MSP430FG4616IPZR Overview
The MSP430FG4616IPZR is a mid-range member of the MSP430 microcontroller family built for low-power, mixed-signal embedded control. It targets battery-powered and energy-conscious applications that require a 16-bit architecture, integrated analog and digital peripherals, and flexible clocking for power/ performance tradeoffs. For sourcing and manufacturer details refer to IC Manufacturer. To guarantee accuracy for procurement, design and thermal planning, the official product sheet should be consulted before final BOM entry or layout updates.
MSP430FG4616IPZR Technical Specifications
| Parameter | Specification (sheet-referenced) |
|---|---|
| CPU Architecture | 16-bit RISC core |
| Maximum Clock Frequency | Refer to the device datasheet for exact MHz rating |
| Flash Memory | See official datasheet for kilobyte capacity |
| RAM (SRAM) | Refer to datasheet for bytes of RAM |
| Operating Voltage Range | Refer to product sheet for precise Vmin?CVmax |
| Ambient Temperature Range | See datasheet for the guaranteed ??C range |
| Package | Manufacturer package code IPZR ?? consult sheet for pin count and package outline |
| Integrated Peripherals | Mixed-signal peripherals and on-chip modules; refer to datasheet for counts and resolutions |
| Typical Power Modes | Low-power standby and active modes; see datasheet for current consumption numbers |
MSP430FG4616IPZR Key Features
- 16-bit RISC core ?? delivers deterministic control with efficient code density for embedded tasks.
- Low-power operation ?? multiple power modes reduce energy use for longer battery life in portable systems.
- Mixed-signal integration ?? on-chip analog and digital peripherals reduce BOM count and simplify board layout.
- Flexible clocking ?? adjustable clock sources enable tradeoffs between throughput and energy consumption.
Typical Applications
- Battery-powered sensing and data-logging devices where low quiescent current and long sleep intervals extend operational lifetime beyond basic microcontroller options.
- Industrial sensor interfaces that require deterministic 16-bit control with on-chip analog inputs and digital communications for robust field deployment.
- Handheld instruments that benefit from mixed-signal integration and configurable power modes to balance measurement accuracy and battery runtime.
- Embedded control in consumer appliances where reduced BOM, integrated timers and flexible clocking lower system cost and accelerate time to market.
MSP430FG4616IPZR Advantages vs Typical Alternatives
The MSP430FG4616IPZR brings a balanced mix of low-power operation and integrated mixed-signal peripherals when compared to higher-power 32-bit MCUs and simpler 8-bit controllers. It typically offers better energy efficiency than 32-bit alternatives at comparable control tasks, while providing more performance and peripheral integration than many 8-bit parts. For designs that prioritize battery life, compact BOM and deterministic 16-bit control, this device often represents a more efficient option.
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MSP430FG4616IPZR Brand Info
The MSP430 family is a product line from Texas Instruments, a global semiconductor company. Texas Instruments positions MSP430 microcontrollers for low-power embedded applications, offering a portfolio with mixed-signal capability, multiple package options, and a broad ecosystem of development tools and application notes.
FAQ
Who manufactures this device?
Titanium Instruments (Texas Instruments) is the vendor behind the MSP430 family. Confirm manufacturer part numbers and ordering codes on the official product sheet or distributor listings before procurement.
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What is the package code IPZR?
The IPZR suffix is the manufacturer package identifier. For exact pin count, mechanical drawing and land pattern dimensions consult the official package outline in the product sheet or mechanical datasheet.
How do I verify power consumption?
Refer to the datasheet power consumption table for mode-specific current draw, including active, standby and low-power modes. Use those numbers for battery-life calculations and thermal estimates.
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Where are peripheral details listed?
Detailed peripheral lists, including timers, ADCs, communication modules and GPIO capabilities, are provided in the product datasheet and the device user’s guide. Use those sections for interface design and pin assignments.
How should I confirm compliance and sourcing?
Check the datasheet and manufacturer web pages for compliance notes, ordering information, and authorized distributor listings. Use the official ordering guide and package marking data for correct sourcing and traceability.