Target Adaption SH7055


The embedded tools company




Dim
Modules
Adaptions
Dimensions
Order
Order
Information
Support
Technical Support
TOP

Target Adaption by QFP Solder-On Block


QFP Solder-On Adapter

The adaption for the Renesas SH7055 can be done by connecting to a QFP Solder-On Block.

TET QFP Solder-On Block

Link to Tokyo Eletech Corporation

Connection Method

Adaption by TET Solder-On Block








Emulator Module with Connector

+ Adapter with TET
Adaption System

+ Target
TOP

Target Adaption by BGA Solder-On Block


BGA Solder-On Adapter

The adaption for the Renesas SH7055 can be done by connecting to a BGA Solder-On Block.

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
TOP

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

TOP

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
CPU Adapter on Target Connectors

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


CPU Adapter
+ Target
TOP

Signals



Signal

Pin
Ball
Pin

 Pin

Pin
Ball
Signal

      
GNDB412B4GND
PD09A134A2PE04
PE01B256A3PE06
PE03B378C3PE00
PE08A4910B4GND
PE02C41112D4PD13
PE11A51314B5PE09
PE05C51516 VCC
N/CE51718A6PE14
PE12B61920C6PE10
PE07D62122E5N/C
PF00A72324B7PE15
GNDB42526D7P1VCC
N/CE52728A8PF03
PF02B82930C8PF01
PE13D83132E5N/C
PF05A93334B9PF04
GNDB43536 VCC
N/CE53738A10PF08
PF07B103940C10PF06
P1VCCD74142E5N/C
PF09A114344B11PF11
GNDB44546D11PF12
N/CE54748A12PF10
PF13B124950C12CK
PF14D125152E5N/C
PF15A135354B13EXTAL
GNDB45556 VCC
N/CE55758A14MD2
FWEB145960B4GND
VCC 6162E5N/C
XTALA156364B15RES-
HSTBY-C156566D15PLLVCC
N/CE56768A16MD1
PLLCAPB166970C16PH00
P1VCCD77172A17MD0
PLLVSSB177374C17PH04
PH01A187576B18PH06
PH02A197778E5N/C
GNDB47980B4GND
      
Signal

Pin
Ball
Pin

 Pin

Pin
Ball
Signal

      
GNDB48182B4GND
PH03A208384B20PH10
PH07B198586C20PH13
PH08C198788B4GND
PH14D208990B4GND
PH09D189192D17PH05
NMIE209394E19PH15
PH11E189596 VCC
N/CE59798F20AN03
AN00F1999100B4GND
PH12F17101102E5N/C
AN05G20103104G19AN04
AN01G18105106D7P1VCC
N/CE5107108H20AN09
AN08H19109110H18AN06
AN02H17111112E5N/C
AN10J20113114J19AN11
AVSSJ18115116J17AN07
N/CE5117118K20AN13
AVREFK19119120K18AN12
AVCCK17121122E5N/C
AN14L20123124L19AN15
AN16L18125126L17AN19
N/CE5127128M20AN17
AN18M19129130M18AN20
AVCCK17131132E5N/C
AN21N20133134N19AN22
AN23N18135136N17AN29
N/CE5137138P20AN24
AN25P19139140P18AN26
AN30P17141142E5N/C
AN27R20143144R19AN28
AVSSJ18145146R17PA05
N/CE5147148K19AVREF
AN31T19149150T18PA01
P2VCCJ4151152U20WDTOVF-
GNDB4153154U18PA04
PA00V20155156V19PA03
PA02W20157158E5N/C
GNDB4159160B4GND
      
Signal

Pin
Ball
Pin

 Pin

Pin
Ball
Signal

      
GNDB4161162B4GND
PA06Y20163164Y19PA12
PA09W19165166Y18PA15
PA10W18167168V18PA08
PB00Y17169170B4GND
PA11V17171172U17PA07
PB03Y16173174W16PB01
PA13V16175176 VCC
N/CE5177178Y15PB06
PB04W15179180V15PB02
PA14U15181182E5N/C
PB08Y14183184W14PB07
GNDB4185186J4P2VCC
N/CE5187188Y13PB12
PB11W13189190V13PB09
PB05U13191192E5N/C
PB15Y12193194W12PB14
PB13V12195196U12PB10
N/CE5197198Y11PC01
PC00W11199200B4GND
P2VCCJ4201202E5N/C
PC02Y10203204W10PC03
PC04V10205206 VCC
N/CE5207208Y9PG00
PG02W9209210B4GND
PJ00U9211212E5N/C
PG01Y8213214W8PG03
PJ01V8215216U8PJ05
N/CE5217218Y7PJ02
PJ03W7219220V7PJ06
VCC 221222E5N/C
PJ04Y6223224W6PJ07
GNDB4225226U6PK02
N/CE5227228Y5PJ08
PJ09W5229230V5PJ11
P2VCCJ4231232Y4PJ10
PJ12W4233234V4PK00
PJ14Y3235236W3PK01
PJ15Y2237238E5N/C
GNDB4239240B4GND
      
Signal

Pin
Ball
Pin

 Pin

Pin
Ball
Signal

      
GNDB4241242B4GND
PJ13Y1243244W1PK07
PK04W2245246V1PK08
PK06V2247248V3PK03
PK10U1249250B4GND
PK05U3251252B4GND
PK14T1253254T2PK12
PK11T3255256 VCC
N/CE5257258R1PL01
PK15R2259260R3PK13
PK09R4261262E5N/C
PL03P1263264P2PL02
GNDB4265266J4P2VCC
N/CE5267268N1PL05
PL06N2269270N3PL04
PL00N4271272E5N/C
PL10M1273274M2PL09
PL07M3275276 VCC
N/CE5277278L1PL12
PL11L2279280B4GND
PL08L4281282E5N/C
PL13K1283284K2TMS
TRST-K3285286K4TDO
N/CE5287288J1TDI
AUDRST-J2289290B4GND
P2VCCJ4291292E5N/C
TCKH1293294H2AUDMD
AUDDATA0H3295296 VCC
N/CE5297298G1AUDDATA1
AUDDATA2G2299300G3AUDCK
PD01G4301302E5N/C
AUDDATA3F1303304F2AUDSYNC-
GNDB4305306F4PD12
N/CE5307308E1PD00
PD02E2309310E3PD04
PD11E4311312D1PD03
PD05D2313314D3PD08
PD07C1315316C2PD10
PD06B1317318E5N/C
GNDB4319320B4GND
      





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