MP4030A
NOT RECOMMENDED FOR NEW DESIGNS
MP4030A continues to be in production for existing customers. Please consider this alternative for new designs:

MP4033
MP4033
Enhanced TRIAC-Dimmable, Primary Side Control Offline LED Controller with Active PFC
Features & Benefits
- Primary-Side-Control without Requiring a Secondary-Side Feedback Circuit
- Adaptive Dimmer Type Detection and Phase-Cut-Based Dimming Control
- Good Dimmer Compatibility and Deep Dimming Range
- Analog Dimming with PWM Input
- Fast Start-Up without Perceptible Delay
- Programmable Current Fold-back to Prolong the LED lifetime (NTC)
- Color Temperature and Brightness Control for Warm Sunset Dimming application
- Accurate Line & Load Regulation
- High Power Factor
- Operates in Boundary Conduction Mode
- Cycle-by-Cycle Current Limit
- Winding Short Circuit Protection
- Output Over-Voltage Protection
- Output Short-Circuit Protection
- ZCD Pin Short-Circuit Protection
- Over-Temperature Protection
- Available in SOIC-8/MSOP-10/SOIC-14 Package
… and many more!
Active Part Numbers:
MP4030AGS-P MP4030AGS-Z
Meaning of P & Z
Evaluation Tools

The EV4030A-S-01B Evaluation Board is designed to demonstrate the capabilities of MP4030A with ripple suppressor. The MP4030A is a primary-side-control offline LED lighting controller which can achieve high power factor and accurate current for Triac dimmable LED lighting application. It works in boundary conduction mode for reducing the MOSFET and Diode switching losses. The ripple suppressor can obviously reduce the output current ripple and escape the flicker or shimmer happened in deep dimming situation.
The EV4030A-S-01B is typically designed for driving a 15W Triac dimmable LED bulb with 30VTYP, 520mA LED load from 185VAC to 265VAC, 50Hz.
The EV4030A-S-01B has an excellent efficiency and meets IEC61547 surge immunity, IEC61000-3-2 Class C harmonics and EN55015 conducted EMI requirements. It has multi-protection function as over-voltage protection; primary side over current protection; short-circuit protection, cycle by cycle current limit, etc.
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