Siborg Systems has renewed its calibration certification with Navair Technology in Toronto and successfully completed performance testing for its new LCR Reader MPB all-in-one multimeter. Based on the proven LCR Reader MPA platform, the device accurately measured a 0.1 pF standard capacitor, demonstrating the precision required for military, aerospace, and advanced electronics testing applications.
The calibration and performance tests were conducted at Navair Technology, a leading Canadian metrology company providing services to aerospace, military, and government entities. Testing was carried out under the supervision of John Raposo, President of Navair Technologies. The renewed calibration certificate for LCR‑Reader‑MPB, documenting traceable performance, is publicly available here.
LCR‑Reader‑MPB is designed as a high‑precision, handheld, all‑in‑one multimeter and component tester for engineers and technicians who require laboratory‑grade accuracy in a compact, field‑ready form factor. During testing at Navair, the instrument demonstrated 2% accuracy when measuring a high‑precision 0.1 pF capacitor, validating its performance in ultra‑low capacitance ranges that are critical to RF, avionics, and high‑reliability electronics work.
Beyond precision LCR measurements, the LCR‑Reader‑MPB integrates multiple capabilities typically found only in benchtop instruments. In a single, tweezer‑style handheld device, users have access to:
- Automatic and manual LCR measurement over wide resistance, capacitance, and inductance ranges
- Multiple test frequencies suitable for characterizing components in a variety of applications
- DC/AC voltage measurement for quick verification of signals and rails on densely populated boards
- Frequency measurement for checking clocks, oscillators, and timing circuits
- LED and diode testing to validate polarity, forward voltage, and basic device integrity
- Basic oscilloscope functionality for viewing signal waveforms directly at the probe tips
- A built‑in signal generator for injecting sine, triangular and rectangular test signals into circuits during troubleshooting and development
This combination of functions makes LCR‑Reader‑MPB particularly well‑suited to environments where space, time, and reliability are at a premium. For military and aerospace users, the mix of traceable calibration, high accuracy at low values, and multi‑function test capability within a rugged handheld package supports:
- Avionics maintenance and repair depots (MRO)
- High‑reliability component screening and incoming inspection
- On‑aircraft troubleshooting where access and speed are critical
- RF and microwave assemblies where sub‑picoFarad and small‑signal behavior must be verified in situ
In electronic laboratories and development environments, LCR‑Reader‑MPB addresses the growing need for rapid, precise verification of surface‑mount components and signals on modern high‑density boards. Engineers and technicians can quickly identify component values, detect out‑of‑tolerance parts, verify LEDs and diodes, check local voltages and clock frequencies, and even view basic waveforms without moving between multiple pieces of equipment.
“The testing at Navair confirms that LCR‑Reader‑MPB delivers the accuracy and repeatability required by military, aerospace, and high‑end electronics customers,” said Michael Obrecht, Director at Siborg Systems Inc. “By combining precise LCR measurement with voltage, frequency, LED/diode test, oscilloscope, and signal‑generation capabilities in a single handheld instrument, we’re giving field and lab personnel a practical alternative to carrying multiple benchtop tools.”
By building on the proven architecture of the LCR‑Reader‑MPA and validating performance at a respected metrology laboratory, Siborg reinforces its commitment to providing precise, portable test solutions for critical industries. The company expects LCR‑Reader‑MPB to see strong adoption across defense, aerospace, and advanced electronics labs that require both traceable calibration and highly practical everyday usability.
