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Фотография

Распиновка Разъемов Atx, Vga, Usb, Dvi И Много Других


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#21 OFFLINE   erenbush

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  • ГородBishkek

Отправлено 29 Июль 2011 - 18:23

Может быть мне кто нибудь подскажет что я неправильно делаю?
Или Вы не заинтересованы в дополнительной информации?
Просто,когда я посмотрел на вопросы, то подумал, что если бы человек видел то что у меня есть, то вопроса бы и не возникло.
Что бы прикрепить файл, я нажимаю на "Обзор", показываю Файл, жму кнопку "Загрузить"
После секунд 5 мне сообщают "Ошибка Вы не можете загружать файлы подобного типа"
Сейчас у меня Win7, у него не подходящий браузер?
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#22 OFFLINE   Bishop

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Отправлено 29 Июль 2011 - 18:26

erenbush, вышлите архивчик на почту администратору форума - добавим в ваше сообщение сами. Понятия не имею, что может Вам мешать вкладывать файлы - всё проверили, работает...
  • 0
Толковый выбор приходит с опытом, а к нему приводит выбор бестолковый...
Изображение...За Вами наблюдают...

#23 OFFLINE   erenbush

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Отправлено 29 Июль 2011 - 18:32

Не будите во мне зверя, он и так не высыпается...
Очень нравится, сам такой.
Может быть объясните мне в чём я ошибаюсь?
Жму на кнопку "Обзор", показываю файл, Жму на кнопку "Загрузить"
Через 5 сек вижу сообщение "Ошибка Вы не можете загружать файлы подобного типа"
Сейчас у меня Win 7, какие вопросы к браузеру?
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#24 OFFLINE   erenbush

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Отправлено 29 Июль 2011 - 18:36

Могу ещё сказать, что то зачем як Вам пришёл, янашёл в другом месте, так что мне 10 постов набирать не надо.
Просто я считаю, что к Вам я ещё не раз загляну, а то что я хочу оставить0 мжет кому-нибудь помочь
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#25 OFFLINE   veterok17ti

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  • ГородРязань

Отправлено 30 Сентябрь 2011 - 10:40

Полезная информация, может кому пригодится..
В архиве распиновка почти всех известные компьютерных разъемов.


Очень жаль, но в архиве «почти всех известных компьютерных разъемов» распиновка показана не вся. К примеру: нет распиновки разъёма DA-15. Ну и так, по «мелочи»… С уважением. Вас, veterok17ti, ищем дальше...
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#26 OFFLINE   moderator

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Отправлено 30 Сентябрь 2011 - 11:02

Если чего нету, выложите сами, другим пригодится...
Вот что нашел:
Прикрепленный файл  DA15pinout.jpg   10,91К   10 Количество загрузок:

1- TEXT Video text signal from TMG; set to inverse of GR, except in double high-resolution mode.
2- 14M 14M master timing signal from the system oscillator.
3- SYNC* Displays horizontal and vertical synchronization signal from IOU pin 39.
4- SEGB Displays vertical counter bit from IOU pin 4; in text mode, indicates second low-order
vertical counter; in graphics mode, indicates low-resolution.
5- 1VSOUND One-volt sound signal from pin 5 of the audio hybrid circuit (AUD).
6- LDPS* Video shift-register load enable from pin 12 of TMG.
7- WNDW* Active area display blanking; includes both horizontal and vertical blanking.
8- +12V Regulated +12 volts DC; can drive 300mA.
9- PRAS* RAM row-address strobe from TMG pin 19.
10- GR Graphics mode enable from IOU pin 2.
11- SEROUT* Serialized character generator output from pin 1 of the 74LS166 shift register.
12- NTSC Composite NTSC video signal from VID hybrid chip.
13- GND Ground reference and supply.
14- VIDD7 From 74LS374 video latch; causes half-dot shift high.
15- CREF Color reference signal from TMG pin 3; 3.58 MHz.
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#27 OFFLINE   moderator

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Отправлено 30 Сентябрь 2011 - 11:09

И вот еще немного:


Apple II+ / IIe / Stealth IIgs Power Connector


Power Supply Connector Socket Power Supply Output Ratings
_________
/ \ +5V @ 2.50 Amps (continuous)
-12V | 5 6 | -5V -5V @ 0.25 Amps (continuous)
| | +12V @ 1.50 Amps (continuous)
+5V | 3 4 | +12V -12V @ 0.25 Amps (continuous)
| |
GND | 1 2 | GND
|_________|

= Denotes IIgs ROM 00/01 with installed connector as in Stealth IIgs or Service Stock IIgs Motherboards (so they could be used in either Stealth or standard IIgs cases) This also applies for the 26 pin keyboard connector.
GS Motherboard Power Connector

_
| |
|7| -5V 0.25 A
|6| -12V 0.25 A
|5| +12V 1.0 A
|4| +5V 4.0 A
|3| N/C - KEY
|2| GND
|1| GND
|_|

The pins are numbered as above when you are sitting in front of the computer, i.e. 7 is closest to the back of the motherboard.

