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Moku Platform Overview & Academic–Industry Value
- Moku is a software-defined test and measurement platform developed by Liquid Instruments.
- A single Moku device can replace more than 15 traditional laboratory instruments.
- Moku:Go is optimized for education and teaching laboratories.
- Moku:Lab is designed for applied R&D and power electronics labs.
Moku:Pro and Moku:Delta are advanced platforms for industrial validation and research.
- Aligned with laboratory curricula.
- Usable from Semester 3 through final-year laboratories.
- Supports approximately 50–60 experiments across multiple semesters.
- Reduces lab infrastructure cost and maintenance overhead.
Strengthens outcome-based education and accreditation documentation.
- Analog Electronics: diode, rectifier, amplifier, oscillator, and frequency response experiments.
- Digital Electronics: logic gates, adders, flip-flops, counters, and timing analysis.
- Communication Systems: AM, FM, ASK, PSK, DPSK, QPSK experiments.
- Digital Signal Processing: FFT, FIR/IIR filters, decimation and interpolation.
- Control & Antenna: PID tuning, Bode plots, SWR and impedance matching.
- Instrumentation: sensor calibration, strain measurement, data acquisition.
- Experiments complete 3–5× faster due to automation.
- CSV data export improves assessment transparency.
- Python integration introduces industry-style validation skills.
Supports NAAC, NBA, AICTE and skill-university initiatives.
- This document is intended for chatbot knowledge ingestion.
- Exact electrical specifications should be shared only via official datasheets.
Detailed SOPs and lab manuals should be routed to technical teams.
- Moku:Pro and Moku:Delta are designed for advanced validation, characterization, and research environments.
- Suitable for industrial R&D, pre-compliance testing, and calibration-support laboratories.
- FPGA-based deterministic architecture enables repeatable measurement workflows.
- Supports automation, scripting, and SOP-driven testing.
- Time-stamped data logging and software traceability support audit readiness.
- Consolidates multiple instruments, reducing calibration complexity.
- Moku:Pro is used in power electronics, semiconductor validation, and photonics R&D.
- Moku:Delta focuses on ultra-precision, low-noise, and high-synchronization measurements.
- Relevant industries include EV, aerospace & defense, semiconductor fabs, OSATs, and metrology labs.
- NABL Disclaimer: Accreditation depends on lab SOPs, calibration traceability, and compliance practices. Moku supports these workflows but does not itself confer accreditation.
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