Contents - Akademi Sains Malaysia

2.0 × 10 –5Inductance (L)Inductance (L) (nH)2.0 × 10 –52.0 × 10 –52.0 × 10 –5Magnetic energy Inductance (Em) (J) (L) (nH)Magnetic energy (Em) (J)2.0 × 10 –52.0 × 10 –5Inductance (L)10 20 30 40 50 60 702.0 × 10 –59.9 × 10 –62.0 × 10 –59.9 × 10 –62.0 × 10 –59.8 × 10 –62.0 × 10 –59.8 × 10 –610 20 30 40 50 60 70Gap between top and bottom coil (µm)9.8 × 10 –69.9 10 –610 20 30 40 50 60 70Magnetic energy (Em)9.9 × 10 –6Gap between top and bottom coil (µm)9.8 × 10 –69.8 × 10 –6Gap between top and bottom coil (µm)Magnetic energy (Em)9.8 × 10 –6 10 20 30 40 50 60 70Gap between top and bottom coil (µm)80 9080 9080 9080 907.4 × 10 –7Magnetic flux density (B)Magnetic flux density (B) (T) Magnetic flux density (B) (T)7.2 × 10 –77.0 × 10 –76.8 × 107.4 10 –7–7Magnetic flux density (B)7.26.6 ×1010 –7 –76.4 × 10 –77.0 × 10 –76.2 × 10 –76.8 10 –710 20 30 40 50 60 70 80 90Gap between top and bottom coil (µm)6.6 × 10 –7Figure 6. Inductance, magnetic energy and magnetic flux density against gap between top and bottom coils.6.4 × 10 –76.2 × 10 –7 10 20 30 40 50 60 70Gap between top and bottom coil (µm)80 90