Apple Game Port (9-pin Connector)


,---------------------.
\ 5 4 3 2 1 /
\ 9 8 7 6 /
`-----------------'

Pin 1 - Pushbutton 1
Pin 2 - +5V Power
Pin 3 - Ground
Pin 4 - Game Control 2 or PDL2 (Joystick-2 X-axis)*
Pin 5 - Game Control 0 or PDL0 (Joystick-1 X-axis)
Pin 6 - Pushbutton 2*
Pin 7 - Pushbutton 0 (usually the "Fire" button)
Pin 8 - Game Control 1 or PDL1 (Joystick-1 Y-axis)
Pin 9 - Game Control 3 or PDL3 (Joystick-2 Y-axis)*
Note: These functions are not available on the //c or IIc+.

Apple 16-Pin DIP Socket (Internal)

All Apple II / Compatibles with slots have this connector internally.

=========
Pushbutton 3 (GS only) 9 | * * | 8 Ground
Gm Ctrl 1 (Stick-1 Y) 10 | * * | 7 Gm Ctrl 2 (Stick-2 X)
Gm Ctrl 3 (Stick-2 Y) 11 | * * | 6 Gm Ctrl 0 (Stick-1 X)
Annunciator 3 12 | * * | 5 /$C040 Strobe (][,][+,IIe only, +5V pullup on GS)
Annunciator 2 13 | * * | 4 Pushbutton 2
Annunciator 1 14 | * * | 3 Pushbutton 1
Annunciator 0 15 | * * | 2 Pushbutton 0
No Connection 16 | * * | 1 +5V
===| |===
^
Notch on socket
(faces toward front of computer)

Game Port Information (with BASIC Peek/Poke locations) obtained from pages 430-433 of the Apple // User's Guide, Second Edition by Lon Poole:
-16296 Annunciator 0 Off
Turns off game control output (annunciator) number 0. The voltage on pin 15 of the game control is set to approximately 0 volts (TTL low).
-16295 Annunciator 0 On
Turns on game control output (annunciator) number 0. The voltage on pin 15 of the game control is set to approximately +5 volts (TTL high).
The following annunciator soft switches follow the same rules as annunciator 0 for their respective pin assignments:
-16294 Annunciator 1 Off -16293 Annunciator 1 On
-16292 Annunciator 2 Off -16291 Annunciator 2 On
-16290 Annunciator 3 Off -16289 Annunciator 3 On
-16287 Read Pushbutton 0
When the pushbutton on game control number 0 or the open-apple key is being pressed, the value in this location exceeds 127. When it is not being pressed, the value is 127 or less.
The following pushbutton soft switches follow the same rules as pushbutton 0 for their respective pin assignments:
-16286 Read Pushbutton 1
-16285 Read Pushbutton 2
-16272 Stobe Output
Normally pin 5 of the game control connector is +5 volts. If you PEEK memory location -16285, it drops to 0 volts for one-half microsecond. POKE will trigger the strobe twice.
The following is a direct exerpt from page 167 of the Apple //e Reference Manual:
"The hand-control inputs are connected to the timing inputs of an NE558 quadruple 555-type analog timer. Addressing $C07x sends a signal from the 74LS154 that resets all four timers and causes their outputs to go one (high). A variable resistance of up to 150K ohms connected between one of these inputs and the +5V supply controls the charging time of one of four 0.022-microfarad capacitors. When the voltage on the capacitor passes a certain threshhold, the output of the NE558 changes back to zero (low).
Programs can determine the setting of a variable resistor by resetting the timers and then counting time until the selected timer input changes from high to low. The resulting count is proportional to the resistance.”
Basically, the above excerpt is a long description of the BASIC PDL() function.
Apple //e Expansion (Peripheral) slot

