reflow-profile-compliance-toolkit

To analyze reflow profile compliance from thermocouple data, this toolkit computes ramp, TAL, peak, and feasibility metrics by extracting rules from a handbook and processing your thermocouple trace CSV.

You can compute ramp, Time Above Liquidus (TAL), peak temperature, feasibility, and selection metrics from thermocouple traces to verify your PCB assembly meets manufacturing specifications.

Yes, you need Python to run this reflow profile compliance analysis, as the toolkit relies on Python for deterministic data processing and metric computation from thermocouple traces.

The reflow profile compliance toolkit determines acceptable thresholds by performing deterministic retrieval of definitions and rules directly from a required 'handbook.pdf' document to evaluate thermocouple data.

Yes, you can automatically check PCB assembly reflow profiles against a specific handbook by providing a thermocouple-trace.csv and ensuring the required 'handbook.pdf' is present for rules extraction.

Limitations include the strict dependency on having a 'handbook.pdf' for rule definitions and requiring thermocouple data in a processable format, meaning analysis cannot proceed without these specific inputs.