
`PCCextend 100 User’s Manual
`
`
`
`B.4 Memory Write TimingB.4 Memory Write Timing
`
`T100T102T101T109T108T103T110T112T106DinT113A[25:0], REG#CE[1:0]#WAIT#T104OE#WE#T105T107T111DoutT114T115T116T118T117
`
`Memory Write Memory Write TimingTiming
`
`
`
`SymbolSymbol
`
`DescriptionDescription
`
`tcW
`tsu(CE - WEH)
`tsu(A-WEH)
`trc(WE)
`tsu(OE-WE)
`th(CE)
`tw(WE)
`tsu(A)
`tv(WT-WE)
`tw(WT)
`tv(WT)
`tsu(D-WEH)
`th(D)
`tdis(OE)
`ten(OE)
`ten(WE)
`tdis(WE)
`tsu(CE)
`th(OE-WE)
`
`Write cycle time
`CE# active to WE# high
`Address valid to WE# high
`Write recover time
`Output enable setup OE# to WE#
`CE# hold time
`WE# pulse width
`Address setup time
`WAIT# valid from WE# active
`WAIT# pluse width
`WE# high from WAIT# inactive
`Data setup time
`Data hold time
`Output disable time from OE# inactive
`Output enable time from OE# active
`Output enable time from WE# inactive
`Output disable from WE# active
`CE# setup time
`Output enable hold from WE#
`
`RefRef
`
`T100
`T101
`T102
`T103
`T104
`T105
`T106
`T107
`T108
`T109
`T110
`T111
`T112
`T113
`T114
`T115
`T116
`T117
`T118
`
`600ns600ns
`
`MaxMax
`
`100ns
`12us
`
`150ns
`
`150ns
`
`MinMin
`600ns
`300ns
`350ns
`70ns
`35ns
`35ns
`300ns
`50ns
`
`0ns
`150ns
`70ns
`
`5ns
`5ns
`
`0ns
`35ns
`
`MinMin
`250ns
`180ns
`180ns
`30ns
`10ns
`20ns
`150ns
`30ns
`
`0ns
`80ns
`30ns
`
`5ns
`5ns
`
`0ns
`10ns
`
`250ns250ns
`
`MaxMax
`
`35ns
`12us
`
`100ns
`
`100ns
`
`NoteNote: All timing for 250ns speed version. 600ns cycle times apply for 3.3V operation. See PC Card
`Standard for other speed versions.
`
`ª1994-95 Sycard Technology
`
`M200001-00
`
`BLACKBERRY Ex. 1004, page 14
`
`

`
`PCCextend 100 User’s Manual
`
`
`
`C. PCCextend 100 SchematicC. PCCextend 100 Schematic
`
`Page 13
`
`M200001-00
`
`ª1994-95 Sycard Technology
`
`BLACKBERRY Ex. 1004, page 15
`
`

`
`WP
`CD1
`CA0
`CA2
`CA4
`CA6
`CA12
`CA16
`
` 1
` 3
` 5
` 7
` 9
` 11
` 13
` 15
` 17
`*WE/*PGM
` 19
`CA13
` 21
