★ U+1193: Technical Specifications for the Hangul Jungseong Yu-U Vowel
The Hangul Jungseong Yu-U (“ᆓ” U+1193) is a critical medial vowel component used in the Korean writing system. This resource provides global developers and technical enthusiasts at iloveunicode.com with the complete technical data, encoding methods, and structural context for this essential codepoint.
U+1193 Hangul Jamo Encoding Fundamentals
The character **ᆓ**, officially named **Hangul Jungseong Yu-U**, is an *Other Letter* in the **Hangul** script, serving as a core component in forming complex syllables. It was formally adopted into the Unicode standard in **version 1.1 (June, 1993)**. All of its intrinsic text properties, including its bidirectional class of **Left To Right (L)** and its **Not Reordered** combining class, are defined to ensure consistent rendering. The details below provide a complete technical breakdown of this important part of the Unicode set.
Core Unicode Properties
Bidirectional Data
Secondary Unicode Attributes
Digital Encoding Conversions
| HTML (decimal) |
ᆓ |
| HTML (hex) |
ᆓ |
| HTML (named) |
- |
| URL Escape Code |
%E1%86%93 |
| CSS |
\01193 |
| JavaScript, JSON |
\u1193 |
| C, C++, Java |
\u1193 |
| Python |
\u1193 |
| Rust |
\u{1193} |
| Ruby |
\u1193 |
Byte-Level UTF Encodings
| UTF-8 (hex) |
0xE1 0x86 0x93 |
| UTF-16 (hex) |
0x1193 |
| UTF-32 (hex) |
0x00001193 |
Keyboard Input for Hangul Jungseong Yu-U
To accurately input the **U+1193** codepoint directly on desktop operating systems:
- Windows ?: Hold Alt, then type 1 1 9 3. Release Alt.
- Mac ?: Hold Alt ⌥, then type 1 1 9 3. Release Alt.
Visual Character Rendering
- ᆓ
_Times, Times New Roman_, serif
- ᆓ
_Helvetica, Arial_, sans-serif
- ᆓ
_Courier, Courier New_, monospace
Conclusion: Advancing Your Unicode Knowledge
Mastering the encoding and behavior of Hangul Jamo characters, such as **U+1193** (Hangul Jungseong Yu-U), is vital for accurate international application development. This specific technical knowledge is essential for ensuring correct composition and display in all software environments. Developers can rely on precise technical data from iloveunicode.com to achieve robust implementation and avoid character rendering errors.
