Hxje Ic Datasheet Top -

Ideal for single-cell Lithium-ion/Lithium-polymer battery applications. ±plus or minus Delivers a stable ~5V rail from a decaying battery supply. Maximum Output Current Up to 110mA ( ) Up to 230mA (

One of the top reasons hardware developers select the HX4004A / PS3120A family is its minimal component bill of materials (BOM). Traditional boost converters require an external inductor, which emits electromagnetic interference (EMI) and consumes board space. The HX-JE IC functions strictly via a . Required External Components: CINcap C sub cap I cap N end-sub (Input Bypass) : A small ceramic capacitor placed close to Pin 5. CFLYcap C sub cap F cap L cap Y end-sub (Flying Capacitor) : A ceramic capacitor across Pins 3 and 4. COUTcap C sub cap O cap U cap T end-sub (Output Filter) : A hxje ic datasheet top

Due to the microscopic scale of surface-mount sub-components, manufacturers omit full part names on the package top. Instead, an abbreviated code is laser-etched onto the body. HX-JE (or HX=JE) Actual Full Part Numbers: HX4004A-MF, HX4004, PS3120A CFLYcap C sub cap F cap L cap

: Look at the technical specifications provided. Are they clear and comprehensive? Do they meet your requirements for the intended application? In a standard datasheet application

In the fast-evolving world of power management electronics, efficiency and simplicity are paramount. The (often listed as HXJE) integrated circuit (IC) has emerged as a specialized component, particularly noted for its role in non-sensing boost applications. As designs shrink and efficiency requirements rise, understanding the "top" datasheet specifications of the HX-JE is crucial for engineers looking to optimize voltage boosting in battery-operated or space-constrained systems.

In a standard datasheet application, the HXJE is deployed in a simple topology: