What 덪 means
It is one block made from three Korean letters. Its components are jamo: ㄷ starts the syllable, ㅓ supplies its vowel, and ㅈ is its final consonant. That final consonant is called batchim, or “bottom consonant.” At a word end or before another consonant, ㅈ is pronounced as an unreleased t-like stop; before a vowel, it links to the next syllable and sounds like ㅈ again.
A bare 덪 does not identify a Korean word by itself. Read it with neighboring syllables; without them, it may be a fragment or a spelling question.
How did Hangul’s syllable blocks develop?
Hangul was designed so its letters could combine into syllable blocks. It was devised in 1443; the book 훈민정음, published in 1446, explained the script’s purpose and principles. The design gave people a learnable way to write Korean speech without relying on Chinese-character conventions.
Over time, Hangul moved from a new alternative to Chinese-character-based writing into print, education, and institutional use. Modern Korean spelling follows a 1933 unified proposal. In 덪, the jamo appear as one block: ᄃ (initial ㄷ), ᅥ (vowel ㅓ), and ᆽ (final ㅈ).
How do I type 덪?
Use a Korean IME and type the parts in order. On the standard two-set Dubeolsik keyboard, press e, j, w; those keys produce ㄷ, ㅓ, ㅈ, and the input method editor (IME) assembles the block.
If the parts remain separate, the IME did not compose the syllable. Unicode treats precomposed 덪 and the conjoining sequence as canonically equivalent; Hangul fonts may place or shape their components differently without changing the character.
Don't confuse it with
1Questions people ask
2Why does 덪 sound like t?
It can. At a syllable end, ㅈ is pronounced as an unreleased t-like stop. Before a following vowel, it can link to that syllable and sound like ㅈ.
Why does 덪 look different in another font?
It can. Hangul fonts vary the placement and proportions of the component jamo; that visual change alone does not make 덪 a different character.
How to type 덪
덪\B36ACodes and encoding1 code points
A visible symbol can contain several code points. JS .length counts UTF-16 units; UTF-8 counts bytes.
