Target Adaption by Connectors on Component Layer

Target Adaption by Connectors on Rear Layer

Signals

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Target Adaption for MPC8260

Target Adaption for MPC8260

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Technical Support

Target Adaption by Solder-On Block

Socket Adapter

The adaption for the PowerPC MPC8260 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

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

TFM-150-xxxxx

Link to SAMTEC

Connector Orientation

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

FTE-150-xxxxx

Link to SAMTEC

Connector Orientation

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

Signals

mpc8260x.xls (29KB)

Pin	Pin Ball	Signal	Pin	Pin Ball	Signal	Pin	Pin Ball	Signal	Pin	Pin Ball	Signal
1		GND	101		GND	201		GND	301		GND
2		GND	102		GND	202		GND	302		GND
3	C1	TSIZ0	103	AJ3	TMS	203	AG29	PA03	303	A27	BCTL0-
4	C2	D63	104	AH3	TRST-	204	AG28	PA04	304	B27	LGPL5
5	D1	INTOUT-	105	AJ4	RSTCONF-	205	AF29	PD06	305	A26	PWE5-
6	D2	TSIZ2	106	AH4	CLKIN	206	AF28	PD07	306	B26	PWE4-
7	D3	TBST-	107	AG4	THERMAL1	207	AF27	PC04	307	C26	LGTA-
8	E1	ARTRY-	108	AH5	HRESET-	208	AE29	PC02	308	A25	PWE7-
9	E2	ABB-	109	AG5	TCK	209	AE28	PA02	309	B25	PWE6-
10	E3	TS-	110	AF5	TDO	210	AE27	PC03	310	C25	PWE0-
11	E4	TSIZ1	111	AJ6	PC26	211	AE26	PB07	311	D25	LSDCAS-
12	F1	TT0	112	AH6	PB27	212	AD29	PC01	312	A24	POE-
13	F2	TT4	113	AG6	PORESET-	213	AD28	PB04	313	B24	PSDWE-
14	F3	AACK-	114	AF6	SRESET-	214	AD27	PD05	314	C24	PWE3-
15	F4	BG-	115	AE6	TDI	215	AD26	PB05	315	D24	PWE2-
16	F5	TSIZ3	116	AJ7	PB26	216	AD25	PB06	316	E24	PWE1-
17	G1	A00	117	AH7	PA26	217	AC29	PA00	317	A23	PGTA-
18	G2	TT3	118	AG7	PD27	218	AC28	PD04	318	B23	PSDCAS-
19	G3	TT2	119	AF7	PA27	219	AC25	PA01	319	E23	PSDA10
20	G4	TT1	120	AJ8	PA25	220	AB29	LA28	320	A22	DP1
21	H1	A03	121	AH8	PD26	221	AB28	LA29	321	B22	DP0
22	H2	A02	122	AE8	PC25	222	AB27	LA31	322	C22	TA-
23	H5	A01	123	AJ9	PB24	223	AB26	PC00	323	D22	PSDAMUX
24	J1	A08	124	AH9	PA24	224	AA29	LD30	324	A21	DP6
25	J2	A07	125	AG9	PD25	225	AA28	LD31	325	B21	DP5
26	J3	A06	126	AF9	PC24	226	AA27	LA23	326	C21	DP4
27	J4	A05	127	AE9	PB25	227	AA26	LA25	327	D21	DP3
28	J5	A04	128	AG10	PC22	228	AA25	LA27	328	E21	DP2
29	K1	A12	129	AF10	PD24	229	Y29	LD27	329	A20	D08
30	K2	A11	130	AE10	PC23	230	Y28	LD28	330	B20	D00
31	K3	A10	131	AJ11	PC21	231	Y25	LD29	331	E20	DP7
32	K4	A09	132	AH11	PB21	232	W29	LA20	332	C19	D24
33	L1	A17	133	AG11	PA23	233	W28	LDP3	333	D19	D16
34	L2	A16	134	AE11	SPARE1	234	W27	LD24	334	A18	D01
35	L3	A15	135	AJ12	PD22	235	W26	LD25	335	B18	D56
36	L4	A14	136	AH12	PC20	236	W25	LD26	336	C18	D48
37	L5	A13	137	AG12	PB20	237	V29	LD20	337	D18	D40
38	M5	A18	138	AF12	PA22	238	V28	LD21	338	E18	D32
39	N1	A23	139	AE12	PD23	239	V27	LD22	339	A17	D41
40	N2	A22	140	AJ13	PA20	240	V26	LD23	340	B17	D33
41	N3	A21	141	AH13	PD21	241	U27	LD17	341	C17	D25
42	N4	A20	142	AG13	PC19	242	U26	LD18	342	D17	D17
43	N5	A19	143	AF13	PB19	243	U25	LD19	343	E17	D09
44	P1	A27	144	AE13	PA21	244	T29	LA15	344	A16	D02
45	P2	A26	145	AJ14	PD20	245	T28	LDP2	345	B16	D57
