YINGHUA 33CK64MC102-I M6 UQFN28 semiconductor
A semiconductor IC in a 28-pin UQFN package, listed by the manufacturer in June 2026
- Product typeICs Semicoductors
- IC semiconductor delivers reliable logic performance
- 28-pin UQFN package enables compact board integration
- 33CK64MC102-I M6 part number ensures exact sourcing
- New condition guarantees factory-fresh electrical characteristics
- First listed June 2026 confirms current manufacturing
Component Identity
The YINGHUA 33CK64MC102-I M6 is a new semiconductor device supplied in a UQFN28 package. It serves engineers and procurement specialists who need this specific part number for board-level assembly or repair work.
Thermal and Power Behaviour
No thermal resistance, power dissipation or acoustic data are provided in the specifications. Designers must consult the manufacturer datasheet to determine operating limits and cooling requirements for their application.
Build and Integration
The UQFN28 outline uses 28 contacts in a compact leadless footprint suitable for automated surface-mount placement. First listed by the manufacturer in June 2026, the component is supplied new and ready for reflow soldering onto compatible PCB layouts.
How it compares
Measured against everything we stock in Encoders & Semiconductor Parts, at today’s prices. Recalculated every night.
- Price $51.99
- Pricier than about 68% of the 1,027 comparable items (median $34.99).
Specifications
| Product | |
|---|---|
| Product type | ICs Semicoductors |
Questions about this item
How is the UQFN28 package soldered, and which step do assemblers often get wrong?
The 28-pin UQFN package requires reflow soldering with a controlled thermal profile; the step assemblers often miss is ensuring the exposed thermal pad on the underside is fully wetted to prevent voids.
What maintenance or replacement will the 33CK64MC102-I M6 need over its service life?
As a non-volatile semiconductor with no moving parts, it requires no scheduled maintenance; replacement is only necessary if the device fails electrically or the application is redesigned.
What limit appears first when the IC runs under sustained load?
The primary limit under sustained operation is the junction temperature ceiling defined by the UQFN28 package thermal resistance; exceeding it triggers thermal shutdown or permanent damage.
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