Target Adaption for MPC8240


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Target Adaption by Solder-On Block
Target Adaption by Connectors on Component Layer
Target Adaption by Connectors on Rear Layer
Signals




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Technical Support
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Target Adaption by Solder-On Block


Socket Adapter

The adaption for the Power Architecture MPC8240 can be done by connecting to a BGA socket connector.
Advanced Interconnect Socket Connector

Link to Advanced Interconnections

Connection Method

Adaption by Advanced Interconnection Solder-On Block










Emulator Module with Connector

+ Adapter with Advanced
Interconnection Adaption System

+ Target
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Target Adaption by Connectors on Component Layer


Connection Methods

Direct connection of emulator module with target

The female sockets on the emulator bottom fits directly to the connector strips on the target.





Emulator Module with Connector
+ Distance Adapter
+ Target
Connection with distance adapter

An distance adapter is used for targets with large components on the board.







Emulator Module with Connector
+ Distance Adapter
+ Target
Connection with diagonal adapter

An diagonal adapter is used for targets, where some components block the use of the direct connection. The adapter can be used in 4 directions.










Emulator Module with Connector
+ Diagonal Adapter
+ Target

Target Connectors

Connector Orientation

    The connectors are in a square with 2500 mil

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Target Adaption by Connectors on Rear Layer


Connection Methods

Mirrored connection of emulator module with target

The mirror module inverts the socket direction.







Emulator Module with Connector
+ Mirror Adapter
+ Target

Target Connector

Connector Orientation

    The connectors are in a square with 1900 mil


Additional Adapters

Connection of emulator module with target through test adapter

An test adapter allows easy connection to all signals on the BGA chip.








Emulator Module with Connector
+ Test Adapter
+ Target
Connection of RISC Trace Preprocessor

The RISC Trace connects to the TCON connector.


RISC Trace Preprocessor
+ Target
Connection of RISC Trace Preprocessor

The RISC Trace connects to the CPU module (standalone operation).


RISC Trace Preprocessor
+ CPU Module
Connection of RISC Trace Preprocessor

The RISC Trace connects to the TCON connector.




RISC Trace Preprocessor
+ CPU Module
+ Target
CPU Adapter on Target Connectors

The CPU is placed in a socket on the CPU adapter board.


CPU Adapter
+ Target
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Signals





Signal

Pin
Ball
Pin

 Pin

Pin
Ball
Signal

      
GND 12 GND
VDD 34 VDD
GVDD 56 GVDD
OVDD 78 OVDD
GND 910 GND
DL17A11112B1DL16
SDRAMSYNCOUTC11314C2PAR7
SDRAMCLK0D11516D2PAR6
DH19D41718E1SDRAMCLK3
PAR3E21920E4DH16
MTP1F12122F2QACK-
SDRAMCLK1G12324G2SDRAMCLK2
PAR2G42526H1FOE-
CKEH22728H3SDRAMSYNCIN
CAS7-J12930J2MTP0
CAS6-K13132K2CAS3-
CAS2-K33334L1CS7-
CS5-L23536M1CS6-
CS4-M23738N1SDMA1
RCS1-N23940N4RCS0-
SDMA0P14142P2SDBA0
SDMA2R14344R2SDMA3
SDMA4T14546T2SDMA5
SDMA8U14748U2SDMA7
SDMA6U44950V1SDMA9
SDMA10V35152W1SDMA11
SDMA12W25354Y1AS-
RTCY25556Y4CS0-
WE-AA15758AA3CS1-
CS2-AA45960AB1CAS0-
CAS1-AB26162AC1CAS4-
CAS5-AC26364AD1SDRAS-
SDCAS-AD26566AE1MAA2
N/C 6768 N/C
N/C 6970 N/C
GND 7172 GND
OVDD 7374 OVDD
GVDD 7576 GVDD
VDD 7778 VDD
GND 7980 GND
      
