+---U---+ VOUT | 1 6 | C+ GND | 2 5 | VIN EN | 3 4 | C- +-------+
Standard boost converters demand massive, shielded power inductors that consume excessive board space and generate electromagnetic interference (EMI). The HX-JE eliminates this need by using a switched-capacitor charge pump topology. The system uses small ceramic capacitors to transfer charge dynamically, minimizing vertical footprint height and EMI. 2. Robust Circuit Protection
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The HXJE series represents a cost-effective and robust solution for modern power supply needs. Its combination of a built-in power switch and comprehensive protection logic simplifies the design process for compact LED drivers and chargers. For precise component selection, engineers should consult the latest revision of the official datasheet provided by the semiconductor distributor.
When searching for the HXJE IC datasheet, there are several key factors to look for to ensure that you find the right component for your project. Here are some of the most important things to consider: +---U---+ VOUT | 1 6 | C+ GND
: This section may provide guidance on how to use the IC in a design, including recommended PCB layout, examples of circuits, and sometimes even basic application circuits.
Final tips
The is a widely utilized, highly efficient specialized power management component, primarily recognized as the top marking for the HX4004 / HX4004A and PS3120A series of inductorless lithium battery boost integrated circuits . Operating as a regulated charge pump DC/DC converter, this IC is house-packaged in a compact SOT23-6 surface-mount format . Hardware designers favor it for applications requiring step-up voltage regulation without bulky external inductors.
Apply an external 4.0V bench power supply to the VINcap V sub cap I cap N end-sub highly efficient specialized power management component