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Product Details
MP3302DJ-LF-Z In Stock MPS Step Up Converter MPS Electronic Component Wholesalers
MP3302DJ-LF-Z MPS Step Up Converter
The MP3302DJ-LF-Z is a step-up converter designed by Monolithic Power Systems Inc. for driving arrays of white LEDs from a single cell Lithium Ion battery. Here is an overview of its key features and specifications:
1. **Internal Power MOSFET**: The MP3302DJ-LF-Z incorporates an internal power MOSFET for efficient LED driving.
2. **Drive Capability**: It is capable of driving up to 10 series white LEDs.
3. **Efficiency**: The device can achieve up to 87% efficiency.
4. **Single Wire Dimming Control**: It features single wire dimming control for ease of use.
5. **Switching Frequency**: The fixed switching frequency is 1.3MHz.
6. **Open Load Shutdown**: The MP3302DJ-LF-Z is designed to shut down if an over-voltage condition is present due to an open circuit condition.
7. **Low Feedback Voltage**: It has a low 195mV feedback voltage, which reduces power loss and improves efficiency.
8. **Protection Features**: The device includes under-voltage lockout (UVLO), thermal shutdown, and internal current limiting to prevent damage in the event of an output overload.
9. **Input Voltage Range**: The recommended operating input voltage range is from 2.5V to 6V.
10. **Output Current**: The MP3302DJ-LF-Z can deliver up to 1.33A of output current.
11. **Output Voltage**: It is capable of providing an output voltage up to 36V.
12. **Package Type**: The device is available in a small 5-pin TSOT23 package.
13. **Operating Temperature**: The operating temperature range is from -40°C to +125°C.
14. **Storage Temperature**: The storage temperature range is from -55°C to +150°C.
15. **RoHS Compliance**: The MP3302DJ-LF-Z is RoHS compliant, indicated by the suffix “-LF” in the part number.
This device is suitable for applications such as 5” to 7” LCD panels, handheld computers and PDAs, digital still cameras, and small LCD displays. It is a reliable choice for LED driving applications requiring high efficiency and compact solutions.