Pin Slot Connector
What is an HDMI connector?
An HDMI connector is a vital I/O (input-output) hardware component in many modern pieces of entertainment or communications equipment. They enable HDMI cables to transfer uncompressed digital signals from any suitable audio-video (A/V) source to the receiver or display device it’s plugged in to.
In a vast number of modern homes and workplaces, HDMI connectors are very likely to be found linking desktop computers to monitors, TVs to set-top boxes, games consoles to projectors, and much more besides. In fact, across all fields of home entertainment and workplace communications technologies, HDMI is now one of the most popular and widespread formats for carrying high-quality A/V signals between source and display.
Pin Slot Connectors
I was looking for a PSU and many have a 6+2 pin PCI-E connector. Assuming power requirements and everything are fine, Can I put a 6+2 pin connector into a 6 pin slot on a video card (namely, a GTX 680)? Thanks in advance for advice!:). . Eurovan Water Pump Connector. Eurovan Ambient Temperature Sensor. Fuel Injectors. Fitment Note: We offer two versions of this 2-pin connector. This housing includes two slots to mate with the appropriate sensor or connector. We offer one other 2-Pin connector housing that includes one female slot for the appropriate male sensor to.
HDMI stands for High Definition Multimedia Interface. This high-end modern format was initially developed in the very early 2000s, with the original aim of improving on the overall convenience and functionality of existing standards for carrying HDTV signals.
Prior to HDMI, these were basically limited to either DVI or component video. The former, a video-only connector, was better suited to its original use in computer monitors, The latter, although effective at transferring HD signals once hooked up, required users to route up to five separate cables if they wanted both video and audio to transfer simultaneously.
HDMI was essentially developed as a means of gathering these five separate cables into one. And, after a period of intense research and testing worldwide, HDMI first launched as a range of commercially available cable and connectors in 2002.
Sales of HDMI components began to increase exponentially over the following 3-5 years, and today it has become more or less the default option for home and workplace A/V signal transfer alike. True to the developers’ original vision, HDMI now allows extremely high-quality audio-visual signals to be carried reliably and neatly between capable wired devices via a single sturdy cable.
HDMI connectors themselves function much like any other familiar cable-based plug and socket system. Indeed, there’s a notable similarity in appearance between USB and HDMI, although HDMI is typically larger (we’ll look more closely at shapes and sizes in the following sections).
As with most other audio-video cable components, HDMI connectors are gendered and can be either male or female depending on which side of the interface they’re required to support in order to complete the connection. And, as is the norm with cable plugs and sockets, a male HDMI connector will generally be slightly smaller and feature a protruding pin area, while the female connector will be recessed and slightly larger.
In addition to these basic male/female characteristics, there are also a number of different HDMI connector types, sizes and layouts available to buy in the UK and worldwide.
Apple II - 50 pin femalebus connector
Expansion Slot Connector for the Apple II Series Interface/AddOn Cards. This Bus has been modified over the various versions ofApple IIs (check pins 19,35 and 39).
Pin | Name | Direction | Description |
---|---|---|---|
1 | /IOSEL | OUT | I/O Select. Active when page $Cn gets accessed. N.C. on slot0 |
2 | A0 | IN/OUT | Buffered address bus |
3 | A1 | IN/OUT | Buffered address bus |
4 | A2 | IN/OUT | Buffered address bus |
5 | A3 | IN/OUT | Buffered address bus |
6 | A4 | IN/OUT | Buffered address bus |
7 | A5 | IN/OUT | Buffered address bus |
8 | A6 | IN/OUT | Buffered address bus |
9 | A7 | IN/OUT | Buffered address bus |
10 | A8 | IN/OUT | Buffered address bus |
11 | A9 | IN/OUT | Buffered address bus |
12 | A10 | IN/OUT | Buffered address bus |
13 | A11 | IN/OUT | Buffered address bus |
14 | A12 | IN/OUT | Buffered address bus |
15 | A13 | IN/OUT | Buffered address bus |
16 | A14 | IN/OUT | Buffered address bus |
17 | A15 | IN/OUT | Buffered address bus |
18 | R/W | IN/OUT | Buffered Read/Write signal. |
19 | SYNC | OUT | Only Slot 7. SYNC from Video Generator. Not on Rev 0 Boards.Testpin on Slot 1 for //e |
20 | /IOSTRB | OUT | I/O Strobe. Active when $C800 and $CFFF gets accessed |
21 | /RDY | IN | Activation during Phi1 will halt the CPU, with the address busholding the last address |
22 | /DMA | IN | Activation disables the 6502”s address bus and halts theCPU |
23 | /INTOUT | IN | Daisy-chained interrupt output to lower priority devices |
24 | /DMAOUT | IN | Daisy-chained DMA output to lower priority devices |
25 | +5V | +5 Volt power supply. Max. 500mA for ALL peripheral boards | |
26 | GND | System electrical ground | |
27 | /DMAIN | OUT | Daisy-chained DMA input from higher priority devices |
28 | /INTIN | OUT | Daisy-chained interrupt input from higher priority devices |
29 | /NMI | IN | Non-Maskable Interrupt. Monitor ROM starts interrupt handlingroutine at location $3FB |
30 | /IRQ | IN | Interrupt ReQuest. Monitor starts the routine pointed to by$3FE/F |
31 | /RES | IN | RESet |
32 | /INH | IN | INHibits the on board ROMs ($D000-$FFFF) |
33 | -12V | -12 Volt power supply. Max. 200mA for ALL peripheralboards | |
34 | -5V | -5 Volt power supply. Max. 200mA for ALL peripheral boards | |
35 | COLORREF | OUT | Only Slot 7. 3.5 MHz Video COLOR REF. Not on Rev 0 Boards.Testpin on Slot 1 for //e. M2B0 on A2gs |
36 | 7M | OUT | 7Mhz clock |
37 | Q3 | OUT | 2Mhz asymetrical clock |
38 | PHI1 | OUT | 1 MHz phase 1 clock |
39 | Various | OUT | USER1 on A2: Disable adressdecode. 65C02 SYNC on A2e. M2SEL onA2gs |
40 | PHI0 | OUT | 1 MHz phase 0 clock (Inverted PHI1) |
41 | /DEVSEL | OUT | DEVice SELect. Active when $C0nX gets accessed; n -Slot#+8 |
42 | D7 | IN/OUT | Buffered bi-directional data bus |
43 | D6 | IN/OUT | Buffered bi-directional data bus |
44 | D5 | IN/OUT | Buffered bi-directional data bus |
45 | D4 | IN/OUT | Buffered bi-directional data bus |
46 | D3 | IN/OUT | Buffered bi-directional data bus |
47 | D2 | IN/OUT | Buffered bi-directional data bus |
48 | D1 | IN/OUT | Buffered bi-directional data bus |
49 | D0 | IN/OUT | Buffered bi-directional data bus |
50 | +12V | +12 Volt power supply. Max. 250mA for ALL peripheralboards |
- (/) Active Low Signal