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Identifying an 8-pin surface-mount device (SMD) integrated circuit (IC) with markings such as "5C 35" or "128" can be challenging, as manufacturers often use abbreviated codes due to limited space on the component. Here's a breakdown of potential interpretations:

1. "128" Marking:

The code "128" might indicate the memory capacity of the IC. For instance, AT24C128 is a popular 128-Kbit (16 KB) serial EEPROM that comes in an 8-pin SOIC package. This EEPROM is commonly used for non-volatile data storage in various electronic applications. citeturn0search5

2. "5C 35" Marking:

The "5C 35" marking is less straightforward. Such codes are often proprietary, and without a manufacturer's reference, pinpointing the exact IC can be difficult. However, it's possible that "5C 35" refers to a specific model or batch code used internally by the manufacturer.

General Approach to Identification:

• Consult SMD Code Databases: Online resources like the SMD Marking Codes Database allow users to input the code and retrieve potential matches. citeturn0search8

• Examine the Circuit Context: Understanding the IC's role in the circuit can provide clues. For example, if it's near memory components, it might be a memory IC; if it's near power regulation components, it could be a voltage regulator or power switch.

• Use Decapsulation Methods: For critical identification, techniques like decapsulation can reveal more details about the IC, though this is often a last resort due to its destructive nature.

Conclusion:

While "128" likely points toward a 128-Kbit memory IC like the AT24C128, the "5C 35" marking remains ambiguous without additional context or manufacturer information. Utilizing SMD code databases and analyzing the IC's position within the circuit can aid in accurate identification.

Product Details:

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