C4D15120D

The C4D15120D is a high-voltage multi-channel diode array that provides a variety of uses in a variety of applications.

A diode array consists of an array of individual diodes connected together in connection with a common load such as a load resistor. The diodes can be connected either in series, as in a full-wave rectifier circuit, or in parallel, as in a bridge rectifier circuit. The C4D15120D is ideally suited for use in bridge rectifier circuits, as it provides multiple channels of protection from high voltages.

The C4D15120D diode array has an on-state resistance of 5.3 mOhm and a breakdown voltage of 1.2kV. This provides ample protection against the damaging effects of over-voltage and over-current. The C4D15120D also has an operating temperature range of -40°C to +95°C and is suitable for use in a variety of commercial, industrial and automotive applications.

The C4D15120D diode array is used mainly in applications that require high voltage protection, such as overvoltage protection circuitry in power supplies and circuit protection for automotive systems. It is also used in switching power supplies, voltage regulated power supplies and in various analog circuits.

The working principle of the C4D15120D diode array is simple. It consists of an array of individual diodes connected in either a series or parallel configuration. When the voltage across the diode array exceeds the breakdown voltage of 1.2kV, the diode array is turned on, allowing current to flow and providing protection from high voltages.

In addition, the C4D15120D is also used in a variety of other applications, including high-voltage polarity protection, electrostatic discharge protection and EMI/RFI filtering. The C4D15120D is also used in the construction of high-voltage power supplies, switching power supplies and telecommunication systems.

The C4D15120D diode array is a versatile and highly useful product that is used in a variety of applications to protect circuits and devices from the damaging effects of over-voltage and over-current. It is a reliable and cost-effective solution for a range of applications and its wide operating temperature range makes it suitable for use in harsh environments.