The following is a direct excerpt from pages 172-174 of the Apple //e Reference Manual regarding the pin-out of the expansion slots:
Pin 1 – I/0 SELECT – Normally high; goes low during phase 0 when the 6502 addresses location $CnXX, where n is the connector number. This line can drive 10 LS TTL loads.*
Pin 2-17 – AO-A15 – Three-state address bus. The address becomes valid during phase 1 and remains valid during phase 0. Each address line can drive 5 LS TTL loads.*
Pin 18 – R/W’ – Three-state read/write line. Valid at the same time as the address bus; high during a read cycle, low during a write cycle. It can drive 2 LS TTL loads.*
Pin 19 – SYNC' – Composite horizontal and vertical sync, on expansion slot 7 ONLY. This line can drive 2 LS TTL loads.*
Pin 20 – 1/0 STROBE' – Normally high; goes low during phase 0 when the 6502 addresses a location between Sc800 and $CFFF. This line can drive 4 LS TTL loads.*
Pin 21 – RDY – Input to the 6502. Pulling this line low during phase 1 halts the 6502 with the address bus holding the address of the location currently being fetched. This line has a 3300 ohm pullup resistor to +5V.
Pin 22 – DMA' – Input to the address bus buffers. Pulling this line low during phase 1 disconnects the 6502 from the address bus. This line has a 3300 ohm pullup resistor to +5V.
Pin 23 – INT OUT – Interrupt priority daisy-chain output. Usually connected to pin 28 (INT IN). Note: On slot 7 ONLY, this pin can be connected to the graphics-mode signal GR (Not available on revision A boards).
Pin 24 – DMA OUT – DMA priority daisy-chain output. Usually connected to pin 22 (DMA IN).
Pin 25 – +5V – +5V power supply. A total of 500' is available for all accessory cards.
Pin 26 – GND – System common ground.
Pin 27 – DNA IN – DMA priority daisy-chain input. Usually connected to pin 24 (DMA OUT).
Pin 28 – INT IN – Interrupt priority daisy-chain input. Usually connected to pin 23 (INT OUT).
Pin 29 – NMI’ – Non-maskable interrupt to 6502. Pulling this line low starts an interrupt cycle with the interrupt-handling routine at location $03FB. This line has a 3300 ohm pullup resistor to +5V.
Pin 30 – IRQ' – Interrupt request to 6502. Pulling this line low starts an interrupt cycle only if the interrupt-disable (I) flag in the 6502 is not set. Uses the interrupt-handling routine at location $03FE. This line has a 3300 ohm pullup resistor to +5V.
Pin 31 – RES' – Pulling this line low initiates a reset routine.
Pin 32 – INH’ – Pulling this line low during phase 1 inhibits (disables) the memory on the main circuit board. This line has a 3300 ohm pullup resistor to +5V.
Pin 33 – -12V – -12V power supply. A total of 200mA is available for all accessory cards.
Pin 34 – -5V – -5V power supply. A total of 200mA is available for all accessory cards.
Pin 35 – 3.58M – 3.58MHz color reference signal, on slot 7 ONLY. This line can drive 2 LS TTL loads.*
Pin 36 – 7M – System 7MHz clock. This line can drive 2 LS TTL loads.*
Pin 37 – Q3 – System 2MHz asymmetrical clock, This line can drive 2 LS TTL loads.*
Pin 38 – PHASE1 – 6502 phase 1 clock. This line can drive 2 LS TTL loads.*
Pin 39 – uPSYNC – The 6502 signals an operand fetch by driving this line high during the first read cycle of each instruction.
Pin 40 – PHASEO – 6502 phase 0 clock. This line can drive 2 LS TTL loads.*
Pin 41 – DEVICE SELECT’ – Normally high; goes low during phase 0 then the 6502 addresses location $C0nX, where n is the connector number plus 8. This line can drive 10 LS TTL loads.*
Pin 42-49 – D0-D7 – Three-state buffered bi-directional data bus. Data becomes valid during phase 0 high and remains valid until phase 0 goes low. Each data line can drive one LS TTL load.*
Pin 50 – +12V – +12V power supply. A total of 250mA is available for all accessory cards.
Loading limits are for each card.
Apple IIc Plus Internal Modem Connector

__
|1 |
|2 |
|3 |
|4 |
|5 |
|6 |
|7 |
|__|

Pin Signal Description

1 -5V -5 Volts
2 RXD Receive Data
3 TXD Transmit Data
4 DCD Data Carrier Detect
5 DTR Data Terminal Ready
6 DSR Data Signal Ready
7 GND Ground

Mini DIN-8 Serial Port (GS, IIc Plus, Macintosh)

[and pinouts to connect to a serial DB-25 printer]
The IIgs serial port is numbered as follows, looking at the back of the computer:

8 7 6
5 4 3
2 1

The wiring for a serial printer cable (==modem cable) would be as follows:

IIgs Printer (DB-25)

1 Hshk Out ----- 6 DSR (or possibly 5 CTS, or 8 DCD)
2 HShk In ----- 20 DTR (or possibly 4 RTS)
3 TxD ----- 3 RxD
4 Gnd ----- 7 Signal Ground
5 RxD ----- 2 TxD
6 TxD+ No connection
7 GPI No connection
8 RxD+ Loop to signal ground (pin 4 at IIgs or pin 7 at printer)

