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High-level introduction to the ISD2360 ChipCorder's capabilities and features.
Lists performance enhancements, audio management, path control, sample rates, and de-compression.
Illustrates the pin layout for QFN 32-Lead and SOP 16-Lead packages.
Details the function of each pin for both QFN 32-Lead and SOP 16-Lead packages.
Presents the major functional blocks of the ISD2360 and their interconnections.
Describes the bits within the device status register, indicating operational states.
Explains interrupt status bits and the procedure for handling interrupts.
Covers device ID reading and clock configuration using the internal oscillator.
Explains configuring GPIO pins as I/O, alternate functions, or triggers.
Details signal path configuration, de-bounce, and checksum calculation methods.
Covers indirect registers for VM/GPIO triggers and GPIO4 for flow control.
Explains the thermal shutdown feature that protects the device from overheating.
Outlines application development, programming, and image generation.
Details flash memory, programming, and available sample rates.
Explains Voice Macros, GPIO triggers, and their execution flow.
Compares SPI and GPIO trigger modes, noting preemption differences.
Introduces the 3-channel mixer and concurrent playback via SPI or GPIO.
Covers VM branch commands and channel counter for execution control.
Illustrates flash memory layout and the structure of the memory header.
Explains memory protection (read, write, chip erase) using the PMP.
Defines Voice Prompts as basic audio elements stored in the header.
Defines Voice Macros as scriptable command sequences and lists commands.
Details reserved VMs and introduces sample projects for triggers.
Guides configuring a simple GPIO trigger-to-play project.
Describes a project for multi-channel mixing and volume control.
Outlines a project for GPIO control, sound effects, and LED output.
Explains reserving and managing user data sectors for application data.
Describes the SPI interface, signals, and communication timing diagrams.
Lists all SPI commands for audio playback, status query, and memory operations.
Details commands like PLAY_VP, PLAY_VP@Rn, and PLAY_VP_LP.
Explains EXE_VM, EXE_VM@Rn, and PLAY_SIL commands.
Covers STOP, STOP_LP, SPI_PCM_READ commands for data handling.
Details commands for reading device status and clearing interrupts.
Explains reading device ID and introduces digital memory commands.
Details DIG_READ, DIG_WRITE, and ERASE_MEM operations.
Explains CHIP_ERASE and CHECKSUM calculation commands.
Lists commands for setting clock, power, and configuration registers.
Details various registers, including device status and interrupt status registers.
Explains registers for sample rate and de-compression settings.
Details registers for enabling paths and controlling volume.
Covers registers for temperature alarms, mask jumps, and PWM frequency.
Explains registers for channel selection and counter control.
Details checksum registers and GPIO trigger channel assignment.
Covers registers for volume control and de-bounce time.
Details registers for controlling GPIO output data and enable functions.
Explains registers for pull-up/down and input data configuration.
Defines GPIO pin functions using alternate function bits.
Covers registers for storing VM/VP indexes and GPIO associations.
Shows a typical SPI application setup with an MCU.
Illustrates a standalone application using GPIO triggers.
Lists industrial packaging operating temperature and voltage ranges.
Describes the internal oscillator and speaker output specifications.
Lists DC characteristics and SPI communication timing diagrams.
Shows mechanical dimensions and tolerances for the QFN package.
Displays mechanical dimensions and tolerances for the SOP package.
Explains the part numbering based on duration, temperature, and package.
Lists document versions, dates, and descriptions of changes.
| Brand | Nuvoton |
|---|---|
| Model | ISD2360 |
| Category | Motherboard |
| Language | English |