KDZLVTFTR150 Discrete Semiconductor Products

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Diodes are conductors of electricity that allow current to flow through one way. Zener diodes, also known as voltage-regulated diodes, are diodes designed to handle higher voltages. Single diodes, on the other hand, are composed of one p-n junction, allowing current to move from the p-type semiconductor material to the n-type semiconductor material. The KDZLVTFTR150 diode, a single zener diode, combines the capabilities of both zener and single diodes.

KDZLVTFTR150 is an electronic component manufactured by KEDA. It is a low-power, low-voltage, single-direction current diode. The diode is capable of handling peak voltages of up to 150V. It is also capable of dissipating power up to 200mW. KDZLVTFTR150 features a maximum thermal resistance of 3.2K/W and a maximum working voltage of 150V.

The KDZLVTFTR150 is designed for use in applications that require handling of higher voltages with controlled current. It is commonly used in circuit designs in which voltage stabilization is important. Such applications include Buck switches, power supply circuits, and AC/DC power supplies. KDZLVTFTR150 can provide a stable, consistent output voltage when current demands vary.

The diode works on the principle of a voltage regulator. A voltage regulator is an electrical component that maintains a constant, stable voltage level. When current demands fluctuate, the voltage regulator works to maintain a consistent voltage level by adjusting internal components. In the case of the KDZLVTFTR150, the diode works by limiting the amount of current that can pass through it. When the demand for current is high, the diode limits the amount of current that can pass through it, thus maintaining a consistent voltage level.

The KDZLVTFTR150 is a simple and reliable diode used in a wide variety of electronic applications. It is capable of handling peak voltages of up to 150V and dissipating 200mW of power. It is designed for use in applications where voltage stability is important. The diode works on the principle of a voltage regulator, limiting current to maintain a stable voltage level.

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