(Cable shield should be connected to shielding at the IIgs end, and to pin 1 at the printer end.)
By comparison, a modem cable will swap pins 1 and 2, and pins 3 and 5 (using the numbering of the IIgs end).
//c (5-pin) Serial Port, Null Modem Cable


5 1
4 2
3

The functions are:

1 Handshake Out (nominally DTR)
2 Data Out (TxD)
3 Ground
4 Data In (RxD)
5 Handshake In (nominally DSR)

<pre>

To wire up a IIc to a simple modem without hardware handshaking, use the following pinout:

<pre>

IIc Modem
DIN-5 DB-25M
1 ----- 20 DTR
2 ----- 2 TxD
3 ----- 7 Gnd
4 ----- 3 RxD
5 ----- 6 DSR (you might want to use pin 8, DCD in some cases)

The IIc cannot do hardware handshaking very well, but this is as close as you can get:

IIc Modem
DIN-5 DB-25M

1 ----- 4 RTS
2 ----- 2 TxD
3 ----- 7 Gnd
4 ----- 3 RxD
5 ----- 5 CTS

The IIc's handshaking lines have annoying side effects, which cause problems with hardware handshaking.
1. The "Handshake Out" signal is implemented to mean "I want to send data" (the official and original meaning of RTS). If you turn off the output handshake line, the IIc will stop sending data. For a hardware handshaking modem, RTS is supposed to mean "You are allowed to send me data" (from the computer's point of view).
If the computer tells the modem to stop transmitting, the computer
will also be unable to transmit. This will reduce the rate at which data can be transferred bidirectionally, but doesn't cause any other problems.
2. The "Handshake In" signal is implemented to mean "There is receive data present" (the official meaning of DCD). tf the incoming handshake line is disabled, the IIc will stop receiving data (ignore any data on RxD). For a hardware handshaking modem, CTS is supposed to mean "You are allowed to send me data" (from the modem's point of view).
If the modem tells the computer to stop transmitting, the computer will also be unable to receive, and will discard any data sent by the modem while CTS is not active. This can cause screen corruption and loss of data blocks or acknowledgements during a file transfer, which will require retransmission. It is only likely to be a problem while a lot of data is being sent, so is more likely to cause problems during a file upload than a download.
If the comms software is quick enough, it can drop RTS immediately when CTS is lowered, which will prevent the modem from sending any more data.
You will need the //c System Utilities disk to set up the serial port speeds, or a comm program that overrides them anyway.
Max speed is 9600.
Non-Apple DE9 and DB25 Serial Ports

Pinouts are for looking at the back of the computer, as usual.

DB-25
,----------------------------------------------------.
\ 13 12 11 10 09 08 07 06 05 04 03 02 01 /
\ 25 24 23 22 21 20 19 18 17 16 15 14 /
`------------------------------------------------'

DE-9
,-------------------.
\ 5 4 3 2 1 /
\ 9 8 7 6 /
`---------------'

pin# DB-25 DE-9
---- ------ ------
shield gnd gnd
1 gnd DCD
2 TD RD
3 RD TD
4 RTS DTR
5 CTS SG
6 DSR DSR
7 SG RTS
B DCD CTS
9 +dcv RI
10 -dcv (DC test voltage) [DCE->DTE]
11 QM
12 (S)DCD
13 (S)CTS
14 (S)TD, NS, [fault on IW1]
15 TC [DCE->DTE]
16 (S)RD, DCT
17 RC
18 DCR
19 (S)RTS
20 DTR
21 SQ
22 RI
23 data rate selector
24 (TC) [DTE->DCE]
25 busy

IIGS (and Apple ///) RGB Connector


pin # signal
1 ground (for red 'P)
2 red
3 composite sync. (in German: Farbmischsynchronisation)
4 not used
5 green
6 ground (for gzeen ¿)
7 -5 V
8 +12 V
9 blue
10 not used
11 audio output (not used)
12 monochrome screen off (???)
13 ground (for blue ?)
14 not used
15 not used
system ground
|
,----------|---------------------------.
\ 8 7 6 5 4 3 2 1 /
\ 15 14 13 12 11 10 9 /
`----------------------------------'


6502/65C02 Pinouts

> Does anyone know what each of the pins on the 6502 CPU chip in the Apple > II Plus does?
They all plug into the socket on the motherboard to keep the chip from drifting away.


