Industry
Calibration for Electronics, RF & Semiconductor
Electronics and semiconductor work generates the highest test-point counts in metrology — many frequencies, many levels, many channels. Our electrical laboratory runs Fluke MET/CAL automated procedures against precision reference standards, which is how you get complete, repeatable certificates without punishing lead times.
Standards & regimes we support
- ISO/IEC 17025 evidence
- IPC / J-STD environments
- Semiconductor fab requirements
From 8.5-digit multimeters to microwave
The electrical lab calibrates across DC and low frequency into RF and microwave: bench and handheld multimeters, oscilloscopes, power supplies and sources, data acquisition systems, frequency counters, spectrum analyzers, network analyzers, and signal generators. Automation matters here — an RF instrument may need verification at dozens or hundreds of frequency and level combinations, and driving that manually is both slow and error-prone.
Because we run automated procedures against high-end reference standards, the certificate you get back has data at every point rather than a sampled subset, and turnaround stays predictable.
Gas flow for semiconductor process tools
For semiconductor and process equipment, our gas-flow bench is built around the Fluke molbloc/molbox laminar flow measurement system — the same class of reference used by flow standards labs. Six molbloc elements cover 50 SCCM through 2,500 SLPM full scale, with uncertainty of ±0.25% of reading from 10–100% of each element’s range. Mass flow controllers are calibrated with live setpoint control and error mapping, a capability few independent Southern California labs offer.
- Digital multimeters (bench and handheld), including high-resolution DMMs
- Oscilloscopes — vertical accuracy, timebase, and bandwidth
- Power supplies and calibrator sources (output and readback)
- RF/microwave: power, attenuation, signal generators, analyzers
- Data acquisition systems, channel by channel
- Mass flow controllers and meters (molbloc-referenced)
Built for R&D schedules
Hardware development does not pause for calibration. Standard turnaround is 7–10 business days with 24/48/72-hour expedited options when a bring-up or a qualification run is blocked. Ask about expedite when you send your equipment list.
Services electronics & semiconductor customers use most
Electronics & Semiconductor calibration FAQs
Can you calibrate RF and microwave instruments?
Yes — we maintain automated RF/microwave calibration capability. Send the model and the parameters and frequencies you need verified, and we will confirm coverage against our A2LA scope along with turnaround.
Do you calibrate mass flow controllers?
Yes, on a Fluke molbloc/molbox gas-flow bench with live setpoint control and error mapping. Six elements cover 50 SCCM to 2,500 SLPM full scale at ±0.25% of reading from 10–100% of range.
How fast can you turn around R&D instruments?
Standard turnaround is 7–10 business days, with 24/48/72-hour expedited options. Flag the urgency when you submit your equipment list.
Other industries we serve
Calibration built for electronics & semiconductor.
Send your equipment list and the compliance regimes your customers reference — we'll come back with scope confirmation, pricing, and turnaround.