MINATO 1866 User manual

INSTRUCTION MANUAL

WARRANTY
MINATO ELECTRONICS Programmer is guaranteed against defect in
materials and workmanship.
The warranty period
for the Model 1866 is one (1 ) year.
The warranty period begins upon receipt
of the programmer.
During one (1) year period,
if the Model 1866 requires any repair due to
defective materials or workmanship contact the sales representative.

1. GENERAL················································· 3
2. SPECIFICATIONS, .. ,................................... 3
3. CAUTION..
.. ........ .. ............................ .. ..... 4
4. EXTERNAL VIEW AND NAMES
OF PARTS ....· 4
4-1 External View····································· 4
4-2 Display····......................................... 5
4-3 Key Switches
................................ ···.. 5
4-4
Rear Panel ........................................ · 6
4-5 Bottom
Switches................................ 6
5. OPERATION.............................................. 7
6.0PERATION
MODES ................................... 7
6-1 EDIT Mode........................................ 7
6-1-1
PAE (Programming address entry mode).... .... 7
6-1-2 CH(Change mode)..·
.................. 9
6-1-3 INS(lnsert mode)
.................... ·.. 9
6-1-4 DEL(Delete mode)
.................. ·.. 9
6-1-5 INIT(INITIALTZE mode)
.............. 10
6-1-6 FORMAT ................................ ·10
6-1-7 COMP(COMPLEMENT mode) ....·10
6-1-8 SER(SEARCH mode)
................ ·10
6-1-9
DEVICE .................................. ·10
6-2 SERI(SERIAL I/O
mode)"""'"'''''''''''''' 12
2
6- 2-1 Enteri ng Data .......................... · 12
6-2-2 Outputting .............................. '12
6-2-3 Issuing List
.............................. 12
6-2-4 Outputting Control Code ............ 12
6-2-5 Handshake .............................. 12
6-3 COPY···············································12
6-4 BLANK··············································13
6-5 PROG(PROGRAM) Mode ..................... 13
6-6 VER(VERIFY) Mode ............................ 13
6-7 CONT(CONTINUOUS) Mode ................ ·13
6-8 REM(REMOTE) Mode
......................... 13
6-9 Address Mode Selection ...................... 13
6-10 AUTO/STEP Selection......· .................. 14
6-11 Check Sum ...................................... ·14
6-12 Error Messages .................................. 14
6-12-1 Table of error codes ................ ·14
6-13
Block Operations in Copy, Program, Verily and Cont mode .. 15
6-14 Setting Serial I/O Mode ...................... ·15
6-15 Others .............................................. 15
6-15-1 Key Lock ................................ 15
6-15-2 Test..···..··....··....····....·..··· .. ··.. 16
6-15-3 Repeat .................................. · 16
CONTENTS
6-15-4 Power-on protection ................ ·16
6-15-5 Time-out function
................ ·.... 16
7. REMOTE OPERATION ................................ 17
7-1 Terminal equipment Connection ............ 17
7-2 Start of Remote Operation .............. ·....· 17
7-3 Creating New Data"""""""'''''''''''''''' 17
7-3-1 How to Use Change Instruction .. 17
7-3-2 How to Use Insert Instruction ....· 18
7-4 Modifying Data""""""""""""""""'" 18
7-5 Deleting Data ............................ · ........ 19
7-6 Inserting Data .................................... 19
7-7 Transferri ng Data· ........................ ·...... 20
7-8 Preparing List .................................... 20
7-9 Punching Paper Tape ..·
................ ·......20
7-10 Reading Data from Paper Tape ............ ·21
7-11 Initializing Memory Contents ................ ·21
7-12 Programmer COntrol ....· ........................ 21
7-12-1 Operation Address Range Specification ........ 21
7-12-2 Blank Check ........· .................. 21
7-12-3 Program..··....·....·· .. ··....·....··.... 22
7-12-4 Verify .................................... ·22
7-12-5 Copy ...................................... 22
7-12-6 Cont ...................................... 22
7-12-7 Format Specification .............. ·.. 22
7-12-8 PTR Verify .............................. 22
7-12-9 Buffer's check sum .................. 22
7-12-10 PROM device select ................ 22
7-12-11 Address select ........................ 22
7-12-12 EEP-ROM's erase .................... 22
7-12-13 EEP-ROM's byte erase ............ ·22
8. SERIAL INTERFACE .................................. '23
8-1 Introduction ....· ................ · ................ ·23
8-1-1 Serial ifF ratings
...................... 23
8-1-2 Setting the serial flF
.............. · .. 24
8-1-3 Serial ifF selection
.................. ·25
8-2 RS-232C Level Interface
...................... 25
8-2-1
Descriptions of interface signals ........ ·25
8-2-2 Interface signal output
.............. 26
8-2-3
Connection to external equipment ......·27
8-2-3-1 Connection with data terminal equipment ..·28
8-2-3-2
Connoction,,~daIa COIllmlJ1ication~iJlllent· '31
8-3 Current Loop Interface ...................... ·..33
8-3-3
Example of connection with external equipment ...... 35
8-4 Serial flF Cable
........................ ·........·35
8-4-1 Serial I/F Connector
.......... ·....· .. 35
8-4-2 Table of serial ifF Connector pins ....36
8-4-3
Cable···································· '37
8-5
Control Method and Transmission Protocol"'38
8-5-1 Control method
........................ 38
8-5-2 Transmission protocol
.............. '40
8-5-2-1 Non-control
................ "40
8-5-2-2 X-ON/X-OFF control...... ·4O
8-6 Instructions in Remote Mode ................ 44
8-6-1 Remote Instructions
.................. 44
8-6-2 Instructions description
............ ·44
8-6-2-1
Instructions for deta transfer········44
8-6-2-2
Instructions for P·ROM control····· ·45
8-6-2-3
Buffer operation instructions····· .. '45
8-7 Instructions in Serial Mode
................ ·..46
8-7-1 Data format reception
.............. ·47
8-7-2 Data format output
.................. -47
8-7-3 List output ............................ "47
8-7-4 Control code output .................. 47
8-7-5
Error ...................................... 48
8-8 Data
Fomnat ........ · .............................. 49
8-8-1 Output format
........................ "49
8-8-2 Formats description ................ "50
1. TEKTRONIX HEX. (8 bits) ........·50
2. INTEL HEX .......................... ·.. 51
2-1 INTEL HEX. (8/16 bits) ........ 51
2-2 INTEL HEX ....................... 52
3. MOTOROLA ........................ "'53
3-1 Motorola Exerciser......·......53
3-2 Motorola Exermax
(16 bits)"'53
4. TEXAS SDSMAC .................... 54
5. MINATO HEX ...................... "'54
6. ASCII-HEX....... ·· .. ·.... ·· ....· .. · .. "55
6-1 ASCII-HEX (SPACE), V1 ......55
6-2 ASCII-HEX
(SPACE), V2 ......55
6-3 ASCII-HEX
(SPACE), V3 ......55
6-4 ASCII-HEX
(SPACE), V4 ......55
7. BINARy .............................. "'55
8. HP-64000 ABSOLUTE ............ ·'56.
8-3-1 Current Loop Interface
.............. ·33 9. Displays and PROMs to be Programmed ........ ..
8-3-2
Current Loop interface signal output·····34 Contained in the pocket at back of the rear cover.