`CA9
` 23
`*OE
` 25
`*CE1
` 27
`CD6
` 29
`CD4
` 31
` 33
`
`J1
`2 2
`1
`4 4
`3
`6 6
`5
`8 8
`7
`10 10
`9
`12 12
`11
`14 14
`13
`16 16
`15
`18 18
`17
`20 20
`19
`22 22
`21
`24 24
`23
`26 26
`25
`28 28
`27
`30 30
`29
`32 32
`31
`34 34
`33
`2 X 17
`
`CD2
`CD0
`CA1
`CA3
`CA5
`CA7
`CA15
`VPP1
`RDY/*BSY
`CA14
`CA8
`CA11
`CA10
`CD7
`CD5
`CD3
`
`CD1
`
`123
`
`HEADER 3
`
`*CD1
`
`CD2
`
`123
`
`HEADER 3
`
`VCC
`
`*CD2
`
`VCC
`
`*CD2
`CD9
`BVD1
`*REG
`*WAIT
`VS2
`CA24
`CA22
`
`CA20
`CA18
`*IOWR
`VS1
`CD15
`CD13
`CD11
`
` 2
` 4
` 6
` 8
` 10
` 12
` 14
` 16
` 18
` 20
` 22
` 24
` 26
` 28
` 30
` 32
` 34
`
`J2
`1 1
`2
`3 3
`4
`5 5
`6
`7 7
`8
`9 9
`10
`11 11
`12
`13 13
`14
`15 15
`16
`17 17
`18
`19 19
`20
`21 21
`22
`23 23
`24
`25 25
`26
`27 27
`28
`29 29
`30
`31 31
`32
`33 33
`34
`2 X 17
`
`CD10
`CD8
`BVD2
`*INPACK
`CRESET
`CA25
`CA23
`VPP2
`CA21
`CA19
`CA17
`*IORD
`*CE2
`CD14
`CD12
`*CD1
`
`SW1
`
`PUSHBUTTON
`
`*CE2
`
`*IORD
`*IOWR
`
`*CE2
`VS1
`*IORD
`*IOWR
`
`VCC
`
`VPP2
`
`VPP2
`
`CRESET
`*WAIT
`*INPACK
`*REG
`BVD2
`BVD1
`
`CRESET
`*WAIT
`*INPACK
`*REG
`BVD2
`BVD1
`
`*CD2P
`
`VS2
`
`VS2
`
`CD[0..15]
`
`CD[0..15]
`
`*CE1
`
`*OE
`
`*CE1
`
`*OE
`
`VCC
`
`*WE/*PGM
`RDY/*BSY
`
`VPP1
`
`*WE/*PGM
`RDY/*BSY
`
`VPP1
`
`WP
`
`WP
`
`CD3
`CD4
`CD5
`CD6
`CD7
`
`CA10
`
`CA11
`CA9
`CA8
`CA13
`CA14
`
`CA16
`CA15
`CA12
`CA7
`CA6
`CA5
`CA4
`CA3
`CA2
`CA1
`CA0
`CD0
`CD1
`CD2
`
` 1
` 2
` 3
` 4
` 5
` 6
` 7
` 8
` 9
` 10
` 11
` 12
` 13
` 14
` 15
` 16
` 17
` 18
` 19
` 20
` 21
` 22
` 23
` 24
` 25
` 26
` 27
` 28
` 29
` 30
` 31
` 32
` 33
` 34
`
`P1
`GND
`D3
`D4
`D5
`D6
`D7
`CE1
`A10
`OE
`A11
`A9
`A8
`A13
`A14
`WE/PGM
`RDY/BSY
`VCCX
`VPP1
`A16
`A15
`A12
`A7
`A6
`A5
`A4
`A3
`A2
`A1
`A0
`D0
`D1
`D2
`WP
`GND
`PCMCIA
`
`GND 35
`CD1 36
`D11 37
`D12 38
`D13 39
`D14 40
`D15 41
`CE2 42
`RFSH 43
`IORD 44
`IOWR 45
`A17 46
`A18 47
`A19 48
`A20 49
`A21 50
`VCCX 51
`VPP2 52
`A22 53
`A23 54
`A24 55
`A25 56
`RFU 57
`RESET 58
`WAIT 59
`INPACK 60
