Alternatives to Texas Instruments UCC33411QDHARQ1
Texas Instruments UCC33411QDHARQ1 and its qualified second sources, compared on form, fit and function, stock, lifecycle and price — the same checks Parter runs inside a BOM.
Equivalent and substitute parts for Texas Instruments UCC33411QDHARQ1
 UCC33411QDHARQ1Texas Instruments | UCC33421QDHARQ1Texas Instruments |  UCC12051QDVERQ1Texas Instruments | +1more | |
|---|---|---|---|---|
| FFF Compatibility | Utilizes the exact same DHA (SSOP-16) package and shares identical pin assignments (EN/FLT, VINP, GNDP, SEL, VCC, and GNDS).Identical package dimensions (5.85mm x 7.50mm) and 2.65mm maximum height.Regulates to a higher output voltage of 5.0V/5.5V instead of the original 3.3V/3.7V, which requires a downstream LDO or circuit modification if 3.3V is strictly needed. | Packaged in SOIC-16 (DVE) with a completely different pinout scheme, requiring a PCB redesign.Uses a SOIC-16 wide-body package instead of the SSOP-16 (DHA), although creepage (>8mm) and height (2.65mm) are comparable.Max output power is limited to 500mW, which is half of the original part's 1.0W rating. | ||
 AI Summary | UCC33411QDHARQ1 by Texas Instruments: DC DC Converter Output - Input. | A same-family sibling that offers identical pinout and package dimensions, but is configured for a 5.0V/5.5V output and 1.5W power level rather than 3.3V/3.7V and 1.0W.
| A functional alternative from TI's previous generation of isolated DC-DC modules that provides the same 3.3V/3.7V output voltage options but at a lower power rating of 500mW and in a SOIC-16 footprint.
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| Lifecycle Status | Active | Active | Active | |
| Market Availability | Non-stock | Non-stock | Non-stock | |
| REACH | Unknown | Unknown | REACH | |
| RoHS | RoHS | RoHS | RoHS | |
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Related parts
| Part | Market availability | Lifecycle | Alternatives available |
|---|---|---|---|
| UCC33421DHARTexas Instruments | Non-stock | Active | 2Alternatives availableSee Alternatives |
 UCC3818DWTexas Instruments | In stock | Obsolete | 3Alternatives availableSee Alternatives |
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