PRODUCT DATA SHEET

AD66, AD77 & AD394

Programming Adapter for Hitachi H8/536 (80 pin QFP and TQFP)

Product Code	Pins on skt	Pins on Base	Wiring Code	Package	Base pitch"	Miscellaneous
AD66	80	32	01	Q	.6	Clamshell

Product Code	Pins on skt	Pins on Base	Wiring Code	Package	Base pitch"	Miscellaneous
AD77	80	32	02	TQ	.6	Clamshell

Product Code	Pins on skt	Pins on Base	Wiring Code	Package	Base pitch"	Miscellaneous
AD394	84	32		P	.6	Clamshell

For use on the following programmers

Pin-Master 48
System 2000 with MP4 (8 sockets can be equipped with AD66, AD77 or AD394 adapters)
Any other programmer capable of programming the Hitachi HN27C101

Device types

AD66
(QFP)

Hitachi

HD6475368RF
HD6475368SF

(H8/536)

AD77
(TQFP)

Hitachi

HD6475368STF

(H8/536)

AD394
(PLCC,
LCC)

Hitachi

HD6475368SCP
HD6475368RCP
HD6475368SCG
HD6475368RCG

(H8/536)

Notes for use:

Select Device type Hitachi HN27C101 on programmer
Install AD66, AD77 or AD394 in programmer socket with the 32 pins positioned as for a 27C101
Turn off ID checking on programmer
Set address range to 0000-F67F
Proceed as normal for a HN27C101

Device package:

AD66:80 pin QFP (FP-80A)
AD77:80 pin TQFP (TFP-80C)
AD394:84 pin PLCC (CP-84), LCC (CG-84)

Programmer socket: 28 pin DIL

Socket Specification:

Insertions:

5000

Replaceable: No

General: This range of package converters is manufactured in England to the highest standards by MQP Electronics. Every adapter sold is tested using an actual device. Our distributors should have no difficulty in supplying you quickly with any item. Specifications of our adapters can be found on our Web Site (www.mqp.com)

If you have any difficulty in identifying the correct converter our sales office will be pleased to advise. Our phone number is +44 1666 825 666.

Connections:

80 Pin QFP Socket	84 pin PLCC	Signal Name	32 Pin DIL BASE
1	12	n/a	-
2	13	n/a	-
3	14	n/a	-
4	15	n/a	-
5	16	Vcc	32
6	17	Vss	16
7	18	Vss	16
8	19	Vss	16
9	20	Vss	16
10	21	Vpp	1
11	22	EA9	26
-	23	-	-
12	24	Vss	16
13	25	E00	13
14	26	E01	14
15	27	E02	15
16	28	E03	17
17	29	E04	18
18	30	E05	19
19	31	E06	20
20	32	E07	21
21	33	EA0	12
22	34	EA1	11
23	35	EA2	10
24	36	EA3	9
25	37	EA4	8
26	38	EA5	7
27	39	EA6	6
28	40	EA7	5
29	41	Vss	16
-	42	Vss	16
30	43	EA8	27
31	44	\OE	24
32	45	EA10	23
33	46	EA11	25
34	47	EA12	4
35	48	EA13	28
36	49	EA14	29
37	50	\CE	22
38	51	Vcc	32
39	52	Vcc	32
40	53	n/a	-
41	54	n/a	-
42	55	Vcc	32
43	56	n/a	-
44	57	n/a	-
45	58	n/a	-
46	59	n/a	-
47	60	n/a	-
48	61	n/a	-
49	62	n/a	-
50	63	n/a	-
-	64	Vss	16
51	65	Vss	16
52	66	n/a	-
53	67	n/a	-
54	68	n/a	-
55	69	n/a	-
56	70	n/a	-
57	71	n/a	-
58	72	n/a	-
59	73	n/a	-
60	74	Vcc	32
61	75	n/a	-
62	76	n/a	-
63	77	n/a	-
64	78	n/a	-
65	79	n/a	-
66	80	n/a	-
67	81	n/a	-
68	82	n/a	-
-	83	Vss	16
69	84	n/a	-
70	1	n/a	-
71	2	Vss	16
72	3	n/a	-
73	4	n/a	-
74	5	n/a	-
75	6	n/a	-
76	7	EA15	3
77	8	EA16	2
78	9	\PGM	31
79	10	n/a	-
80	11	n/a	-

1. A capacitor (10nF) is fitted to bypass VCC supply.

2. A capacitor (10nF) is fitted to bypass VPP supply.

# The RoHS symbol with the # mark attached means that a RoHS compliant version of this item is available on request.