MSP430F435IPZR Overview
The MSP430F435IPZR is a member of a widely used low?power 16?bit microcontroller family designed for mixed?signal embedded systems. This device targets battery?sensitive and instrument control applications where low energy, deterministic 16?bit processing and integrated peripherals matter. Because the original product sheet that contains all verified numeric data and pin?out specifics was not included with this request, this overview focuses on the device family role and selection criteria rather than invented numeric values. For the official manufacturer details visit IC Manufacturer.
MSP430F435IPZR Technical Specifications
| Parameter | Value / Note |
|---|---|
| CPU architecture | 16?bit RISC core (family characteristic) |
| Core clock / performance | Refer to product sheet for maximum MHz and instruction timings |
| Program memory (Flash) | Refer to product sheet for flash density in KB |
| Static RAM | Refer to product sheet for SRAM size in bytes |
| Operating voltage range | Refer to product sheet for guaranteed VCC window and margins |
| Operating temperature | Refer to product sheet for ambient temperature ratings (??C) |
| Package / pins | Refer to product sheet for package code, pin count and pin mapping |
| Analog peripherals | Refer to product sheet for ADC resolution, comparator and reference details |
| Communications | Refer to product sheet for UART, SPI, I2C, and other serial interface counts |
| Power modes | Refer to product sheet for sleep/standby current and mode descriptions |
MSP430F435IPZR Key Features
- 16?bit RISC core delivering compact code density and efficient integer math, which matters for control loops and deterministic timing.
- Integrated mixed?signal peripherals that reduce external BOM by combining ADC, comparators and timers on a single die.
- Low?power operating modes that extend battery life in portable or remote systems by minimizing active and standby currents.
- Flexible serial interfaces that simplify communication and sensor interfacing for both legacy and modern buses.
Typical Applications
- Battery?powered sensor nodes and portable instruments that require ultra?low power idle modes and deterministic wake-up to sample sensors and transmit data.
- Industrial control modules that need a compact 16?bit CPU plus integrated ADC and timers for closed?loop control and fault detection in constrained enclosures.
- Consumer measurement devices where integrated analog front?end reduces board area and component count, improving cost and reliability over discrete solutions.
- Embedded metering and data?logging where precise timekeeping, low drift and efficient flash usage matter for long?term storage and scheduled reporting.
MSP430F435IPZR Advantages vs Typical Alternatives
The MSP430 family emphasizes lower active and standby current compared with many 8? and 32?bit competitors, which preserves battery life in long?field deployments. A tight integration of analog and digital peripherals reduces board complexity and cost relative to MCU + external ADC alternatives. The 16?bit core yields better code density than many 32?bit cores, translating to lower flash requirements and simpler memory maps for embedded engineers. For sourcing and system integration, confirm specific numeric parameters and package options in the official product sheet before final selection.
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MSP430F435IPZR Brand Info
The MSP430F435IPZR is produced by Texas Instruments, a global semiconductor supplier known for analog and embedded processing solutions. Texas Instruments positions the MSP430 family as a low?power embedded platform optimized for mixed?signal designs, with broad ecosystem support including compilers, development boards, and application notes that accelerate proof?of?concept and production designs.
FAQ
What is the core architecture?
The device uses a 16?bit RISC microcontroller core consistent with the MSP430 family. For instruction set details, cycle timing and specific performance numbers, consult the official product sheet and family user guide.
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Where to find official pinout and package data?
Package drawings, thermal data and pin assignments are provided only in the official product sheet and mechanical datasheet. Use those documents to confirm footprint and assembly requirements for your chosen package variant.
How do I confirm analog performance?
Analog block characteristics such as ADC resolution, input range, reference accuracy and sample rates are specified in the product sheet. Review those sections for calibration, recommended layouts and test conditions to meet application accuracy targets.
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Which power modes are available?
MSP430 devices typically offer several low?power modes with different wake sources and current profiles. The product sheet lists mode names, associated current consumption and recommended use cases for aggressive power management.
How should I obtain software support?
Development tools, compiler support, reference code and application notes are available from the manufacturer’s website and ecosystem. Check the product page for links to evaluation boards, code examples and technical documentation to accelerate development.