MDK600-14N1

Diodes - Rectifiers - Arrays: MDK600-14N1 Application Field and Working Principle

The MDK600-14N1 Rectifier Array is a versatile component used in various industrial applications. It is an array of six high efficient rectifiers along with two bypass pins, two open pins and two current limiting elements. The rectifier array makes use of the principle of a semiconductor diode, which is made up of two semiconductor materials of opposite types conjoined in a controlled way. When a voltage is applied to the diode, the two materials open up and permit the current flow to take place. This allows current to flow through the device in one direction only.

The MDK600-14N1 rectifier array is a high efficiency device, which is operated by a voltage threshold known as the turn-on voltage. This threshold can be adjusted depending on the application needs, allowing for range of 4.5 to 8 volts for the turn-on voltage. The device has a maximum power dissipation of 455 mW and maximum junction temperature of 175°C. In terms of package, the MDK600-14N1 rectifier array consists of a surface mount array and the housing is made up of a plastic material. The device itself has a size of 4.9 mm x 3.7 mm x 1.2 mm.

The MDK600-14N1 has a range of application fields including automotive, industrial, and communication industry applications. Automotive applications include battery charge management, electronic power steering, airbag release management and power window systems. Industrial applications include gate drivers, motor control and inverters, AC and DC motor control, rectifier bridge control and regenerative control. Finally, Communication applications include telecom power control and voltage regulator modules.

MDK600-14N1 Working Principle

The working principle of the MDK600-14N1 rectifier array comes down to its semiconductor construction. The device is composed of two semiconductor materials with opposite conductivity properties. When the two materials are combined, it creates a P-N junction. When voltage is applied, the P-N junction is established and current can pass through. As the applied voltage increases, the junction breaks down and current can pass through it in one direction only. This further allows the device to be used as a rectifier, controlling and regulating the current flow.

During operation, the MDK600-14N1 rectifier array has a voltage threshold which dictates when the P-N junction is broken down and current can flow in one direction only. This is known as the “on” state and it is controlled via the given threshold. When the voltage reaches its lower level, the device goes into the “off” state, meaning that no current passes through the device. The given features of the MDK600-14N1 rectifier array makes it a versatile and efficient device fit for numerous applications.

Conclusion

The MDK600-14N1 is an array of six efficient rectifiers with two bypass pins, two open pins and two current limiting elements. Its main feature is its adjustable voltage threshold which allows for current regulation. The device is a versatile component used in various industrial and commercial applications. Its main operation principle comes down to its semiconductor construction and P-N junction which allows for current flow regulation when voltage is applied.