YINGHUA PIC18LF8310-IPT 80-TQFP semiconductor
New PIC18LF8310-IPT microcontroller in 80-pin TQFP package for embedded control applications
- Product typeICs Semicoductors
- 80-pin TQFP package enables compact board layouts
- 18LF low-power core extends battery life in portable designs
- PIC18 architecture delivers 8-bit performance for embedded control
- 8310 model integrates on-chip peripherals reducing external component count
- New condition ensures reliable operation from first power-up
PIC18LF8310-IPT microcontroller
The PIC18LF8310-IPT is an 80-TQFP microcontroller from YINGHUA supplied new. It belongs to the 18 series and carries the 8310 feature set. Electronic engineers and embedded developers use it for control-oriented designs.
Suits 80-pin TQFP layouts; not for other pin counts
This part fits designs that require the 80-lead TQFP footprint and the 18LF core. Buyers who need a different pin count, a different package style, or a different core variant should look at other devices.
80-TQFP package defines board compatibility
The 80-TQFP package is the single specification that decides whether this device matches the PCB footprint and assembly process. Verify the 80-lead TQFP requirement before ordering.
How it compares
Measured against everything we stock in Encoders & Semiconductor Parts, at today’s prices. Recalculated every night.
- Price $46.99
- Pricier than about 64% of the 1,027 comparable items (median $34.99).
Specifications
| Product | |
|---|---|
| Product type | ICs Semicoductors |
Questions about this item
What interface standard does the PIC18LF8310-IPT use and what does it limit?
The PIC18LF8310-IPT is an 8-bit microcontroller with a 18-series core; its parallel bus and peripheral set define the practical I/O throughput.
What physical footprint does the 80-TQFP package need on a PCB?
The 80-TQFP package has 80 pins in a thin quad flat pack outline; the board must provide matching pads and clearance for the square body.
How is the PIC18LF8310-IPT programmed and what step is often missed?
It is programmed via ICSP on the VPP, PGC and PGD pins; the common mistake is leaving the MCLR/VPP pin floating instead of pulling it up.
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