★ U+117A: Technical Specifications for the Hangul Jungseong Eo-O Character
The Hangul Jungseong Eo-O (“ᅺ” U+117A) is a critical medial vowel component used in the Korean writing system, Hangul, primarily for combining syllables. This comprehensive resource provides developers and enthusiasts at iloveunicode.com with the complete technical data, encoding conversions, and usage context for this essential codepoint.
U+117A Hangul Jamo Character Specifications
The Unicode codepoint U+117A represents the character Hangul Jungseong Eo-O. It is a non-spacing medial vowel (Jamo) that plays a fundamental role in the Korean script’s combining sequence. This character was officially added to Unicode in **version 1.1** (June, 1993). It belongs to the **Hangul Jamo** block of the **Basic Multilingual Plane**, ensuring compatibility in rendering systems worldwide.
Main Properties
Bidirectional Data
Other Unicode Data
Encoding and Conversion Details
U+117A Conversions
| HTML (decimal) |
ᅺ |
| HTML (hex) |
ᅺ |
| HTML (named) |
- |
| URL Escape Code |
%E1%85%BA |
| CSS |
0117A |
| JavaScript, JSON |
u117A |
| C, C++, Java |
u117A |
| Python |
u117A |
| Rust |
u{117A} |
| Ruby |
u117A |
UTF Encodings
| UTF-8 (hex) |
0xE1 0x85 0xBA |
| UTF-16 (hex) |
0x117A |
| UTF-32 (hex) |
0x0000117A |
How to type “ᅺ”
- Windows: Hold Alt, then type 1 1 7 A. Release Alt.
- Mac: Hold Alt ⌥, then type 1 1 7 A. Release Alt.
Language-Specific Code Conversions
The following snippet contains the ready-to-copy hexadecimal escape codes for programmatic use of the **Hangul Jungseong Eo-O** character:
C, C++, Java: u117A
Python: u117A
Rust: u{117A}
Ruby: u117A
Conclusion: Advancing Your Unicode Knowledge
Understanding specialized jamo components like the *Hangul Jungseong Eo-O* is essential for accurate internationalization and correct rendering of the Korean script. The precise data and encoding details of **U+117A** ensure developers can manage Korean text robustly, avoiding common encoding pitfalls. With precise technical knowledge from iloveunicode.com, consistent and reliable implementation is always achievable.