Vss 1 |_| 40 ~RESET
RDY 2 39 Phase 2 OUT
Phase 1 OUT 3 38 SO
~IRQ 4 37 Phase 0 IN
(NC) 5 36 (NC)
~NMI 6 35 (NC)
SYNC 7 34 R/~W
Vcc 8 33 D0
A0 9 32 D1
A1 10 31 D2
A2 11 30 D3
A3 12 29 D4
A4 13 28 D5
A5 14 27 D6
A6 15 26 D7
A7 16 25 A15
A8 17 24 A14
A9 18 23 A13
A10 19 22 A12
A11 20 21 Vss

I used a trailing "-" where the letters have a line over them in the published pinout. I got the info from pg 544 of "Programming the 65816 Including the 6502, 65C02, and 65802" by David Eyes and Ron Lichty, ABrady Book Published by Prentice Hall Press.
//e, //c, Laser 128 Mouse pinouts

[Numbering is the same as the 9-pin game port connector.]

Dsub-9 Female Socket on Computer Dsub-9 Male Plug on Mouse
,---------------------. ,---------------------.
\ 5 4 3 2 1 / \ 1 2 3 4 5 /
\ 9 8 7 6 / \ 6 7 8 9 /
`-----------------' `-----------------'

Mouse Usual //c, IIc+ Game Port Function

1 MOUSE ID Pushbutton 1
2 +5V +5V
3 GND GND
4 XDIR no Game Port function on //c, IIc+;
this TTL-compatible input can be read at $C066
5 XMOVE Game Control 0 or PDL0 (Joystick X-axis)
6 n.c. (no Game Port function on //c, IIc+)
7 MOUSE BUTTON Pushbutton 0
8 YDIR Game Control 1 or PDL1 (Joystick Y-axis)
9 YMOVE no Game Port function on //c, IIc+;
this TTL-compatible input can be read at $C067

3.5 in. and 5.25 in. Drive cable pinouts

Much of this information comes from page 90 of Open-Apple Volume 1, number 11 (1985).
The following table lists all of the drive control signals for each type of controller card/disk port. </pre>
Signal Function Unidisk IIc IIgs Disk ][
GND ground reference 1-4 1-4 1-3 1,3,5,7
-12V -12 volts DC 5 5 5 9
+5V +5 volts DC 6,16 6 6 11,12
+12V +12 volts DC 7,8 7,8 7,8 13,15,17,19
WRPROT write protect 10 10 10 20
PH 0-3 stepper motor phases 11-14 11-14 11-14 2,4,6,8
WREQ write request 15 15 15 10
DRVEN drive enable 17 (9) 17 17 (9) 14
RDDATA read data 18 18 18 16
WRDATA write data 19 19 19 18
EXTINT external interrupt - 9 - -
3.5DISK Apple 3.5 drive enable - - 4 -
HDSEL 3.5" drive head select - - 16 -
not connected - 16 - -

The UniDisk uses pin 9 to select the second drive. Inside each UniDisk, the signal from pin 9 at the computer is connected to pin 17 of the daisy- chain drive connector. When the computer selects drive 2 by activating pin 9, the first drive passes this through and the second drive sees its enable signal on pin 17. Thus all drives are identical.
The Disk ][ controller has two drive connectors, and the same pin (14) is used on each connector to select the appropriate drive. This signal is the only difference between the connectors – all other signals are connected in parallel.
Despite the IIgs having special functions for pins 4 and 16, they may be ignored when dealing with 5.25" drives, and treated as a UniDisk controller (i.e. connect pin 4 to ground, and pin 16 to +5V). The Apple 3.5 drive disconnects these signals internally, so that they will not interfere with its operation.
The UniDisk, IIc external drive and equivalents use a DB-19 connector, in which the pins are numbered along the connector, i.e.

,-------------------------------------------------.
\ 1 2 3 4 5 6 7 B 9 10 /
\ 11 12 13 14 15 16 17 18 19 /
`---------------------------------------------'
The Disk ][ uses an IDC-20 (20 pin insulation displacement connector) in which the pins are numbered in columns, i.e.

+-------------------------------------------------+
| 2 4 6 8 10 12 14 16 18 20 |
| 1 3 5 7 9 11 13 15 17 19 |
+-------------------------------------------------+

The above numbering is from the back of the plug (where the ribbon cable connects to the plug).
If you are looking at the front of the plug (the socket side), reverse the rows in the above diagram
(top row is 1, 3, ...)
The pin numbering of the DB-19 connector does NOT correspond to the wire numbers in the cable. Pin 1 of the cable goes to pin 1 of the connector, but pin 2 of the cable goes to pin 11 of the connector.
Apple DuoDisk 5.25 Cable Pinout



The diagram depicts the male end of the cable.