`REG 61
`BVD2 62
`BVD1 63
`D8 64
`D9 65
`D10 66
`CD2 67
`GND 68
`
`*CD1P
`CD11
`CD12
`CD13
`CD14
`CD15
`
`VS1
`
`CA17
`CA18
`CA19
`CA20
`CA21
`
`CA22
`CA23
`CA24
`CA25
`VS2
`
`CD8
`CD9
`CD10
`
`CA[0..25]
`
`CA[0..25]
`
`HOST SIDE CONNECTOR
`
`FILE=PCCEXT1.S31
`
`Sycard Technology
`
`Title
`
`PCCextend 100 - Host Connector
`REV
`Size Document Number
`B
`140002
`A
`Date: April 4, 1995 Sheet 1 of 4
`
`BLACKBERRY Ex. 1004, page 16
`
`

`
`CD[0..15]
`
`CD[0..15]
`
`CD0
`
`CD1
`
`CD2
`
`CD3
`
`R1
`
`0 OHM
`
`R2
`
`C1 CAP
`
`0 OHM
`
`R3
`
`C2 CAP
`
`0 OHM
`
`R4
`
`C3 CAP
`
`0 OHM
`
`CDF0
`
`CDF1
`
`CDF2
`
`CDF3
`
`CDF[0..15]
`
`CDF[0..15]
`
`CAF[0..25]
`
`CAF[0..25]
`
`CA0
`
`CA1
`
`CA2
`
`CA3
`
`R17
`
`0 OHM
`
`R18
`
`C17 CAP
`
`0 OHM
`
`R19
`
`C18 CAP
`
`0 OHM
`
`R20
`
`C19 CAP
`
`CAF0
`
`CAF1
`
`CAF2
`
`CA16
`
`CA17
`
`CA18
`
`R32
`
`0 OHM
`
`R33
`
`C32 CAP
`
`0 OHM
`
`R34
`
`C33 CAP
`
`0 OHM
`
`CAF16
`
`CAF17
`
`CAF18
`
`CD4
`
`CD5
`
`CD6
`
`CD7
`
`R5
`
`C4 CAP
`
`0 OHM
`
`R6
`
`C5 CAP
`
`0 OHM
`
`R7
`
`C6 CAP
`
`0 OHM
`
`R8
`
`C7 CAP
`
`CDF4
`
`CDF5
`
`CDF6
`
`CDF7
`
`CA4
`
`CA5
`
`CA6
`
`0 OHM
`
`R21
`
`C20 CAP
`
`0 OHM
`
`R22
`
`C21 CAP
`
`0 OHM
`
`R23
`
`C22 CAP
`
`0 OHM
`
`CAF3
`
`CAF4
`
`CAF5
`
`CAF6
`
`CA19
`
`CA20
`
`CA21
`
`CA22
`
`R35
`
`C34 CAP
`
`0 OHM
`
`R36
`
`C35 CAP
`
`0 OHM
`
`R37
`
`C36 CAP
`
`0 OHM
`
`R38
`
`C37 CAP
`
`CAF19
`
`CAF20
`
`CAF21
`
`CAF22
`
`CD8
`
`CD9
`
`CD10
`
`0 OHM
`
`R9
`
`C8 CAP
`
`0 OHM
`
`R10
`
`C9 CAP
`
`0 OHM
`
`CDF8
`
`CDF9
`
`R11
`
`C10 CAP
`
`CDF10
`
`0 OHM
`
`R12
`
`C11 CAP
`
`CA7
`
`CA8
`
`CA9
`
`R24
`
`C23 CAP
`
`0 OHM
`
`R25
`
`C24 CAP
`
`0 OHM
`
`R26
`
`C25 CAP
`
`0 OHM
`
`CAF7
`
`CAF8
`
`CAF9
`
`CA10
`
`R27
`
`C26 CAP
`
`CAF10
`
`0 OHM
`
`CA23
`
`CA24
`
`CA25
`
`0 OHM
`
`R39
`
`C38 CAP
`
`0 OHM
`
`R41
`
`C41 CAP
`
`0 OHM
`
`R40
`
`C39 CAP
`
`0 OHM
`
`C40 CAP
`
`CAF23
`
`CAF24
`
`CAF25
`
`CD11
`
`CD12
`
`CD13
`
`CD14
`
`CD15
`
`CDF11
`
`CDF12
