SS8P4C-M3/87A

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Diodes - Rectifiers - Arrays

SS8P4C-M3/87A is a type of rectifier that incorporates an array of diodes to enable the application of alternating current to direct current. This type of diode array comes in a 4-pin small out line integrated circuit package that allows for easy use in a variety of circuit applications.

Application

The SS8P4C-M3/87A is used in a variety of electronic and electro-mechanical applications, including telecommunications equipment, high-end consumer electronics, power supplies and AC to DC converters. It can be used to bridge the gap between direct current and alternating current, allowing users to use the two types of energy sources interchangeably. Due to its high current ratings, it is also a popular choice for use in automotive applications.

Working principle

The SS8P4C-M3/87A rectifier is composed of four individual internal diodes. The diodes are connected in a bridge rectifier configuration with one AC input and one DC output. Each diode allows current to only flow in one direction, thus enabling the conversion of AC to DC current. When alternating current is applied to the diode array, the diodes act as switches, alternating between their on and off states, converting the alternating current to direct current.

The SS8P4C-M3/87A rectifier is designed to be able to handle high power ratings. It can handle up to 1.0 Amps at 50 Volts peak, and can withstand temperatures of up to 125°C for short duration periods.

Advantages

The main benefit of using an SS8P4C-M3/87A rectifier is its small size and low cost. It is easy to use and can be used in a variety of applications.Due to the bridge configuration of the array, it is also able to produce a relatively clean direct current output, allowing it to be used in sensitive electronic systems.

The SS8P4C-M3/87A rectifier array is a reliable and cost-effective option for a variety of applications that require AC to DC conversion. It is a highly flexible and adaptable solution, capable of providing a steady and reliable power source.

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