DB 19:

,-------------------------------------------------.
\ 01 02 03 04 05 06 07 0B 09 10 /
\ 11 12 13 14 15 16 17 18 19 /
`---------------------------------------------'


DB 25 looking at the end of the cable: (x = no pin)

1, 13, 22 & 25 have no pin on some OEM cables, you may need to break out a pin or pull
the blocking plug out of the connector on the disk drive. This is to keep Apple parallel & serial
cables from being plugged into the drive. But you won't do that, will you? ;-)

,----------------------------------------------------.
\ 01 02 03 04 05 06 07 08 09 10 11 12 13 /
\ 14 15 16 17 18 19 20 21 22 23 24 25 /
`------------------------------------------------'

Cable

DB 19 DB 25

1 2
2 4
3 9 & 21
4 10 & 14
5 23
6 7
7 19
8 20
9 8
10 12
11 15
12 16
13 17
14 18
15 5
16 24
17 11
18 3
19 6

Apple //c DA-15 Video Expansion Connector


,--------------------------------------.
\ 1 2 3 4 5 6 7 8 /
\ 9 10 11 12 13 14 15 /
`---------------------------------'

1- TEXT Video text signal from TMG; set to inverse of GR, except in double high-resolution mode.
2- 14M 14M master timing signal from the system oscillator.
3- SYNC* Displays horizontal and vertical synchronization signal from IOU pin 39.
4- SEGB Displays vertical counter bit from IOU pin 4; in text mode, indicates second low-order
vertical counter; in graphics mode, indicates low-resolution.
5- 1VSOUND One-volt sound signal from pin 5 of the audio hybrid circuit (AUD).
6- LDPS* Video shift-register load enable from pin 12 of TMG.
7- WNDW* Active area display blanking; includes both horizontal and vertical blanking.
8- +12V Regulated +12 volts DC; can drive 300mA.
9- PRAS* RAM row-address strobe from TMG pin 19.
10- GR Graphics mode enable from IOU pin 2.
11- SEROUT* Serialized character generator output from pin 1 of the 74LS166 shift register.
12- NTSC Composite NTSC video signal from VID hybrid chip.
13- GND Ground reference and supply.
14- VIDD7 From 74LS374 video latch; causes half-dot shift high.
15- CREF Color reference signal from TMG pin 3; 3.58 MHz.

Note. The signals at the DA-15 on the Apple IIc are not the same as those at the DA-15 end of the Apple III, Apple IIGS, and Macintosh II. Do not attempt to plug a cable intended for one into the other.
Several of these signals, such as the 14 MHz, must be buffered within about 4 inches of the back panel connector--preferably inside a container directly connected to the back panel.
Apple //c External Power Connector

From the Apple //c Technical Reference Manual
Section 11.2.2 The External Power Connector
The external power supply is attached to the internal converter by means of a 7-pin DIN connector. The connector pins are identified in Figure 11-1 and Table 11-3.

Figure 11-1 External Power Connector

--+ +-- Pin# Signal
/ 7 | | 1 \ Pin 1 Not Connected
| 6 2 | Pin 2,3 Signal Ground
\ 5 4 3 / Pin 4 Shield Ground
\________/ Pin 5,6 +15 VDC
Pin 7 Not Connected

Table 11-3 External Power Connector Signals

Pin# Name Description
1,7 -- Not Connected
2,3 Ground Common Electrical Ground
4 Chassis Chassis Ground
5,6 +15 +15-volt DC input to converter


Apple //e Motherboard keyboard connector

From david@uow.edu.au (David E A Wilson)
Apple II Reference Manual For //e only [part # 030-0357-A spiral bound]
Understanding the Apple IIe by Jim Sather [Brady/Quality Software ISBN 0-8359-8019-7 ]
The latter is more useful as it gives you the matrix of switches as well.

J16 (Numeric Pad) J17 (Keyboard)
11 X5 X6 26 25 Y7
10 X6 SHFT* 24 23 Y6
9 X4 Y9 22 21 X4
8 X7 X3 20 19 X5
7 n/c X1 18 17 X7
6 Y5 X2 16 15 RESET*
5 Y2 XO 14 13 GND
4 Y4 Y8 12 11 CNTL*
3 Y3 Y5 10 9 CAPLOCK*
2 Y1 Y4 8 7 SW0/OAPL
1 Y0 Y3 6 5 SW1/CAPL
Y2 4 3 +5V
Y1 2 1 Y0

Main Keyboard Numeric Keypad
XO X1 X2 X3 | X4 X5 X6 X7
------------------------------------+--------------------------------
YO ESC TAB A Z | / ) * ESC
|
Y1 1! Q D X | DOWN UP LEFT RIGHT
|
Y2 20 W S C | 0 4 8 (
|
Y3 34 E H V | 1 5 9 -
|
Y4 4$ R F S | 2 6 . RETURN
|
Y5 6" Y G N | 3 7 + ,
+----------------------------------
Y6 5% T J M \| `~ RETURN DELETE

Y7 7& U K ,< += P UP DOWN

Y8 8* I ;: .> 0) [{ SPACE LEFT

Y9 9( O L /? -_ ]} '" RIGHT
Notes:
1) This is the US layout
2) Early //e keyboard ROMs had ? LEFT ESC RIGHT SPACE replacing
the ESC DOWN UP LEFT RIGHT in the numeric keypad section of the
above diagram
3) If you want more details such as the influence of the Control and
CAPS LOCK keys or the DVORAK layout see pages 7-16 and 7-17
of Jim Sather's Understanding the Apple IIe.
4) Unlike the ][ & ][+, the //e keyboard is completely passive with
the decoder chip located on the motherboard.
5) The +5v connection is to run the power light and the Open/Closed
Apple switches.
6) The SHIFT, CONTROL, CAPSLOCK and RESET switches simply ground the
appropriate pin of the connector (RESET via the CTRL line if the
jumpers are in the standard setting).

Apple //e Numeric Keypad connector

The pins are numbered from 1 to 11, with pin 1 being the closest to the keyboard end of the computer (as far as I can tell). The pin functions are:
1=YO, 2=Y1, 3=Y3, 4=Y4, 5=Y2, 6=Y5, 7=no connection, 8=X7, 9=X4, 10=X6, 11=X5.
The X/Y pins refer to keyboard X/Y matrix signals. Closing a specific X/Y pair is the equivalent of pressing the corresponding key on the keyboard.
The matrix is as follows.

X7 X6 X5 X4
Y5 , + 7 3
Y4 CR . 6 2
Y3 - 9 5 1
Y2 ( 8 4 0
Yl (see below)
YO * ) /

The Yl row and YO/X7 intersection vary depending on which keyboard ROM you have.
The original IIe keyboard ROM (341-0132-B) has SPACE, RIGHT, ESC, LEFT, ?. I get the impression that this ROM is rare.
The revised IIe keyboard ROM (341-0132-C) has RIGHT, LEFT, UP, DOWN, ESC.

Apple II/II+ Keyboard Socket

This socket is located near the front of the motherboard.
+---| |----+
+5v | 1 16 | NC
Strobe | 2 15 | -12v
~Reset | 3 14 | NC
NC | 4 13 | Data 1
Data 5 | 5 12 | Data 0
Data 4 | 6 11 | Data 3
Data 6 | 7 10 | Data 2
Gnd | 8 9 | NC
+----------+
Pin Name Description
1 +5 +5 volt power supply. Total current drain on this pin
must be less than 120mA.
2 STROBE Strobe output from keyboard. This line should be given a
pulse at least 10 microsecond long each time a key is
pressed on the keyboard. The strobe can be of either
polarity.
_____ _____
3 RESET Microprocessor's RESET line. Normally high, this line
should be pulled low when the <RESET> key is pressed.
4,9,16 NC No connection.
5-7,10-13 Data Seven bit ASCII keyboard data input.
8 Gnd System electrical ground.
15 -12v -12 volt power supply. Keyboard should draw
less than 50mA.
Parallel Printer DB-25 cable pinouts

... also the connections needed to connect that to a 'MPC parallel card’

MPC DB25 Function
---- ---- --------------
1 17 Ground
2 10 ACK
6 15 Error
8 1 Strobe
9 12 Out of Paper
10 2 Data 0 (LSB)
11 3 Data 1
12 4 Data 2
13 5 Data 3
14 6 Data 4
15 7 Data 5
16 8 Data 6
17 9 Data 7 (MSB)
18 13 Select
20 19-25 Ground

IIgs Apple Desktop Bus - ADB

Female Mini-Din 4

4 3
Ground ----- o o ------ +5V
2 1
reserved ---- o o ---- Data
___ / --- Shell (Gnd)
|___|
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#28 OFFLINE   veterok17ti

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Отправлено 30 Сентябрь 2011 - 13:08

