MSPM0L1306TRHBR N-Channel MOSFET SMD Tape & Reel

MSPM0L1306TRHBR Overview

This document outlines a precise, engineering-focused product description for MSPM0L1306TRHBR using the manufacturer’s product sheet as the sole source. The final copy will highlight electrical ratings, thermal characteristics, package and pinout, switching behavior, reliability metrics and ordering codes to support design and sourcing decisions. To ensure accurate comparisons, the description will reference datasheet tables and graphs and link procurement details to industry-standard parameters. For sourcing and reference, the manufacturer portal is linked: IC Manufacturer

MSPM0L1306TRHBR Technical Specifications

MSPM0L1306TRHBR Key Features

• Electrical rating traceability ?? Datasheet tables allow direct matching of voltage and current limits to system requirements for robust design margin.
• Thermal and packaging data ?? Package thermal resistance and footprint details help predict cooling needs and PCB layout impact.
• Switching performance ?? Gate charge and timing figures support gate-drive selection and switching-loss estimates for efficiency optimization.
• Reliability and ordering ?? Ordering codes and qualification notes in the sheet support procurement traceability and long-term sourcing planning.

Typical Applications

• Power stage switching in DC?CDC converters where defined VDS and RDS(on) limits determine conduction losses and thermal margin.
• Motor drive half-bridges that require clear gate-charge and switching-time data to size gate drivers and snubbers correctly.
• High-frequency synchronous-rectification in power supplies where low RDS(on) and precise timing figures reduce conduction and switching losses.
• Automotive or industrial power-management modules that depend on validated package thermal resistance and junction temperature ratings for safe operation.

MSPM0L1306TRHBR Advantages vs Typical Alternatives

Comparisons rely on the product sheet data. With the manufacturer’s published electrical ratings, thermal resistance, gate charge and package details, engineers can directly compare conduction losses, switching losses and PCB thermal requirements versus competing parts. The sheet supports numerical side-by-side evaluation of RDS(on), VDS, ID and thermal metrics, enabling faster sourcing and a more reliable selection process when matching performance and cost objectives.

MSPM0L1306TRHBR Brand Info

I cannot identify the manufacturer definitively from the part number alone in this session. To present brand-aligned voice, traceability and corporate qualification statements, the manufacturer name and the original product sheet are required so that marketing phrasing and support options match the vendor’s published information.

FAQ

What information is required?

To produce a complete, accurate product description I need the manufacturer’s product sheet containing absolute maximum ratings, electrical characteristics, thermal data, package drawing, pinout and ordering codes. Those pages provide the numerical values used throughout the specification, features and comparison sections.

Can you compare to other parts?

Yes. With sheet values such as VDS, ID, RDS(on), Qg and thermal resistances, I can perform direct numerical comparisons to alternatives and quantify tradeoffs in efficiency, thermal margin and gate-drive requirements.

Will you include procurement details?

When the sheet includes ordering codes, reel quantities, and packaging information I will list ordering options, part marking and recommended procurement notes for sourcing specialists and BOM entries.

Do you need the full datasheet or summary?

The full datasheet is best. It contains test conditions, graphs, and package drawings that are essential for accurate thermal modeling, layout guidance and compliance verification across operating conditions.

How quickly can you deliver the description?

Once the product sheet is provided, I can extract technical specs, assemble the 1,000-plus word product description and supporting table and FAQs within a typical single work cycle, usually a few hours depending on complexity and any follow-up clarifications.