YINGHUA G04DBF6 MARKING SSOP28 semiconductor
SSOP28 packaged IC semiconductor component with G04DBF6 marking for circuit integration
- Product typeICs Semicoductors
- SSOP28 package enables dense board layouts
- G04DBF6 marking simplifies component identification
- IC semiconductor type supports integrated circuit functions
- New condition ensures factory-fresh reliability
- First listed February 21 2025 indicates recent availability
Component identity
The YINGHUA G04DBF6 is an integrated circuit supplied in an SSOP28 surface-mount package. It serves engineers and technicians who need this specific marking for board-level repair, prototype assembly or production sourcing.
Thermal and electrical behaviour
Normal operation stays within the thermal envelope defined for the SSOP28 form factor. Power draw follows the datasheet limits for the given logic family and no forced-air cooling is required in typical circuit environments.
Upgrade context
This part replaces an identical G04DBF6 marking when the original device has failed or reached end-of-life. The jump is worth it only when the schematic calls for this exact marking; designers needing a different pin count or logic function must select another component.
How it compares
Measured against everything we stock in Encoders & Semiconductor Parts, at today’s prices. Recalculated every night.
- Price $12.99
- Cheaper than about 90% of the 1,027 comparable items (median $34.99).
Specifications
| Product | |
|---|---|
| Product type | ICs Semicoductors |
Questions about this item
How do I solder the SSOP28 package onto the board without bridging the 28 leads?
Apply flux, align the 28 pins on the pads, then drag-solder each row with a fine tip or use hot-air reflow following a standard SSOP28 footprint.
What shelf-life or storage care does the G04DBF6 marking require before assembly?
Keep the parts in the sealed moisture-barrier bag with desiccant until placement; follow the MSL rating on the bag label for any bake requirement.
What electrical or thermal limit will appear first during continuous operation?
The datasheet defines the maximum junction temperature and absolute-maximum voltage; exceeding either will trigger failure first.
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