1. The magnetic circuit is completed by a C-shaped core of permeable iron. 2. This gives it low hysteresis losses when used in AC magnetic circuits . 3. The magnetic capacitance is a reactive part of the magnetic circuit . 4. Later designs, from around 1900, became more compact with shorter, more efficient magnetic circuits . 5. This causes a magnetic circuit to lose magnetic potential energy. 6. This gave a magnetic circuit that was shorter overall and thus had fewer magnetic losses. 7. The following table summarizes the mathematical analogy between electrical circuit theory and magnetic circuit theory. 8. Essentially, increasing the current flow into the damper magnetic circuit increases the circuit magnetic flux. 9. The metal loss in a magnetic circuit is analogous to a rock in a stream. 10. It incorporates new'patent applied for'magnetic circuit technology which allows a minimal 600 Ohm noise sensor.
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