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퍿

hangul syllable peogs

Hangul syllable Peogs

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The standard Korean 2-set keyboard maps v-j-r-t to ㅍ, ㅓ, ㄱ and ㅅ, which a Korean input method assembles as 퍿. This is one Korean syllable block, not a word with a dependable standalone translation; word meaning comes from its spelling context. Unicode normalization can also store the same syllable as separate jamo.

Text symbol

What 퍿 means

On the standard Korean 2-set keyboard, type v-j-r-t. This enters ㅍ, ㅓ, ㄱ, ㅅ in order. A Korean input method editor (IME) assembles those jamo—the individual Korean letters—into one block, with ㄱ ㅅ forming the final cluster ㄳ. Stopping after v-j-r leaves a different final consonant.

Unicode text normalization can store this syllable precomposed as 퍿 or decomposed into canonically equivalent jamo. NFC composes the sequence when possible; NFD leaves the components separate. Font design also changes the spacing and shapes of parts inside a Hangul block, so a different rendering alone does not mean the character changed.

What does 퍿 mean?

By itself, 퍿 is a Hangul spelling block, not a word. Hangul is the Korean alphabet: its letters represent speech sounds and combine into square syllable blocks. Here, ㅍ is the initial consonant, ㅓ the vowel and ㄳ the final cluster formed from ㄱ ㅅ. The block has no dependable word-level translation; meaning comes from its place in a Korean word.

Before Hangul, Korean writing relied heavily on Chinese characters, called Hanja in Korean. Hangul offered a learnable, sound-based alphabet for Korean speech; the parts of 퍿 are Hangul letters, not components taken from Chinese characters. The earliest record of Hangul, the Hunminjeongeum document introducing the alphabet, is dated 1443; an explanatory book followed in 1446.

Printing in the late nineteenth century helped Hangul become the main alphabet in everyday Korean writing. During the twentieth century, typewriters and computers needed new ways to enter assembled syllable blocks.

Orthographic rather than expressive: this block has no dependable conversational mood on its own.

Alone, it does not give readers a Korean word to interpret.

Who writes 퍿

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Don't confuse it with

1

Questions people ask

1

Why did 퍿 turn into separate jamo?

Unicode normalization can decompose it into its canonically equivalent jamo. NFC recombines them where possible; NFD keeps them separate. Check the editor's normalization setting before treating the display as a different spelling.

How to type or find 퍿

Search it as
퍿 · 퍽 · ㄳ · Korean final consonant cluster · Korean jamo · Korean 2-set keyboard · NFC · NFD
Shows up in
Anything that takes text · its shape is whatever your font draws
Windows (Word)
⎇Alt+XType D37F, then AltX to get 퍿.
Windows
⊞Win+Rrun charmap for the full table, or use the emoji picker's Ω symbols tab (Win .).
macOS
⌃Control+⌘Command+␣SpaceOpen the character viewer and search “hangul syllable peogs”.
Linux
⎈Ctrl+⇧Shift+UType d37f, then Enter or Space.
HTML
퍿
CSS
\D37F
Korean IME
Switch to Korean input and enter ㅍ, ㅓ, ㄱ, ㅅ in order; the input method forms the final cluster ㄳ.
Standard 2-set QWERTY
Press v-j-r-t; the keys map in order to ㅍ, ㅓ, ㄱ, ㅅ.
Decomposed jamo
If your editor stores separate jamo, use NFC to compose the canonically equivalent sequence into one syllable block.
Codes and encoding1 code points
HTML decimal
퍿
HTML hex
퍿
CSS content
content: "\D37F";
Each escape is closed by the next backslash; a trailing space is needed before a literal hex digit.
URL encoded
%ED%8D%BF
1
On screen
1
Code points
1
JS .length
3
UTF-8 bytes

A visible symbol can contain several code points. JS .length counts UTF-16 units; UTF-8 counts bytes.

Families this belongs to

2

Chinese, Japanese & Korean121,370 symbols

Korean syllables11,623 symbols