NationStates

Electricity supply: 220 V, 60 Hz
Plug socket type: Type A
Analogue television: NTSC
Digital television: In assessment (DVB used for illegal satellite TV)
Document format: No official format, Government use .UOF

Electricity Type: AC, 240 V, 60 HZ
Plug Socket Type: Type C
Analogue Television: None, previously PAL
Digital Television: DVB
Document Format: TeX

Electricity Type: AC, 220 V, 50 Hz
Plug Socket Type: Type J
Analog Television: PAL
Digital Television: ISDB
Document Format: .doc

Electricity supply: 240 V, 60 Hz
Plug socket type: Type A/B
Analog television: None (Previously NTSC)
Digital television: ISDB (West)/ATSC (East)
Document format: .docx

Electricity supply: 110 V, 50 Hz
Plug socket type: Type A/B
Analog television: UTSC (NTSC-compatible standard developed in 1956)
Digital television: UTSC-D (Digital standard developed in 2002)
Document format: .pdf

Electricity supply: 130 V, 50 Hz
Plug socket type: Type L
Analog television: SECAM
Digital television: DTMB (Limited availability, full transition expected by 2025)
Document format: .doc

Electricity supply: 120 V, 60 Hz
Plug socket type: Type A, B
Analog television: NTSC
Digital television: DVB
Document format: .doc, .pdf

Electricity supply: 230 V, 50 Hz
Plug socket type: Type A, B, C
Analog television: PAL
Digital television: DVB
Document format: .doc

Electricity supply: 230 V 50 Hz
Plug socket type: C, F
Analogue television: PAL
Digital television: DVB
Document format: ODT, PDF, TXT

Electricity supply
The electric power grid operates at a de facto 110 Volts, descending from the first imported General Electric generators.
All grid power is Alternating Current (AC) set at 60 Hertz.

Electric plug socket type
Two parallel flat pins on a horizontal plug, 6.3 mm wide and spaced 12.7 mm apart. This plug is rated at up 15 A,and is also known as a type "A" plug or NEMA 1-15.
Special sockets exist for special purposes. F.ex. is Type "I" encountered for multi-phase 220 volt connection, while "D" and "M" are found in dedicated 220 volt outlets.

Analogue television
Broadcast with a resolution of 525 scanning lines at 29.97 frames per second.
Color is encoded through the NTSC standard.

Digital television
Due to the increasing nmber of imported TV sets with ISDB capability, the TV station in the MI has started to simulcast in ISDB

Document format
While there are no official standards, these are the standard most people exchange their documents in:
Word Binary File Format (.doc)
Portable Document Format aka PDF (.pdf)

In the format war between Opendocument (.odt) and Office Open XML (.docx), the governemnt has expressed support for. ODT

Electricity supply: 220 V, 60 Hz
Plug socket type: Types A, B, and C
Analogue television: None, previously PAL
Digital television: ISDB
Document format: PDF, RTF, and Office Open XML

Electricity supply: 220 V, 50 Hz
Plug socket type: Types C and D
Analogue television: SECAM
Digital television: -
Document format: .RTF

Electricity supply: 220 V, 60 Hz
Plug socket type: Type C and D
Analogue television: SECAM
Digital television: DTMB
Document format: no standard

Electricity Supply: 240 v, 50 hz
Plug Socket Type: Type B and C
Analogue Television: PAL
Digital Television: DVB or ATSC
Document Format: MID, a format developed by Midandian techs in 2005, is now very widely used

Electricity supply: AC 120 V, 60 Hz*
Plug socket type: Type I (incl. mandatory switches)
Digital television: ISDB **
Document format: .uof

*240 V is delivered, energy-demanding appliances receive 240 V via special safety outlets, the rest receives 120 V for safety reasons.
** In the era of analogue TV, the country used the PAL system between 1971 and 2012 (replacing NTSC, which had been in use since 1956), by 2012, the country had begun changing over to ISDB and by March 2014, the analog shutdown had been completed.

This stuff is supposed to be standardized???

Electricity supply: AC 240 V, 50 Hz
Plug type: Type M
Socket type: Type M
Analog television: PAL
Digital television: DVB
Document format: .odt, .pdf, .doc

Electricity Supply: 120V 60Hz
Plug socket type: A/B
Analog TV: NTSC
Digital TV: ATSC
Documents: PDF

Electricity supply: 220V, 50Hz
Plug socket type: Type I
Analog television: None (formerly PAL)
Digital television: DVB
Document format: None official (govt. officially uses PDF)

Electricity Supply
Alternating Current is the standard system
Issued at 120 or 220 volts
At between 50 Hz and 60 Hz

Electric Plug Sockets
The most common sockets are...
Type B (Residential)
Type J (Industrial)
Type N and Type C for special cases

Digital Television
We use Digital Video Broadcasting Standards

Document Type
The Most Common Are:
Word Documents
PDF Documents
But some businesses and the government use:
DLDDs (Double-Locked Digital Documents)

Electricity supply: 120V, 60Hz
Plug socket type: Type B, A*
Analog television: NTSC**
Digital television: ATSC
Document format: .odt, .pdf

*Plugs only
** Only National Broadcaster NFTV still broadcasts in NTSC.

Electricity supply: 127, 50Hz
Plug socket type: Type C, L*
Analog television: SECAM
Digital television: ATSC
Document format: .uof,.odt .pdf, .doc*

*De Facto

Electricity supply:
I decree 230 volt, as the best technical solution. (For my kettle)
In order to import classic video consoles ensure the most efficient domestic distribution, the power shall be dilivered at 60 hz alternating current.
Plug socket type: Type G (Because i hate bent pins)
Analog television: NTSC
Digital television: ISDB
Document format: .odt

Electric plug socket type
M

Analogue television
NTSC.
Digital television
DVB

Document format
OpenDocument, an open-source XML-based format developed by OASIS in 2005.
RTF, developed by Microsoft for cross-platform use.
TeX, an advanced typesetting programming language developed by Donald Knuth in 1978.

Electricity supply: AC, 120V, 60Hz
Plug socket type: Type A/B
Analog television: NTSC
Digital television: ATSC
Document format: DOCX used by gov't