As is well known, the voltage regulator diode must be connected in series with a current limiting resistor during use, otherwise it will be burned out. The maximum operating current of a voltage regulator diode (the maximum operating current refers to the maximum current allowed to pass through the voltage regulator tube during operation) is limited by the maximum dissipated power of the voltage regulator tube (the power at which the heat emitted from the tube will damage the tube when the curre
The "freewheeling diode" we usually refer to is named after its role as a freewheeling in circuits, and fast recovery diodes or Schottky diodes are generally chosen as "freewheeling diodes".
The relationship between the absorption power (peak value) of transient voltage and the pulse width of transient voltage. The manual only provides the absorption power (peak value) at a specific pulse width, while the pulse width in actual circuits can vary unpredictably and needs to be estimated in advance. The wide pulse should be downgraded for use.
There are several types of diodes classified according to their characteristics
There are several types of diodes classified according to their applications
There are many types of diodes, which can be divided into germanium diodes (Ge tubes) and silicon diodes (Si tubes) according to the semiconductor materials used. According to their different uses, they can be divided into detection diodes, rectifier diodes, voltage regulator diodes, switching diodes, isolation diodes, Schottky diodes, light-emitting diodes, silicon power switch diodes, rotating diodes, etc. According to the chip structure, it can be divided into point contact diodes, surface co
