STMicroelectronics STLUX385A
Manuals and User Guides for STMicroelectronics STLUX385A. We found 10 manuals for free downloads Data Sheet, User manual, Reference manual
The ST STLUX385A development environment is an extensive suite of tools designed to streamline and enhance the application development process for the STLUX385A digital device. This user-friendly environment guides users through all stages of prototyping, from the initial concept to the final onboard proof of concept, enabling them to bring their lighting applications to life with greater efficiency and precision.
Pages: 126 STMicroelectronics STLUX385A Data Sheet
Brand: STMicroelectronics Category: Fridge-freezers Size: 3 MB
Languages: English
Table of contents
- 10 Description
- 11 STLUX family features list
- 12 Introducing SMED
- 12 Documentation
- 13 System architecture
- 14 Block diagram
- 15 Product overview
- 15 SMED (state machine event driven): configurable PWM generator
- 15 SMED coupling schemes
- 16 Connection matrix
- 18 Connection matrix interconnection
- 20 Internal controller (CPU)
- 20 Architecture and registers
- 20 Addressing
- 20 Instruction set
- 20 Single wire interface module (SWIM)
- 21 Debug module
- 21 Basic peripherals
- 21 Vectored interrupt controller
- 21 Timers
- 23 Architecture
- 23 Write protection (WP)
- 23 Protection of user boot code (UBC)
- 24 Readout protection (ROP)
- 24 Clock controller
- 24 Internal 16 MHz RC oscillator (HSI)
- 25 Internal 153.6 kHz RC oscillator (LSI)
- 25 Internal 96 MHz PLL
- 25 External clock input/crystal oscillator (HSE)
- 25 Power management
- 26 Communication interfaces
- 26 Digital addressable lighting interface (DALI)
- 27 Universal asynchronous receiver/transmitter (UART)
- 28 Analog-to-digital converter (ADC)
- 29 Analog comparators
- 30 Pinout and pin description
- 30 Pinout
- 32 Pin description
- 34 Input/output specifications
- 35 I/O multifunction signal configuration
- 35 Multifunction configuration policy
- 35 Port P0 I/O multifunction configuration signal
- 35 Alternate function P0 configuration signals
- 36 Port P0 diagnostic signals
- 37 Port P0 I/O functional multiplexing signal
- 37 P0 interrupt capability
- 37 P0 programmable pull-up and speed feature
- 38 Port P1 I/O multifunction configuration signal
- 39 Port P1 I/O multiplexing signal
- 39 P1 programmable pull-up feature
- 39 Port P2 I/O multifunction configuration signal
- 40 P2 interrupt capability
- 40 P2 programmable pull-up feature
- 41 Multifunction Port configuration registers
- 41 MSC_IOMXP0 (Port P1 I/O MUX control register)
- 42 MSC_IOMXP1 (Port P1 I/O MUX control register)
- 43 MSC_IOMXP2 (Port P2 I/O MUX control register)
- 44 MSC_INPP2AUX1 (INPP aux register)
- 45 Memory and register map
- 45 Memory map overview
- 46 Register map
- 46 General purpose I/O GPIO0 register map
- 46 General purpose I/O GPIO1 register map
- 47 Miscellaneous registers
- 49 PROM non-volatile memories
- 49 Reset register
- 50 Clock and clock controller
- 51 WWDG timers
- 51 IWDG timers
- 51 AWU timers
- 52 Universal asynchronous receiver/transmitter (UART)
- 53 System timer registers
- 53 Auxiliary timer registers
- 53 Digital addressable lighting interface (DALI)
- 54 DALI noise rejection filter registers
- 54 Analog-to-digital converter (ADC)
- 55 State machine event driven (SMEDs)
- 56 CPU register
- 56 Global configuration register
- 57 Interrupt controller
- 57 SWIM control register
- 58 Interrupt table
- 60 Option bytes
- 61 Option byte register overview
- 69 Option byte register description
- 69 ROP (memory readout protection register)
- 69 UBC (UBC user boot code register)
- 70 nUBC (UBC user boot code register protection)
- 70 GENCFG (general configuration register)
- 71 nGENCFG (general configuration register protection)
- 71 MISCUOPT (miscellaneous configuration register)
- 72 nMISCUOPT (miscellaneous configuration register protection)
- 72 CLKCTL (CKC configuration register)
- 73 nCLKCTL (CKC configuration register protection)
- 73 HSESTAB (HSE clock stabilization register)
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