★ U+1127: Technical Specifications for Hangul Choseong Pieup-Cieuc
The Hangul Choseong Pieup-Cieuc (“ᄧ” U+1127) character is a specific initial consonant (choseong) used in the Hangul Jamo writing system. This resource provides developers and linguists on iloveunicode.com with the complete technical data, encoding conversions, and contextual properties for accurate implementation of this essential codepoint.
Unicode Property Details for Hangul Jamo U+1127
Represented by the Unicode codepoint **U+1127**, this Jamo character is categorized as an Other Letter ($\text{Lo}$). It was formally adopted into the standard in **version 1.1 (June, 1993)**. This character is contained within the **Hangul Jamo** block, a crucial part of the **Basic Multilingual Plane**. Correct identification of the **Hangul Choseong Pieup-Cieuc** is necessary for rendering historical or specialized Korean text accurately.
Core Character Specifications
| Name | Hangul Choseong Pieup-Cieuc |
|---|---|
| Unicode Codepoint | **U+1127** |
| Unicode Version | 1.1 (June, 1993) |
| Block | Hangul Jamo |
| Plane | Basic Multilingual Plane |
Directionality and Categorization
| Bidirectional class | Left To Right (L) |
|---|---|
| Is mirrored? | *No* |
| Category | Other Letter |
| Script | Hangul |
| Combining Class | Not Reordered |
Programmatic Encoding Conversions
| HTML (decimal) | ᄧ |
|---|---|
| HTML (hex) | ᄧ |
| HTML (named) | - |
| URL Escape Code | %E1%84%A7 |
| CSS | 01127 |
| JavaScript, JSON | u1127 |
| C, C++, Java | u1127 |
| Python | u1127 |
| Rust | u{1127} |
| Ruby | u1127 |
UTF Encoding Byte Sequences (Hex)
| UTF-8 (hex) | **0xE1 0x84 0xA7** |
|---|---|
| UTF-16 (hex) | *0x1127* |
| UTF-32 (hex) | 0x00001127 |
Direct Input Methods for “ᄧ”
Related Characters Based on U+1127
-
ㅶ U+3176
Hangul Letter Pieup-Cieuc
Conclusion: Advancing Your Unicode Knowledge
For accurate software development and linguistic study, specialized characters like the **Hangul Choseong Pieup-Cieuc** require precise encoding knowledge. The details concerning U+1127 and others are maintained rigorously, enabling worldwide interoperability. Leveraging the comprehensive resources at iloveunicode.com allows developers to ensure robust, multilingual text support across all platforms.