TM4C1233H6PMI Overview
The TM4C1233H6PMI is listed as a member of the TM4C family of microcontrollers. Without the original product sheet attached here, an exact, spec-driven description cannot be produced from conjecture. For accuracy in sourcing and engineering, data such as core type, maximum clock, flash and SRAM sizes, peripheral counts, package details, supply ranges, and temperature ratings should be taken directly from the official datasheet. For authenticated manufacturer information visit IC Manufacturer to confirm origin and access the complete specification sheet before design or procurement.
TM4C1233H6PMI Technical Specifications
| Parameter | Detail / Note |
|---|---|
| Device family | TM4C family ?? consult official datasheet for exact family attributes |
| Core type | Refer to manufacturer datasheet for verified CPU core and features |
| Maximum clock frequency | See official documentation for guaranteed maximum system clock (MHz) |
| Flash memory | Refer to datasheet for flash size and organization (KB or MB) |
| SRAM | Refer to datasheet for on-chip SRAM size (KB) |
| Package | Package code and pin count documented in the datasheet (e.g., LQFP details) |
| Operating voltage | Supply voltage range documented by the manufacturer (V) |
| Temperature range | Industrial and commercial temperature grade specifics are in the datasheet |
| Analog peripherals | ADC/DAC channel counts and resolution available from official spec sheet |
| Digital interfaces | UART, I2C, SPI, PWM counts and capabilities detailed in manufacturer documentation |
TM4C1233H6PMI Key Features
- Family integration: Part of a broader TM4C product line that typically offers consistent peripheral sets for simplified migration and design reuse.
- Peripheral density: Expected to provide multiple communication and timer peripherals, which supports diverse embedded control tasks and reduces external components.
- Toolchain support: TM4C devices are commonly supported by mainstream ARM toolchains and boards, enabling faster firmware development and debugging.
- Package options: The family typically offers standard packages suitable for automated assembly, aiding volume production and sourcing consistency.
Typical Applications
- Embedded control in industrial automation systems where predictable MCU peripheral sets streamline sensor and actuator interfacing across assemblies.
- Motor control and real-time control loops in appliances or robotics where deterministic timing and integrated timers improve system responsiveness and reduce BOM.
- Sensing and data acquisition nodes that require ADC inputs, serial communications, and modest computation for edge preprocessing before transmitting data.
- Human?Cmachine interfaces (HMIs) and local control panels that need UART/I2C/SPI connectivity and flexible GPIO allocation for buttons, LEDs, and displays.
TM4C1233H6PMI Advantages vs Typical Alternatives
The TM4C family typically emphasizes consistent peripheral mapping and broad development support. Compared with generic alternatives, these devices often offer better ecosystem support, more standardized peripheral sets across product variants, and established toolchain integration. That combination reduces time-to-market and eases migration between variants. For sourcing and engineering, verified datasheet parameters will confirm how this part matches or exceeds requirements for package, memory density, and interface count versus competing MCUs.
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TM4C1233H6PMI Brand Info
The TM4C1233H6PMI belongs to Texas Instruments’ TM4C (Tiva C) microcontroller family. TI positions this series for embedded control and real-time applications with an emphasis on robust peripheral sets and strong development ecosystem support suitable for industrial and commercial designs.
FAQ
What core does this MCU use?
Core details are provided in the official datasheet. TM4C family devices commonly use ARM Cortex cores, but confirm the exact core and any floating-point unit presence from the manufacturer documentation.
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Where can I find the pinout and package drawing?
Pinout diagrams and mechanical package drawings are included in the official product datasheet and the manufacturer’s packaging documents. Refer to those for PCB footprint and assembly information.
How do I verify operating temperature and voltage?
Operating temperature ranges and supply voltage limits are specified in the electrical characteristics section of the datasheet. Use those rated margins to achieve reliable operation in your target environment.
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Can I migrate designs within the TM4C family?
Many TM4C devices share peripheral layouts and software libraries, which eases migration. Check datasheet pin compatibility and peripheral differences to ensure minimal hardware changes.
Where are development resources available?
Software libraries, example projects, and development board details for the TM4C family are available through the manufacturer’s developer resources and community portals. Use those materials to accelerate firmware development and validation.