: Uses a high-speed USB interface for faster performance compared to standard CMSIS-DAP probes found on many basic development boards.
The 5-pin row is primarily dedicated to SWD programming and basic power routing. Pin Number Signal Name Description Target Power Sense / Supply Line System Common Ground Hardware External Reset Control SCLK / SWDCLK Serial Clock Line for SWD SDATA / SWDIO Bi-directional Data Line for SWD 10-Pin Header Layout
: Designed to work natively with PSoC Creator and PSoC Programmer software environments. Common Limitations & Known Issues psoc miniprog3
When the target system operates on independent external power, configure the software programmer settings to "Status: External" rather than "Power Cycle". Forcing the MiniProg3 to supply power to a circuit that is already energized can create electrical ground loops, destabilizing the USB subsystem or generating data packet corruption.
It bridges the host computer to standard serial communication protocols including Serial Wire Debug (SWD), Joint Test Action Group (JTAG), Inter-Integrated Circuit ( I2Ccap I squared cap C ), and Serial Peripheral Interface (SPI). : Uses a high-speed USB interface for faster
or SPI master device, capturing runtime telemetry directly from sensor components. For instance, in environmental testing setups, engineers utilize the device to manage and poll continuous gas or thermal registers via a unified I2Ccap I squared cap C Ecosystem Integration
The MiniProg3 relies on native software environments to execute complex debugging instructions. PSoC Creator Common Limitations & Known Issues When the target
: It can supply power to a target board at four selectable voltage levels: 1.8V, 2.5V, 3.3V, or 5V . Additionally, it can communicate with devices using I/O levels ranging from 1.5V to 5.5V. Technical Specifications & Hardware