Buy Decade Inductance Box (10mH–1H) in Kenya | Physics & Engineering
KSh12,000
Key Benefits of This Decade Inductance Box
- Tailored for Advanced Engineering and Physics
This decade box matches the specific curriculum requirements for undergraduate electrical engineering courses and advanced physics labs in Kenya. It is highly effective for studying alternating current (AC) networks, impedance, and resonance phenomena.
- Low Error and Excellent Stability
Built with high-purity copper windings and low-contact-resistance rotary switches, the box maintains low residual inductance and excellent long-term value stability under routine laboratory conditions.
- Rugged Electrostatic Shielding
The durable metal housing acts as a Faraday cage, shielding the internal components from external stray magnetic fields and radio frequency interference. This guarantees clean, repeatable data readings on your oscilloscopes.
- Direct, Easy Selection Layout
With clear, highly visible front-panel labels and positive-click rotary dials, users can effortlessly dial in specific inductance values in 10mH steps without needing mathematical calculations during active testing.
- Inductance Range: 10mH to 1H (Millihenry to Henry)
- Step Resolution: 10mH minimum step increment
- Dial Configuration: Multi-dial rotary switches for rapid decade value adjustment
- Internal Core Construction: Air-core or high-stability ferrite-core inductors for low distortion
- Accuracy Tolerance: ±2% to ±5% (depending on the specific frequency setting)
- Maximum Current Limit: Safely rated for typical institutional electronics lab workloads
- Casing Protection: Heavy-duty, fully shielded metal enclosure to minimize electromagnetic interference (EMI)
- Output Terminals: Standard 4mm safety binding posts compatible with banana plugs or bare wires
- RLC Resonant Circuits: Tuning circuit resonance frequencies in combination with decade resistance and capacitance boxes.
- Filter Prototyping: Modeling and analyzing low-pass, high-pass, and band-pass frequency filters.
- Bridge Circuit Calibration: Serving as an adjustable inductive standard in Maxwell and Hay bridge experiments.