46	P3	A25	146	AH14	PC18	246	T25	LD16	346	E16	D49
47	P4	A24	147	AE14	PB18	247	R29	LA18	347	A15	D34
48	R1	A28	148	AJ15	PC17	248	R28	LA19	348	B15	D10
49	R2	CPUDBG-	149	AH15	PD19	249	R27	LA16	349	C15	D26
50	R3	A29	150	AG15	PA19	250	R26	LA17	350	D15	D18
51	R4	A31	151	AF15	PC16	251	P29	LA24	351	A14	D42
52	R5	A30	152	AE15	PB23	252	P28	LA21	352	B14	D50
53	T1	NMIOUT-	153	AJ16	PA18	253	P25	LA30	353	E14	D58
54	T2	ALE	154	AH16	PB22	254	N29	LD15	354	A13	D03
55	T5	BADDR27	155	AG16	PC15	255	N28	LDP1	355	B13	D11
56	U1	BADDR28	156	AF16	PD18	256	N27	LA14	356	C13	D19
57	U2	CI-	157	AE16	PA17	257	N26	LA22	357	D13	D27
58	U3	WT-	158	AJ17	PB17	258	N25	LA26	358	A12	D35
59	U4	CPUBG-	159	AH17	PC14	259	M29	LD11	359	B12	D43
60	U5	SPARE4	160	AG17	PD17	260	M28	LD12	360	C12	D51
61	V1	DBG-	161	AF17	PA16	261	M27	LD13	361	D12	D59
62	V2	DBB-	162	AJ18	PB16	262	M26	LD14	362	E12	D04
63	V3	PSDVAL-	163	AH18	PC13	263	L29	LD07	363	A11	D12
64	V4	SPARE6	164	AG18	PD16	264	L28	LDP0	364	B11	D20
65	V5	TEA-	165	AF18	PA15	265	L27	LD08	365	C11	D28
66	W1	GBL-	166	AE18	PC12	266	L26	LD09	366	D11	D36
67	W2	MODCK1	167	AG19	PA14	267	L25	LD10	367	A10	D44
68	W3	MODCK2	168	AF19	PB15	268	K25	LD06	368	B10	D52
69	W4	MODCK3	169	AE19	PC11	269	J29	LD01	369	C10	D60
70	W5	BR-	170	AJ20	PD15	270	J28	LD02	370	B9	VCCSYN1
71	Y3	CPUBR-	171	AH20	PA13	271	J27	LD03	371	D9	D05
72	Y4	L2HIT-	172	AG20	PB14	272	J26	LD04	372	E9	D13
73	AA1	THERMAL0	173	AF20	PC10	273	J25	LD05	373	A8	D21
74	AA3	QREQ-	174	AE20	PD14	274	H29	LD00	374	B8	D29
75	AA5	TEST	175	AJ21	PA12	275	H28	LWE0-	375	C8	D37
76	AB1	GNDSYN	176	AH21	PB13	276	H27	LWE1-	376	D8	D45
77	AB2	XFC	177	AE21	PC09	277	H26	LWE2-	377	E8	D61
78	AB3	VCCSYN	178	AJ22	PD13	278	G29	LWE3-	378	A7	D53
79	AB4	TRIS-	179	AH22	PA11	279	G28	CS11-	379	B7	D14
80	AB5	PA31	180	AG22	PB12	280	G25	CS07-	380	E7	D38
81	AC4	PB31	181	AF22	PC08	281	F29	CS10-	381	A6	D06
82	AC5	PB30	182	AE22	PA10	282	F28	CS06-	382	B6	D46
83	AD1	PC31	183	AJ23	PD11	283	F27	CS05-	383	C6	D54
84	AD2	PD31	184	AH23	PA09	284	F26	CS04-	384	D6	D62
85	AD3	PA30	185	AG23	PD12	285	F25	CS00-	385	E6	D31
86	AD4	PD30	186	AF23	PA08	286	E29	CS09-	386	A5	D22
87	AD5	PA28	187	AJ24	PB11	287	E28	CS03-	387	B5	D07
88	AE1	PC30	188	AH24	PB10	288	E27	CS02-	388	C5	D23
89	AE2	PB29	189	AG24	PB09	289	E26	LOE-	389	D5	D55
90	AE3	PB28	190	AF24	PC05	290	D29	CS08-	390	A4	D30
91	AE4	PD28	191	AE24	PA06	291	D28	LWR-	391	B4	D15
92	AF1	PA29	192	AJ25	PC07	292	D27	LSDA10	392	C4	D47
93	AF2	PC29	193	AH25	PA07	293	C29	CS01-	393	A3	D39
94	AF3	PC28	194	AG25	PD08	294	C28	LSDWE-	394		N/C
95	AG1	PD29	195	AF25	SPARE5	295		N/C	395		N/C
96	AG2	PC27	196	AJ26	PC06	296		N/C	396		N/C
97		VCCCORE	197	AH26	PD09	297		VCCCORE	397		VCCCORE
98		VCCCORE	198	AG26	PA05	298		VCCCORE	398		VCCCORE
99		VCCIO	199	AJ27	PD10	299		VCCIO	399		VCCIO
100		VCCIO	200	AH27	PB08	300		VCCIO	400		VCCIO

Copyright © 2008 Lauterbach Datentechnik GmbH, Fichtenstr. 27, D-85649 Hofolding, Germany Impressum
The information presented is intended to give overview information only.
Changes and technical enhancements or modifications can be made without notice.
Last generated/modified: Jan-18-2008