Unilab Coils 6 5 40 Jun 2026

– The coil is wound on a former (often plastic or ceramic) with an outer diameter of 6 mm. This small diameter suggests it is designed for higher frequencies (typically VHF range, ~30–300 MHz) because smaller diameter reduces distributed capacitance and increases self-resonant frequency.

Enables users to specify desired performance targets, after which the software generates a list of suitable geometric solutions. Accuracy and Certification Unilab Coils 6 5 40 - Facebook unilab coils 6 5 40

This software is a standard tool in the HVAC (Heating, Ventilation, and Air Conditioning) industry for designing and verifying the performance of finned pack heat exchangers Key Functions of the Software Design & Selection – The coil is wound on a former

Unilab as an original manufacturer (formerly Griffin & George Ltd.) has changed hands over the years. However, you can still find new-old-stock (NOS) or used sets through: Accuracy and Certification Unilab Coils 6 5 40

The is a specific, practical inductor designed for low-to-medium frequency RF circuits. Its dimensions (6 mm diameter, 5 mm winding length, 40 turns) yield an inductance of approximately 7.3 μH, making it suitable for AM radio tuning, oscillators, and educational electronics. Though less common today, understanding its coding helps engineers repair vintage equipment, interpret legacy schematics, or design discrete LC networks.

Mutual inductance increases by several orders of magnitude with the ferromagnetic core. This leads to discussion about permeability (( \mu )) and magnetic circuits.

It comes with more than 100 sample geometries and allows users to create custom tube sizes (from 3mm internal diameter and up) and fin treatments in just a few clicks.