MSP430G2352IN20 Overview
The MSP430G2352IN20 is a member of the MSP430 family of ultra?low?power microcontrollers used in compact industrial and consumer designs. To create an accurate, specification?rich product brief I must extract every numeric and package detail from the official product sheet. Delivering verified technical content avoids incorrect memory, timing, or package claims and supports procurement and engineering decisions. If you can upload the official datasheet or paste the sheet text here I will produce a complete, 1000?C1200 word product description built only from that source and linked resources from IC Manufacturer.
MSP430G2352IN20 Technical Specifications
| Parameter | Value |
|---|---|
| Package / Pins | Refer to supplied datasheet for exact package code and pin count |
| CPU Architecture | Refer to supplied datasheet for core details (bit width and instruction set) |
| Operating Voltage | Refer to supplied datasheet for VCC range (V) |
| Max Clock Frequency | Refer to supplied datasheet for maximum CPU clock (MHz) |
| On?chip Memory (Flash / RAM) | Refer to supplied datasheet for flash and RAM sizes (KB / bytes) |
| ADC Resolution | Refer to supplied datasheet for ADC bit resolution (bits) |
| Timers / Peripherals | Refer to supplied datasheet for timer counts and serial interfaces |
| Operating Temperature | Refer to supplied datasheet for industrial temperature range (??C) |
| Supply Current (Active / Standby) | Refer to supplied datasheet for current consumption values (??A / mA) |
| Typical Applications | Refer to supplied datasheet for recommended application examples |
MSP430G2352IN20 Key Features
- One core capability: 16?bit RISC processing for compact code density and efficient integer math in control tasks.
- Low?power operation: multiple low?power modes minimize energy use and extend battery life in portable/remote systems.
- Integrated analog and timers: on?chip ADC and timers streamline sensor interfacing and real?time control without external components.
- Flexible interfacing options: serial and GPIO reduce BOM and accelerate board integration by supporting common buses and peripherals.
Typical Applications
- Battery?powered sensor nodes and data?loggers where extended operational life and low sleep current are critical for months or years between charges.
- Portable meters and handheld instruments that require compact MCU solutions with integrated ADCs and low static power for long field operation.
- Industrial control points and embedded controllers needing a small pin?count MCU with deterministic timers and basic serial connectivity for control loops.
- Consumer devices such as remote controls and simple human?interface peripherals where low BOM cost and minimal external components are priorities.
MSP430G2352IN20 Advantages vs Typical Alternatives
The MSP430 family emphasizes ultra?low power and compact integration compared with many 8? or 32?bit alternatives. For designs that need low standby current and simple mixed?signal integration, this device class typically costs less and consumes far less energy than many general?purpose 32?bit MCUs. The small package options and built?in analog/peripheral set reduce board area and external parts. Provide the official product sheet and I will validate which numeric margins and measured currents give a quantifiable advantage in your specific application.
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MSP430G2352IN20 Brand Info
The MSP430 family is produced by Texas Instruments, a long?standing semiconductor company focused on analog and embedded processing. As a Texas Instruments part, this device is positioned for low?power control and sensing tasks in both industrial and consumer markets. With the official product sheet I will extract the exact TI ordering code, temperature grade, and recommended device variations.
FAQ
Which company makes this device?
Texas Instruments is the supplier of MSP430 series microcontrollers. The MSP430Gxxxx naming is a TI convention; the official product sheet will confirm the exact TI ordering and package suffix for procurement.
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What is the best way to verify specifications?
Use the official datasheet and the device product folder on the vendor website. The datasheet contains verified numerical values for voltage range, currents, memory sizes, and electrical characteristics required for design and sourcing.
Can this MCU run from battery supply?
Many MSP430 family devices are optimized for battery operation via multiple low?power modes. The precise supply voltage range and quiescent currents for this exact part must be confirmed from the datasheet for battery sizing and runtime estimates.
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How do I confirm package and pinout?
Refer to the package drawing and pinout table in the official product sheet. That documentation lists mechanical dimensions, pin assignments, land pattern recommendations, and ordering variations used by procurement and PCB layout.
What do you need to finalize the product description?
To deliver a full, specification?accurate description I need the official product sheet or datasheet text. With that sheet I will extract numerical specs, produce the technical table, and generate validated engineering and sourcing content.