GLL4745-E3/97

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The GLL4745-E3/97 is a single zener diode that is widely used in electronic circuits to provide a stabilizing voltage. The diode is made from a type of silicon semiconductor material and is available in a wide range of package styles and sizes.

The GLL4745-E3/97 has a maximum power dissipation of 4 watts. It has a minimum breakdown voltage of 47 volts and a maximum reverse current of 25mA. This diode can handle up to 4A in pulsed mode and it can be used in a wide array of applications, such as in AC and DC protection circuits, overvoltage shutdown circuits and in power conditioning systems.

The working principle of a GLL4745-E3/97 diode is similar to that of all other zener diodes. When the cathode terminal is connected to a positive voltage, the diode begins to conduct current. As the voltage increases, the current also increases but at a limited rate. When the voltage reaches the breakdown voltage of the diode, it begins to conduct current at a much higher rate. This is known as the Zener effect. In this mode, the diode acts as a voltage regulator and can be used to provide a constant voltage output.

The GLL4745-E3/97 is widely used in many electronic applications, such as voltage regulator circuits, transient protection circuits and in low power driving circuits. The GLL4745-E3/97 can also be used in power conditioning systems such as those found in power inverters and in solar cell controllers. It can also be used in automotive applications such as alternator voltage regulators.

In order to ensure that the GLL4745-E3/97 diode is operating correctly, it is important to ensure that it is connected in the correct manner. For the diode to work correctly, the anode terminal must be connected to the positive voltage supply and the cathode terminal to the load. It is also important to ensure that the correct current is applied to the diode; too much current can cause overheating and damage.

By using the GLL4745-E3/97 diode in the correct manner, a stable and constant voltage output can be provided, providing protection against voltage spikes, transients, and overvoltage conditions. The diode is a reliable and cost-effective solution for many power conditioning applications.

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