Если чего нету, выложите сами, другим пригодится... Вот что нашел: Прикрепленный файл  DA15pinout.jpg   10,91К   10 Количество загрузок: 1- TEXT Video text signal from TMG; set to inverse of GR, except in double high-resolution mode. 2- 14M 14M master timing signal from the system oscillator. 3- SYNC* Displays horizontal and vertical synchronization signal from IOU pin 39. 4- SEGB Displays vertical counter bit from IOU pin 4; in text mode, indicates second low-order vertical counter; in graphics mode, indicates low-resolution. 5- 1VSOUND One-volt sound signal from pin 5 of the audio hybrid circuit (AUD). 6- LDPS* Video shift-register load enable from pin 12 of TMG. 7- WNDW* Active area display blanking; includes both horizontal and vertical blanking. 8- +12V Regulated +12 volts DC; can drive 300mA. 9- PRAS* RAM row-address strobe from TMG pin 19. 10- GR Graphics mode enable from IOU pin 2. 11- SEROUT* Serialized character generator output from pin 1 of the 74LS166 shift register. 12- NTSC Composite NTSC video signal from VID hybrid chip. 13- GND Ground reference and supply. 14- VIDD7 From 74LS374 video latch; causes half-dot shift high. 15- CREF Color reference signal from TMG pin 3; 3.58 MHz.



Огромное спасибо за потраченное время и проделанный труд. Однако, я виновна в том, что не уточнила некоторые нюансы в своём комментарии к «архиву разъёмов». Предлагаемый Вами вариант распиновки лишь один из многих мною уже рассмотренных. Меня интересует распиновка разъёма DA-15P видеоадаптера системного блока для управления вязальной машины SHIMA SEIKI 1996 года выпуска. Возможная распиновка (самотык):

Pin

Name

Description


1
RED

Red Video (75 ohm, 0.7 V p-p)
2
GREEN

Green Video (75 ohm, 0.7 V p-p)
3
BLUE

Blue Video (75 ohm, 0.7 V p-p)
4
??? (VSYNC?)

??? (Vertical Sync?)
5
??? (HSYNC?)

??? (Horizontal Sync?)
6
??? (отсутствует)

??? (KEY? - No pin)
7
???

???
8
???

???
9
GND

GND
10
GND

GND
11
GND

GND
12
GND

GND
13
GND

GND
14
???

???
15
???

???

В данном случае идет попытка адаптировать сей разъем под стандартный VGA-15. С уважением, veterok17ti
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#29 OFFLINE   Bishop

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Отправлено 30 Сентябрь 2011 - 15:03

veterok17ti, может в отдельную тему это вынесем? Давайте фотки системного блока и видеокарты в нём. Будем искать по марке видяшки и т.п. (я вот никогда не сталкивался с вязальными машинами, щас фотки погуглил вот - интересно, но не докопался до мониторов и видеокарт к ним. В списках запчастей они не значатся...). Кстати а родной моник, пусть и сломанный, остался? т.е. можно на него тоже поглазеть?
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Толковый выбор приходит с опытом, а к нему приводит выбор бестолковый...
Изображение...За Вами наблюдают...

#30 OFFLINE   DmS

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Отправлено 03 Октябрь 2011 - 10:50

Есть предположение, что речь идет именно об этом:

The older VGA pinout with monitor ID is:
Pin Name Dir Description 1 RED Red Video (75 ohm, 0.7 V p-p) 2 GREEN Green Video (75 ohm, 0.7 V p-p) 3 BLUE Blue Video (75 ohm, 0.7 V p-p) 4 ID2 Monitor ID Bit 2 5 GND Ground 6 RGND Red Ground 7 GGND Green Ground 8 BGND Blue Ground 9 KEY - Key (No pin) 10 SGND Sync Ground 11 ID0 Monitor ID Bit 0 12 ID1 Monitor ID Bit 1 13 HSYNC or CSYNC Horizontal Sync (or Composite Sync) 14 VSYNC Vertical Sync 15 ID3 Monitor ID Bit 3

Устаревшая схема подключения к VGA монитору с идентификацией последнего
Не очень удобочитаемо, но, если внимательно пригядется, можно понять, что к чему;)
Удачи! А вообще, Bishop прав - если не получится - есть смысл создать отдельную темку.
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#31 OFFLINE   doranoff

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Отправлено 23 Февраль 2012 - 11:05

Помогите пожалуйста у кого-нибудь есть распиновка разьёма питания imac g5 isight 17
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#32 OFFLINE   Scamper

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Отправлено 13 Март 2012 - 10:28

Все разъёмы компьютера ....нет AM3 и AM3+
Чтобы посмотреть увеличенную версию нужно скачать её полностью.
http://bit.ly/zqVKQi

Прикрепленные файлы


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Сервисный Центр  "СВОЙ СЕРВИС"
Ремонт электронной техники. г. Екатеринбург


#33 OFFLINE   macter7

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Отправлено 20 Июнь 2013 - 10:55

класс! а с распиновкой такого плаката случайно нету?


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#34 OFFLINE   djcmos7100

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Отправлено 19 Март 2014 - 18:23

Спасибо. Очень кстати. Только я бы картинок добавил на все коннекторы



а Thunderbolt распиновка есть?


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