2EZ9.1D10/TR8

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A 2EZ9.1D10/TR8 diode is a single Zener diode which is utilized by engineers and technicians for a variety of applications. The diode’s main function is to regulate the amount of electric current passing through it, as well as to protect electric-powered components fromvoltage transients. This type of diode is made by attaching two electrodes, each possessing a different type of semiconductor material to a common semiconductor device label. The two electrodes are the anode, which is made from a less doped type of semiconductor material, and the cathode, constructed from a more heavily doped type of semiconductor.

The 2EZ9.1D10/TR8 diode has a wide variety of potential uses in both industrial and electric application fields. From stabilizing voltage throughout an electric system to protecting sensitive electric components, a 2EZ9.1D10/TR8 is designed to be used in many different circumstances and environments. For example, it can act as an electrical surge protector by channeling excess voltage away from electric power systems and components. It can also be used in amplification and modulation processes, as well as in rectifying alternating current signals and regulating DC voltages.

An important feature of the 2EZ9.1D10/TR8 diode is its polarity. The positive anode side is identified by a slight nick or indent in the body of the device. It is connected with its Cathode side, which is identified by a longer mark on the body of the diode. It is imperative that the diode is installed correctly as the reverse polarity will cause the diode to function incorrectly.

The working principle of the 2EZ9.1D10/TR8 diode is simple. The power from a voltage source is connected to the anode side of the diode. When the voltage passes through the diode, the electric current is regulated, resulting in a stabilized direct current (DC) output. The amount of regulation of the electric current is determined by the breakdown voltage of the diode, as this determines the threshold of the diode at which the current starts to be regulated.

To set the regulation level of a 2EZ9.1D10/TR8 Zener diode, the breakdown voltage of the device must be specified. This can be done either by selecting the appropriate diode model or by selecting an appropriate diode voltage rating. Once this is done, the diode will then operate effectively and efficiently in regulating the current.

In conclusion, 2EZ9.1D10/TR8 Zener diodes are single Zener diodes which can be used for a wide variety of purposes. From power regulation to electrical surge protection, these diodes offer excellent performance and reliability. By connecting a voltage source to the anode side of the diode and correctly specifying the breakdown voltage, the diode will operate efficiently in regulating the electric current by ensuring that the voltage does not exceed the specified breakdown voltage.

The specific data is subject to PDF, and the above content is for reference