MSCD100-08

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

MSCD100-08 Application Field and Working Principle

MSCD100-08 is a low-cost, low-profile axial rectifier array package designed by Motorola. It is widely used in the industry for general-purpose rectification, providing a complete set of features for rectification control. This product is categorized in Diodes - Rectifiers - Arrays.

Application Field

MSCD100-08 rectifier arrays have many uses in the industry, especially in power supplies or electro-mechanical devices requiring reverse polarity protection. The circuit length of MSCD100-08 is low, making it suitable for designs that require a minimally-sized footprint, such as battery chargers, signal amplifiers, capacitive power factor correction (PFC) circuits, or other applications requiring high rectification efficiency.

Working Principle

The MSCD100-08 rectifier array consists of eight low-power, ultra-low-profile diodes with a variety of features. Each diode is connected in series, and the forward voltage drop of the device depends on the current that is passing through it. The diodes are designed with a low forward voltage drop, resulting in low conduction losses. Because of their low power rating, these rectifier arrays are suitable for applications requiring low voltage and low power.The device is designed to operate in an asynchronous steady-state fashion and has a wide forward voltage range for controlling the current flow. It is operated at an appropriate temperature and the current flow is always kept to a minimum. This helps to minimize power dissipation, which in turn helps to optimize system efficiency.

Conclusion

MSCD100-08 rectifier arrays are cost-effective, low-profile packages specifically designed by Motorola. It is categorized in the Diodes - Rectifiers - Arrays family. The device has many applications, especially in systems requiring low voltage and low power. The device has a low forward voltage drop, which helps to reduce power consumption and system efficiency. With its wide forward voltage range, the device can control the current in an asynchronous steady-state.

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