TM4C123BE6PZI Overview
The TM4C123BE6PZI is a member of the TM4C123 microcontroller family. To create an accurate, specification-driven product description, I require the referenced product sheet that contains the exact electrical, memory, peripheral, and packaging data. Once the sheet is available, I will use only its entries to produce a complete, technical, and sourcing-ready description that highlights performance, interfaces, and packaging. For sourcing links and validated ordering details, see IC Manufacturer.
TM4C123BE6PZI Technical Specifications
| Parameter | Value (from supplied sheet) |
|---|---|
| Core | See sheet for exact core type and revision |
| Maximum clock frequency | Refer to the product sheet for MHz rating |
| Flash memory | Quoted on the sheet in kilobytes or megabytes |
| SRAM | Listed on the sheet in kilobytes |
| Package type | Specified on the sheet (package code and pin count) |
| Operating temperature range | Defined on the sheet (??C) |
| Peripheral set | Detailed on the sheet (UART, I2C, SPI, ADC, PWM counts) |
| Supply voltage range | Shown on the sheet (V) |
| Power consumption | Included on the sheet (active and standby currents) |
| ESD and reliability data | Refer to the sheet for IEC/JEDEC ratings |
TM4C123BE6PZI Key Features
- Core processing: Core details and peak frequency listed on the sheet, enabling predictable CPU performance for real-time tasks.
- Memory footprint: Flash and SRAM capacities on the sheet determine code and data margins for embedded applications.
- Peripherals: On-chip comms and ADC/PWM blocks reduce external components and improve integration density.
- Industrial readiness: Package and temperature ratings on the sheet indicate suitability for extended-temperature or industrial deployments.
Typical Applications
- Embedded control systems requiring deterministic MCU performance and a known peripheral mix as specified in the product sheet for motor or actuator control applications.
- Sensor aggregation nodes where the listed ADC channels, serial interfaces, and memory resources on the sheet support multi-sensor data collection and preprocessing.
- Human-machine interface designs that use the MCU??s documented UART, SPI, and I2C blocks along with flash capacity to host UI firmware and assets.
- Industrial automation endpoints where the component??s package, power, and temperature specifications on the sheet match factory-floor reliability and sourcing requirements.
TM4C123BE6PZI Advantages vs Typical Alternatives
The decisive advantage is based strictly on the sheet??s facts: compare the documented memory, peripheral counts, and package options against competing parts. Use the sheet to quantify how many more UARTs, ADC channels, or kilobytes of flash exist versus alternatives. The sheet also shows operating-temperature and power data; these figures help determine whether this part meets stricter industrial or low-power requirements compared to generic MCU alternatives.
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TM4C123BE6PZI Brand Info
The brand for this family is Texas Instruments. Texas Instruments produces the TM4C123 family as part of its Tiva C Series microcontroller lineup, focusing on 32-bit ARM-based embedded processing. The sheet contains the definitive brand part marking, ordering codes, and recommended land-patterns for design and procurement.
FAQ
What core does it use?
The specific core type and revision are listed on the supplied product sheet. Refer to the sheet for the ARM core name, floating-point unit presence, and exact clock-frequency limits.
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How much flash and RAM?
Flash and SRAM sizes are provided directly on the sheet. Those values determine firmware capacity and runtime data margins, so consult the sheet for exact kilobyte counts before finalizing designs.
Which package is offered?
Package type, pin count, and mechanical dimensions are shown on the sheet. Use those entries to confirm PCB footprint, thermal characteristics, and assembly compatibility.
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What are the operating voltages?
Supply voltage ranges and recommended decoupling are specified on the sheet. These values are critical to ensure correct power sequencing and to size regulators for the target application.
Where is detailed peripheral info?
The product sheet lists peripheral counts and electrical details such as UART, SPI, I2C, ADC channel counts, timers, and PWM modules. Use those entries to map IO needs and software drivers.