1. The TMR decreases with both increasing temperature and increasing bias voltage . 2. The voltage across the capacitor varies above and below the bias voltage . 3. From an electromechanical perspective, the components behave like a bias voltage . 4. A p n junction in thermal equilibrium with zero-bias voltage applied. 5. The strength of the depletion zone electric field increases as the reverse-bias voltage increases. 6. It is driven by varying the diode's capacitance by applying a varying bias voltage . 7. It yields vibrational spectra of the adsorbates with bias voltage is applied between the two contacts. 8. With the increase of the bias voltage , there is an apparent decrease in the selectivity. 9. :The base is biased so that it is inbetween the collector and emitter bias voltages . 10. With a bias voltage " U ", electrons tunnel preferentially to the positive electrode.
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