`
`CDF13
`
`CDF14
`
`CDF15
`
`0 OHM
`
`R13
`
`C12 CAP
`
`0 OHM
`
`R14
`
`C13 CAP
`
`0 OHM
`
`R15
`
`C14 CAP
`
`0 OHM
`
`R16
`
`C15 CAP
`
`0 OHM
`
`C16 CAP
`
`CA11
`
`CA12
`
`CA13
`
`CA14
`
`CA15
`
`R28
`
`C27 CAP
`
`0 OHM
`
`R29
`
`C28 CAP
`
`0 OHM
`
`R30
`
`C29 CAP
`
`0 OHM
`
`R31
`
`C30 CAP
`
`0 OHM
`
`R42
`
`C31 CAP
`
`0 OHM
`
`C42 CAP
`
`CAF11
`
`CAF12
`
`CAF13
`
`CAF14
`
`CAF15
`
`CA[0..25]
`
`CA[0..25]
`
`FILE=PCCEXT2.S31
`
`Sycard Technology
`
`Title
`PCCextend 100 - Data/Address Filters
`REV
`Size Document Number
`B
`140002
`A
`Date: April 4, 1995 Sheet 2 of 4
`
`BLACKBERRY Ex. 1004, page 17
`
`

`
`*CD1
`
`*CD1
`
`*CE1
`
`*CE1
`
`*CE2
`
`*CE2
`
`*OE
`
`*OE
`
`*VS1
`
`VS1
`
`*IORD
`
`*IORD
`
`*IOWR
`
`*IOWR
`
`*WE/*PGM
`
`*WE/*PGM
`
`RDY/*BSY
`
`RDY/*BSY
`
`VS2
`
`R43
`
`0 OHM
`
`R44
`
`C43 CAP
`
`0 OHM
`
`R45
`
`C44 CAP
`
`0 OHM
`
`R46
`
`C45 CAP
`
`0 OHM
`
`R47
`
`C46 CAP
`
`0 OHM
`
`R48
`
`C47 CAP
`
`0 OHM
`
`R49
`
`C48 CAP
`
`0 OHM
`
`R50
`
`C49 CAP
`
`0 OHM
`
`R51
`
`C50 CAP
`
`0 OHM
`
`R52
`
`C51 CAP
`
`*CD1F
`
`*CD1F
`
`*CE1F
`
`*CE1F
`
`*CE2F
`
`*CE2F
`
`*OEF
`
`VS1F
`
`*OEF
`
`VS1F
`
`*IORDF
`
`*IORDF
`
`*IOWRF
`
`*IOWRF
`
`*WE/*PGMF
`
`*WE/*PGMF
`
`RDY/*BSYF
`
`RDY/*BSYF
`
`VS2
`
`CRESET
`
`CRESET
`
`*WAIT
`
`*WAIT
`
`*INPACK
`
`*INPACK
`
`*REG
`
`*REG
`
`BVD2
`
`BVD2
`
`BVD1
`
`BVD1
`
`WP
`
`WP
`
`*CD2
`
`*CD2
`
`0 OHM
`
`R53
`
`C52 CAP
`
`0 OHM
`
`R54
`
`C53 CAP
`
`0 OHM
`
`R55
`
`C54 CAP
`
`0 OHM
`
`R56
`
`C55 CAP
`
`0 OHM
`
`R57
`
`C56 CAP
`
`0 OHM
`
`R58
`
`C57 CAP
`
`0 OHM
`
`R59
`
`C58 CAP
`
`0 OHM
`
`R60
`
`C59 CAP
`
`0 OHM
`
`C60 CAP
`
`VS2F
`
`VS2F
`
`RESETF
`
`RESETF
`
`*WAITF
`
`*WAITF
`
`*INPACKF
`
`*INPACKF
`
`*REGF
`
`*REGF
`
`BVD2F
`
`BVD2F
`
`BVD1F
`
`BVD1F
`
`WPF
`
`WPF
`
`*CD2F
`
`*CD2F
`
`FILE=PCCEXT3.S31
`
`Sycard Technology
`
`Title
`
`PCCextend 100 - SIGNAL FILTERS
`REV
`Size Document Number
`B
`140002
`A
`Date: January 11, 1995 Sheet 3 of 4
`