1 GENERAL
The Model 1866 EPROM Programmer is a PROM programmer
which incorporates 8 bit micro-processors and current
state-of-the-art LSls at its control section and avails itself
of their functions fully.
The object to be programmed includes EPROMs/EEPROMs
from
16 k to 256 k-bits.
The 1866 Programmer is provided with an interface RS232C
2 SPECIFICATIONS
o CPU Z-80A (4.0MHZ)
o Buffer RAM 32 k- bytes (256 k- bits)
o Monitor RAM 2 k-bytes
o Monitor ROM 8 k-bytes
o Operation switch Hexadecimal key switch
o Display LED
o Interface Ser i al : RS-232C, 20mA
o Baud rate
o Tape format
o Tape parity
o Check function
o Temperature
o Power supply
o Power consumption
o Size
o Weight
Cu rrent loop, switch selectable
110 , 300,600,1200,2400,4800,
9600 switch sel ectable
11 kinds of formats, selectable
from keyboard
Odd, even, no parity switch
selectable
Memory test, Power test, Reverse
inertion test, programmer self test,
Others
+5 to +35 °C
AC 90V to 130V or 1 80V to 270V
(±10% ),50 / 60Hz
30VA
280(W) x 208(D) x 70(H) (mm)
1.5kg
for outside service. If it is conn e ct ed to a computer, pro-
grammed data may be transferr ed with ease from memories,
disks, etc. of the comput er ther e into.
It is provided with a 32 k-byte programming buff er memory,
permitting data up to 256 k-bits to be processed.
The 1866, owing to its small size and light weight, may be
transported with ease, and may be used in wide applications.
3