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Engineers spend up to 30% of design time navigating extensive component documentation, often exceeding hundreds of pages per device.
Even minor configuration errors can lead to significant project delays, with 78% of hardware engineers reporting at least one design oversight in the past year.
Each board revision extends project timelines by 15-20% and increases development costs by up to 25%, significantly impacting time-to-market.
PinScope's AI processes thousands of pages of technical documentation in seconds, extracting critical design requirements with 99.7% accuracy.
Our engine validates every component against manufacturer specifications, identifying up to 95% more potential issues than manual review processes.
Reduce validation time by up to 80% and eliminate costly respins, allowing teams to focus on innovation rather than troubleshooting.
Powerful validation that's incredibly simple to use
Upload your netlist from any major EDA tool: KiCAD, Altium, OrCAD, Eagle, and more. PinScope identifies your ICs automatically.
With one click, our engine cross-references your design against thousands of datasheet rules.
Get a prioritized report of critical errors, warnings, and recommendations with actionable feedback.
PinScope is not a black box. Every finding is linked directly back to the source—the datasheet page, table, or section that proves it. You never have to guess why a flag was raised.
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Pin 19 (SCL) on U3 (LM75B) requires an external pull-up resistor
From LM75B datasheet (page 14, section 8.3.2):
"The I²C bus must be equipped with pull-up resistors to the supply voltage. Applications with low bus capacitance (≤ 100 pF) can use pull-up resistors of 4.7 kΩ."
Add a 4.7kΩ pull-up resistor between the SCL line (pin 19) and VCC.
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