| name | ablic |
| description | ABLIC (formerly Seiko Instruments) MPN encoding patterns, suffix decoding, and handler guidance. Use when working with ABLIC power management and memory ICs. |
ABLIC Manufacturer Skill
MPN Structure
ABLIC MPNs follow this general structure:
[S-][SERIES][VARIANT][VOLTAGE][PACKAGE][-SUFFIX]
| | | | | |
| | | | | +-- Grade/options (e.g., I6T1U)
| | | | +-- Package letter (A, B, U, N)
| | | +-- 2-3 digit voltage code
| | +-- Variant letter
| +-- Series number (1xxx, 80xxx, 35xxx, 82xx, 24C, 93C)
+-- S- prefix (always present)
Example Decoding
S-1167B33A-I6T1U
| | | | | |
| | | | | +-- I6T1U = Industrial grade, options
| | | | +-- A = SOT-23 package
| | | +-- 33 = 3.3V output
| | +-- B = Variant within series
| +-- 1167 = LDO regulator series
+-- S- = ABLIC prefix
S-80740CNNB-G6T1U
| | | | | |
| | | | | +-- G6T1U = Grade/options
| | | | +-- B = SOT-89 package
| | | +-- NN = Variant/options
| | +-- C = Type indicator
| +-- 80740 = Voltage detector series
+-- S- = ABLIC prefix
S-35390A-T8T1G
| | | | |
| | | | +-- T8T1G = Grade/options
| | | +-- T = TSSOP package
| | +-- A = Variant
| +-- 35390 = Real-Time Clock series
+-- S- = ABLIC prefix
S-24C02A
| | | |
| | | +-- A = SOT-23 package
| | +-- 02 = 2Kbit density
| +-- 24C = I2C EEPROM series
+-- S- = ABLIC prefix
Package Codes
Standard Package Letters
| Code | Package | Notes |
|---|
| A | SOT-23 | Standard SOT-23 |
| B | SOT-89 | Medium power |
| U | USP | Ultra Small Package |
| N | SON | Small outline no-lead |
| C | CSP | Chip scale package |
| T | TSSOP | Thin shrink SOP |
| S | SOP | Standard SOP |
| F | WLCSP | Wafer-level CSP |
Product Lines
S-1xxx - LDO Voltage Regulators
| Series | Description | Features |
|---|
| S-1167 | Ultra-low Iq LDO | <1uA quiescent |
| S-1206 | Low dropout LDO | Standard regulator |
| S-1312 | LDO with enable | On/off control |
| S-1313 | LDO regulator | Various outputs |
| S-1318 | LDO regulator | High accuracy |
S-80xxx / S-807xx / S-809xx - Voltage Detectors
| Series | Description | Function |
|---|
| S-80740 | Voltage detector | Reset IC |
| S-80945 | Voltage detector | Supervisory IC |
| S-807xx | Detector series | Power monitoring |
| S-809xx | Detector series | Reset generation |
S-35xxx - Real-Time Clocks
| Series | Description | Interface |
|---|
| S-35390A | RTC with I2C | 2-wire interface |
| S-35198 | RTC | Low power |
S-82xx / S-8xxx - Battery Management ICs
| Series | Description | Function |
|---|
| S-8261 | Battery protection | Over-voltage/under-voltage |
| S-8254 | Battery fuel gauge | State of charge |
S-24Cxx - I2C EEPROM
| Series | Description | Density |
|---|
| S-24C01 | I2C EEPROM | 1Kbit |
| S-24C02 | I2C EEPROM | 2Kbit |
| S-24C04 | I2C EEPROM | 4Kbit |
| S-24C08 | I2C EEPROM | 8Kbit |
| S-24C16 | I2C EEPROM | 16Kbit |
S-93Cxx - Microwire EEPROM
| Series | Description | Density |
|---|
| S-93C46 | Microwire EEPROM | 1Kbit |
| S-93C56 | Microwire EEPROM | 2Kbit |
| S-93C66 | Microwire EEPROM | 4Kbit |
| S-93C76 | Microwire EEPROM | 8Kbit |
| S-93C86 | Microwire EEPROM | 16Kbit |
Handler Implementation Notes
Package Code Extraction
Pattern packagePattern = Pattern.compile("^S-[0-9]+[A-Z]*[0-9]{2,3}([ABUNCTSF]).*$");
Pattern eepromPattern = Pattern.compile("^S-[0-9]+C[0-9]+([A-Z]).*$");
Series Extraction
if (upperMpn.matches("^S-1[0-9]{3}.*")) {
return upperMpn.substring(0, 6);
}
if (upperMpn.matches("^S-80[0-9]{3}.*")) {
return upperMpn.substring(0, 7);
}
if (upperMpn.matches("^S-35[0-9]{3}.*")) {
return upperMpn.substring(0, 7);
}
if (upperMpn.matches("^S-24C[0-9]+.*")) {
return "S-24C";
}
if (upperMpn.matches("^S-93C[0-9]+.*")) {
return "S-93C";
}
Product Type Detection
public boolean isLDORegulator(String mpn) {
return mpn.matches("^S-1[0-9]{3}[A-Z0-9-]*$");
}
public boolean isVoltageDetector(String mpn) {
return mpn.matches("^S-80[0-9]{3}[A-Z0-9-]*$") ||
mpn.matches("^S-8[07]9[0-9]{2}[A-Z0-9-]*$");
}
public boolean isRTC(String mpn) {
return mpn.matches("^S-35[0-9]{3}[A-Z0-9-]*$");
}
public boolean isBatteryManagement(String mpn) {
return mpn.matches("^S-82[0-9]{2,3}[A-Z0-9-]*$");
}
public boolean isEEPROM(String mpn) {
return mpn.matches("^S-24C[0-9]+.*") ||
mpn.matches("^S-93C[0-9]+.*");
}
public boolean isI2CEEPROM(String mpn) {
return mpn.matches("^S-24C[0-9]+[A-Z0-9-]*$");
}
public boolean isMicrowireEEPROM(String mpn) {
return mpn.matches("^S-93C[0-9]+[A-Z0-9-]*$");
}
Supported Component Types
Related Files
- Handler:
manufacturers/ABLICHandler.java
- Component types:
IC, VOLTAGE_REGULATOR, MEMORY, MEMORY_EEPROM
- Test file:
handlers/ABLICHandlerTest.java
Learnings & Edge Cases
- S- prefix is mandatory: All ABLIC parts start with "S-" - don't confuse with other S-prefixed manufacturers
- Formerly Seiko Instruments (SII): ABLIC was spun off from SII in 2016, legacy parts may have SII branding
- Ultra-low power focus: ABLIC specializes in battery-powered and IoT applications
- Voltage detectors as regulators: S-80xxx voltage detectors are classified as VOLTAGE_REGULATOR
- EEPROM interface types: S-24Cxx uses I2C, S-93Cxx uses Microwire (3-wire SPI-like)
- Complex suffix structure: Suffixes like "-I6T1U" encode grade, tape/reel, and package options
- Package code position varies: For LDOs it's after voltage code, for EEPROM it's after density
- Real-Time Clocks not in VOLTAGE_REGULATOR: S-35xxx RTCs are IC type only
- Battery management ICs: S-82xx parts are for Li-ion protection/fuel gauge, classified as IC