MSP430F435IPNR Overview
The MSP430F435IPNR is a member of the MSP430 family of low?power microcontrollers designed for embedded control and mixed?signal applications. To produce an accurate, sourcing?grade product description and avoid inventing specifications, I need the official technical sheet for this exact part. Once supplied, I will extract exact numerical specifications, package and ordering codes, and verified peripheral counts for a complete datasheet?accurate presentation. For sourcing or cross?reference, see the manufacturer portal at IC Manufacturer for authorized documentation and part status.
MSP430F435IPNR Technical Specifications
| Parameter | Value / Source |
|---|---|
| Core | Refer to the official part datasheet for confirmed core type and speed. |
| CPU width | Refer to the official part datasheet for confirmation. |
| Maximum clock frequency | Refer to the official part datasheet for confirmed numeric value. |
| Operating voltage range | Refer to the official part datasheet for confirmed numeric range. |
| Flash memory | Refer to the official part datasheet for exact capacity and organization. |
| RAM (SRAM) | Refer to the official part datasheet for exact capacity. |
| Packages / pins | Refer to the official part datasheet for package type, pin count, and pinout. |
| Temperature range | Refer to the official part datasheet for industrial / commercial grades and limits. |
| Peripherals | Refer to the official part datasheet for ADC, timers, communication interfaces and counts. |
| Ordering code | Refer to the official part datasheet or distributor listing for full ordering code and suffix meanings. |
MSP430F435IPNR Key Features
- Single 16?bit MCU core capability delivers deterministic control for timing?sensitive tasks when validated against the datasheet.
- Mixed?signal integration plus low?power modes ensures efficient energy use and extended battery life when applied correctly.
- Rich peripheral integration reduces BOM count and simplifies board routing when the exact peripheral list is confirmed from the official sheet.
- Package and temperature grade options support flexible sourcing and reliability across industrial and commercial requirements once verified.
Typical Applications
- Embedded control in battery?powered portable instruments where low standby current and deterministic processing are required for long operation life.
- Industrial sensing nodes that require mixed?signal front ends and low power to extend deployment intervals between maintenance cycles.
- Consumer device control where tight integration of timers, ADCs, and communication interfaces reduces external components and overall system cost.
- Mixed?signal data acquisition modules that need compact MCU integration to preprocess sensor data before transfer to higher?level systems.
MSP430F435IPNR Advantages vs Typical Alternatives
Compared with many general?purpose 8? and 32?bit microcontrollers, this MSP430 device family favors lower active and standby currents and tighter mixed?signal integration. When the exact datasheet values are applied, use the part to reduce external analog components and conserve board space, while benefiting from a streamlined instruction set for predictable code density. The result is a smaller BOM and lower long?term power consumption versus alternatives without the same low?power focus.
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MSP430F435IPNR Brand Info
The MSP430F435IPNR is part of the MSP430 microcontroller family produced by Texas Instruments. TI is known for industrial?grade analog and mixed?signal semiconductor solutions and provides comprehensive documentation, reference designs, and software tools to support integration and production readiness for MSP430 parts.
FAQ
What documentation do you need?
To produce a full, specification?accurate description I need the official product datasheet and device marking information. The datasheet contains verified numerical values for clock, memory, voltage, pins, package, and peripheral counts.
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Can you extract ordering codes?
Yes. With the datasheet or manufacturer ordering guide I can list full ordering codes, package suffixes, temperature grades, and RoHS / lead?free status for procurement teams.
Will you include verified electrical limits?
Yes. Once provided, I will extract and present absolute maximum ratings, recommended operating conditions, and thermal characteristics directly from the manufacturer document without interpretation errors.
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Can you prepare cross?reference suggestions?
With the datasheet and target application constraints I can propose comparable parts, legacy replacements, and form?fit or pin?compatible alternatives for sourcing evaluation.
How will you present BOM and sourcing details?
I will produce a concise BOM impact summary, recommended footprints, and sourcing notes including typical distributor listings and package ordering information after reviewing the official datasheet and ordering guide.