ICE1PCS02FKLA1

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

Power Factor Correction (PFC) is a technology that generates a better power quality,promoting efficiency,power delivery, and safety in a proper operation.Power Factor Correction (PFC) is becoming increasingly important in power supplies as it reduces problem areas such as voltage ripples, noise and harmonics generated by electrical loads in a system.PFC technology basically works by maintaining the power factor in an AC power system,preventing the power factor from dropping and causing electrical issues.Power Factor Correction technology is becoming increasingly popular and increasingly important in the design of power supply systems. Power factor correction (PFC) can be achieved with various methods,the most common being active PFC,multi-phase and single-phase PFC.The Active PFC (APFC) uses three separate PFC stages, namely input conditioning stage,bus converter stage and output conditioning stage, to maintain high power factor.Multi-phase and single-phase PFC solutions are also powering an ever increasing variety of product needing highly efficient, regulated power supplies.Both types of PFC solutions have their own distinct advantages.Multi-phase PFC provides improved voltage regulation and power delivery,which is an advantage that cannot be provided by single-phase PFC.The ICE1PCS02FKLA1 is a single-phase PFC pre-regulator that is specifically designed for off-line ac-dc applications. It can offer up to 99.9% power factor correction with its peak current mode control topology.The device provides increased performance,longer life and extended temperature range,all while achieving high efficiency.The device also features a variablefrequency flyback power conversion scheme with a full-wave rectifier and output current measuring capabilities.The ICE1PCS02FKLA1 is a power factor correction (PFC) pre-regulator typically used in offline AC-DC power applications.The device uses Peak Current Mode Control (PCM) to monitor and regulate the current waveforms of the input stage. It can offer up to 99.9% power factor correction with its peak current mode control topology.The pre-regulator acts as an active PFC and is capable of providing a higher input line current than a conventional rectifier. The ICE1PCS02FKLA1 is designed to deliver a more regulated voltage input to the load, thereby improving system performance,reliability,and power factor.The ICE1PCS02FKLA1 is capable of providing a high power factor and a greater power delivery capability,offering superior protection and maximum energy efficiency.It has an integrated bootstrap diode system to provide the device with low power consumption,high efficiency and increased reliability.The device also features and adjustable voltage detector to prevent over-voltage and under-voltage conditions.The ICE1PCS02FKLA1 also has an integrated synchronous rectifier to improve efficiency and provide increased accuracy.The current consumption of the ICE1PCS02FKLA1 is adjustable to further improve system performance. It includes a Low-Drop-Out (LDO) regulator for improved output voltage regulation.It can be used in a variety of applications including Switch Mode Power Supplies (SMPS),power inverters,motors,lighting,industrial automation and other applications that require high power efficiency or improved power factor.In conclusion, the ICE1PCS02FKLA1 is a single-phase PFC pre-regulator that is specifically designed for off-line ac-dc applications.It is capable of providing up to 99.9% power factor correction with its peak current mode control topology while delivering increased performance,longer life and extended temperature range.The device features a variable frequency flyback power conversion scheme with a full-wave rectifier and output current measuring capabilities,and an adjustable voltage detector to prevent over-voltage and under-voltage conditions.It can be used in a variety of applications to provide superior protection and maximum energy efficiency.

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