Clock, reset and supply management. • to V operating voltage. • Flexible clock control, 4 master clock sources. – Low power crystal. MALAYSIA. STM8SF2P6. Package. TSSOP Packing Type. Tube. More Info. Unit Price (US$). *. Distributor availability ofSTM8SF2P6. STM8SF2P6 STMicroelectronics 8-bit Microcontrollers - MCU Access Line 16 PDF. PCN. Amkor ATT3 (Taiwan) additional EWS site for STM8 and STM
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The main source of subjectivity comes from weighing these facts appropriately, which I will not attempt to do. Are there other options?
What compilers does the microcontroller support?
Is the software cross-platform? How much does it cost? Feel free to express your contempt of my methodology in the comments section.
How clunky is the debugging experience? Every company has a slightly different philosophy for development boards and debuggers, so this will be interesting to compare.
This routine will obviously also test bit manipulation performance though this is rarely important in general-purpose projects.
I will do this with whatever peripheral library or code-generator tool the manufacturer provides if any at all. This stuff is the bread and butter of embedded programming: interrupt-based UART reception with a little bit of flair framing error detection , multi-channel PWM configuration, and nearly-always-halted state-machine-style CPU programming. Evaluation Code All code I used to evaluate these parts in this microcontroller selection guide is available on my microcontroller-test-code GitHub repo.
If an architecture strikes your interest, you should definitely check out the full review below. Stand-out analog peripherals capstone a peripheral set and memory configuration that endows this part with good value.
Other than its unique development environment, this part treads water in a sea of low-cost ARM devices. Processor Expert provides a unique development experience for rapid-prototyping, which may be enough to lure some developers away from newer parts.
An anemic peripheral selection and limited memory capacity makes this a better one-trick pony than a main system controller. Holtek has a wide range of application-specific MCUs that integrate this core with HV power and other goodies. With 16K of RAM, a 1 MSPS six-channel ADC, flexible communications, up to 16 timer capture channels, and the ability to form a bit timer for large-range timing gives this part a bit of personality among entry-level Cortex-M0 microcontrollers.
Still driven by a sluggish core that clambers along at one-fourth its clock speed, the PIC16 has always been best-suited for peripheral-heavy workloads. Nuvoton M Part: MLDN The M series is a high-value, 50 MHz Cortex-M0 with excellent timers and comms peripherals, a coherent, easy-to-use functional-oriented peripheral library, a relatively high pin-count, and utilitarian dev tools.
An easy-to-use function-oriented peripheral library, serial loader, and plenty of code examples on blog posts keep this part alive.
Excellent low-power consumption, arrayed comms and timer peripherals, plus a good code-gen tool built into the free Eclipse IDE makes this part a strong competitor against the PIC24 and MSP Abysmal power consumption, lackluster peripherals, unfriendly pricing, and an obnoxiously antiquated development ecosystem should steer away almost any rational person from this architecture that, from the copyright dates on the development tools, looks to be headed to the grave.
Low-cost tools, a free cross-platform Eclipse-based IDE, and a slew of easy-to-program peripherals should get both professionals and hobbyists interested in exploring this platform. If only its STVD development environment felt as modern as its peripheral set does.
Specs Comparison Core Microcontrollers continue to divide into two camps — those with vendor-specific core architectures, and those who use a third-party core design.
Out of the 21 microcontrollers reviewed here, eight of them use a bit ARM core, which is becoming ubiquitous in the industry — even at this price point. Three of the microcontrollers use an 8-bit compatible ISA. The AVR core has a bit instruction fetch width; most instructions are 16 bits wide; some are All things said, though, AVR offered a huge performance improvement over the cycle or 6-cycle processors when AVR was first introduced — and the AVR is always faster than even modern derivatives when it comes to working with large arrays of data that must be stored in extended bit RAM on the It was also designed for C compilers, too — with 32 registers available at all times, compilers can efficiently juggle around many operands concurrently; the , by comparison, has four banks of eight registers that are only easily switched between within interrupt contexts which is actually quite useful.
In my testing, this often added 10 PUSH instructions or more — each taking 2 cycles. The PIC16 is often described as a 4T architecture — taking 4 clock cycles to execute a single machine instruction. Since real MCUs have more than bytes of registers and 2K of program memory, this PIC has a bank selection register BSR , which is written to whenever you need to swap banks which happens a lot.
The PIC16 is a single-register machine, and that register is named W. Everything you do will essentially be moving something into W, doing something with it, and then moving it back to somewhere. Consequently, programming it in assembly is easy, and downright fun. Because this part can store bit program words, Microchip will tell you this part has 14 KB of flash close to 16 KB, right?
Keep this in mind when comparing memory. Microchip PIC24 While the PIC10, 12, 16, and 18 are all 8-bit cores with bit program memory, the PIC24 moves up to bit data operated through bit instructions are you starting to catch onto the numbering system? Any international shipping and import charges are paid in part to Pitney Bowes Inc. Buy Direct Add to stm8s13f2p6. Email to friends Share on Facebook — opens in a new window or tab Share on Twitter — opens in a new window or tab Share on Pinterest — opens in a new window or tab.
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