Signal

Pin
Ball
Pin

 Pin

Pin
Ball
Signal

      
GND 8182 GND
VDD 8384 VDD
GVDD 8586 GVDD
OVDD 8788 OVDD
GND 8990 GND
MAA1AF19192AF2MAA0
PAR0AF39394AE3PAR1
PAR5AF49596AE4PAR4
CS3-AC49798AF5DH14
DL15AE599100AC5DH15
DL14AF6101102AE6DH13
DL13AF7103104AE7DH12
DH11AC7105106AF8DL12
DH10AE8107108AD8DL11
DL10AF9109110AE9DH09
DL09AF10111112AE10DH08
DL08AF11113114AE11DH07
DL07AF12115116AE12DH06
DL06AF13117118AE13DL05
DH05AC13119120AF14DH04
DH03AE14121122AC14DL04
DL03AF15123124AE15DL02
DH01AF16125126AE16DH02
FTP1AF17127128AE17DL01
DL00AD17129130AC17DH00
PMAA1AF18131132AD18PMAA0
TRIGOUTAC18133134AF19FTP0
PMAA2AE19135136AF20TRIGIN
SDAAE20137138AF21SCL
OSCINAD21139140AC21TDO
TCKAF22141142AE22TMS
TEST-AD22143144AC22IRQ2-
TDIAF23145146AE23TRST-
AVDD2AF24147148AE24IRQ3-
PCICLK3AF25149150 N/C
GND 151152 GND
OVDD 153154 OVDD
GVDD 155156 GVDD
VDD 157158 VDD
GND 159160 GND
      
Signal

Pin
Ball
Pin

 Pin

Pin
Ball
Signal

      
GND 161162 GND
VDD 163164 VDD
GVDD 165166 GVDD
OVDD 167168 OVDD
GND 169170 GND
PCICLK4AF26171172AE26PCICLK2
FTP2AD26173174AD25PCISYNCOUT
INTA-AC26175176AC25PCICLK0
REQ0-AB26177178AB25PCICLK1
PCISYNCINAB23179180AA26REQ2-
REQ1-AA25181182Y26REQ4-
REQ3-Y25183184W26GNT4-
GNT3-W25185186W24GNT2-
GNT1-W23187188V26GNT0-
AD31V25189190U26AD29
AD30U25191192U24AD28
AD27U23193194T26AD25
AD26T25195196R26AD23
AD24R25197198P26IDSEL
BE3-P25199200N26AD22
AD21N25201202N23AD20
AD19M26203204M25AD18
AD16L26205206L25AD17
TRDY-K26207208K25IRDY-
BE2-K23209210J26LOCK-
FRAME-J24211212H26DEVSEL-
STOP-H25213214G26PERR-
PARG25215216F26SERR-
AD15F24217218F23BE1-
AD14E26219220E25AD13
AD12E23221222D26AD11
AD10D25223224C26AD09
FTP3C25225226B26AD07
N/C 227228 N/C
N/C 229230 N/C
GND 231232 GND
OVDD 233234 OVDD
GVDD 235236 GVDD
VDD 237238 VDD
GND 239240 GND
      
Signal

Pin
Ball
Pin

 Pin

Pin
Ball
Signal

      
GND 241242 GND
VDD 243244 VDD
GVDD 245246 GVDD
OVDD 247248 OVDD
GND 249250 GND
AD08A26251252A25BE0-
AD06A24253254B24AD05
IRQ4-A23255256B23AD03
PLLCFG0A22257258B22AD02
AD00C22259260D22AD01
PLLCFG2A21261262B21IRQ1-
HRSTCTRL-A20263264B20SUSPEND-
HRSTCPU-A19265266B19PLLCFG1
IRQ0-C19267268D19AD04
SMI-A18269270B18PLLCFG3
MCP-A17271272B17PLLCFG4
AVDDC17273274D17IAVDD
MIV-A16275276B16SRESET-
NMID16277278A15DH31
CKOB15279280A14DL31
TBENB14281282D14CHKSTOPIN-
DH29A13283284B13DH30
DL28A12285286B12DL30
DH28A11287288B11DL29
DL26A10289290B10DH27
DL27D10291292A9DH26
DH25C9293294A8DL24
DL25B8295296A7DL22
DH24B7297298D7DL23
DL21A6299300C6DH23
DH22D6301302A5DL20
DH21B5303304A4DL19
DH20B4305306A3DL18
DH18B3307308A2DH17
N/C 309310 N/C
GND 311312 GND
OVDD 313314 OVDD
GVDD 315316 GVDD
VDD 317318 VDD
GND 319320 GND
      





Copyright © 2016 Lauterbach GmbH, Altlaufstr.40, D-85635 Höhenkirchen-Siegertsbrunn, Germany  Impressum
The information presented is intended to give overview information only.
Changes and technical enhancements or modifications can be made without notice. Report Errors
Last generated/modified: 1-Aug-2016