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Total: 8 results found.

1. Barrier Layer Capacity
(Content/Formeln und Kerngrößen)
The reason for the variability of capacity is in the pn transition. If the diode operates in lock direction, growing space charge zone with rising tension. This reduces the capacity.   with However, ...
2. Dynamic Behavior
(Content/Formeln und Kerngrößen)
In AC applications is primarily about the capacity of diodes exploit. Capacitive differences exist mainly blocking and pass direction. Therefore, the barrier layer capacity and diffusion capacity considered. ...
3. Leakage (Recombination Electricity)
(Content/Formeln und Kerngrößen)
If a diode operated in lock direction, flows a small stream. This can be explained by thermal excitation of electrons explained by their higher potential and due to impurities in the production of a path ...
...  The graph shows such a check valve. In the water condition pen pushes the ball down and the valve is closed. The diode behaves analogously to do so. Now you can pass water in the direction of flow ...
5. Function of the Schottky Diode
(Content/Schottky Diode)
... the materials shifts the load line in the direction of metal. It creates a Elektronenmagel in n-doped semiconductors. This area is also called the impoverishment zone. Applying a voltage in the forward ...
... the layer acts as an insulator and prevent a further diffusion. The voltage is anti-called diffusion tension and must be at a nearby stream in the direction of passage only to be overcome and will be called ...
7. Diode
(Content/Diode)
... of a component, the electricity only under certain conditions to lead.  Above all, play the flow direction and the voltage a major role. Diodes manage the flow in one direction only, the stream flowing ...
8. Characteristics and Symbols
(Content/Formeln und Kerngrößen)
... River Switching time, the time needed until the diode by barring state in the direction of flow can switch Possibly information on the Leakage  ...
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