`BLACKBERRY Ex. 1004, page 18
`
`

`
`R62
`
`100 ohm
`
`R63
`
`220 ohm
`
`JP4
`
`JUMPER
`
`R61
`
`VARISTOR
`
`VCC
`
`5V LED
`
`D1
`
`LED
`
`D3
`
`LED
`POWER LED
`
`JP3
`
`JUMPER
`
`JP5
`
`JUMPER
`
`JP6
`
`JUMPER
`
`VPP1
`
`VPP1
`
`VPP2
`
`VPP2
`
`JP1
`
`JUMPER
`
`JP2
`
`JUMPER
`
`D2
`
`3.3V ZENER
`
`CDF[0..15]
`
`CDF[0..15]
`
`VCC2
`
`C65
`0.1uF
`
`C64
`0.1uF
`
`C63
`10uF
`
`*CE1F
`
`*OEF
`
`*CE1F
`
`*OEF
`
`VCC2
`
`*WE/*PGMF
`RDY/*BSYF
`
`*WE/*PGMF
`RDY/*BSYF
`
`VPP1A
`
`VPP2A
`
`C62
`0.1uF
`
`C61
`0.1uF
`
`WPF
`
`WPF
`
`CAF[0..25]
`
`CAF[0..25]
`
`*CD1F
`
`*CD1F
`
`*CE2F
`VS1F
`*IORDF
`*IOWRF
`
`*CE2F
`VS1F
`*IORDF
`*IOWRF
`
`VCC2
`
`VPP2A
`
`RESETF
`*WAITF
`*INPACKF
`*REGF
`BVD2F
`BVD1F
`
`RESETF
`*WAITF
`*INPACKF
`*REGF
`BVD2F
`BVD1F
`
`*CD2F
`
`*CD2F
`
`VS2F
`
`VS2F
`
`CDF3
`CDF4
`CDF5
`CDF6
`CDF7
`
`CAF10
`
`CAF11
`CAF9
`CAF8
`CAF13
`CAF14
`
`CAF16
`CAF15
`CAF12
`CAF7
`CAF6
`CAF5
`CAF4
`CAF3
`CAF2
`CAF1
`CAF0
`CDF0
`CDF1
`CDF2
`
` 1
` 2
` 3
` 4
` 5
` 6
` 7
` 8
` 9
` 10
` 11
` 12
` 13
` 14
` 15
` 16
` 17
` 18
` 19
` 20
` 21
` 22
` 23
` 24
` 25
` 26
` 27
` 28
` 29
` 30
` 31
` 32
` 33
` 34
`
`J3
`GND
`D3
`D4
`D5
`D6
`D7
`CE1
`A10
`OE
`A11
`A9
`A8
`A13
`A14
`WE/PGM
`RDY/BSY
`VCCX
`VPP1
`A16
`A15
`A12
`A7
`A6
`A5
`A4
`A3
`A2
`A1
`A0
`D0
`D1
`D2
`WP
`GND
`PCMCIA
`
`GND 35
`CD1 36
`D11 37
`D12 38
`D13 39
`D14 40
`D15 41
`CE2 42
`RFSH 43
`IORD 44
`IOWR 45
`A17 46
`A18 47
`A19 48
`A20 49
`A21 50
`VCCX 51
`VPP2 52
`A22 53
`A23 54
`A24 55
`A25 56
`RFU 57
`RESET 58
`WAIT 59
`INPACK 60
`REG 61
`BVD2 62
`BVD1 63
`D8 64
`D9 65
`D10 66
`CD2 67
`GND 68
`
`*CD1F
`CDF11
`CDF12
`CDF13
`CDF14
`CDF15
`
`CAF17
`CAF18
`CAF19
`CAF20
`CAF21
`
`CAF22
`CAF23
`CAF24
`CAF25
`VS2F
`
`CDF8
`CDF9
`CDF10
`
`SOCKET SIDE CONNECTOR
`
`FILE=PCCEXT4.S31
`
`Sycard Technology
`
`Title
`
`PCCextend 100 - Card Connector
`REV
`Size Document Number
`B
`140002
`A
`Date: April 6, 1995 Sheet 4 of 4
`
`BLACKBERRY Ex. 1004, page 19