CH32V003F4P6 Core Board Development Board CH32V003 Microcontroller Module RISC-V Processor TYPE-C Interface – KSH 800 at HIMASTORES Mombasa – best electronics in Kenya
Home / Microcontrollers / CH32V003F4P6 Core Board Development Board CH32V003 Microcontroller Module RISC-V Processor TYPE-C Interface

CH32V003F4P6 Core Board Development Board CH32V003 Microcontroller Module RISC-V Processor TYPE-C Interface

SKU: HMJ693 Category: Microcontrollers
KSH 800.00
Out of Stock

Product Description

CH32V003F4P6 RISCV Core Board with TYPEC Interface

UltraLowCost 32bit RISCV Development Board

This core board is built around the CH32V003F4P6 microcontroller, featuring a 32bit RISCV2A processor running at 48MHz [citation:2]. It offers an ultralowcost entry point into RISCV development with 16KB Flash and 2KB SRAM [citation:1]. The board provides convenient TYPEC connectivity for power and development.

RISCV2A 32bit Core - Open architecture with 48MHz performance [citation:2]
Wide Voltage Support - Operates from 3.3V or 5V with industrial temp range [citation:2]
Supply voltage is 3.3V or 5V with -40°C to +85°C industrial range [citation:2]
Use WCHLinkE programmer for 1wire SWD debugging [citation:2]
GPIO pins support 5V logic - check pinout for specific pin tolerance [citation:2]

Technical Specifications

ParameterValue
ProcessorQingKe RISCV2A 32bit
Clock Speed48MHz
Flash Memory16KB
SRAM2KB
GPIO Pins18
ADC10-bit with channels
CommunicationUSART, I2C, SPI
Debug Interface1-wire SWD
PackageTSSOP-20
Voltage3.3V / 5V

= Key Features =

UltraLow Cost Affordable 32bit RISCV entry platform [citation:1]

Wide Voltage Range - 3.3V or 5V operation for versatile use [citation:1]

Industrial Temperature 40°C to +85°C for robust applications [citation:2]

1Wire Debug Interface Simple SWD programming with WCH-LinkE [citation:2]

DMA Controller 1channel general-purpose DMA [citation:2]

Rich Peripherals USART, I2C, SPI, 16bit timers, OPA [citation:2]

= Applications =

  1. RISC-V learning and embedded development
  2. Industrial automation and control
  3. IoT edge devices
  4. Consumer electronics
  5. Low-cost sensor systems
  6. Battery-powered applications
Excellent Value Full RISCV development at minimal cost
Easy to Use TYPEC interface for simple power and connection

√ Supports MounRiver Studio IDE (MRS) [citation:2]

√ Compatible with Embeetle IDE for smooth development [citation:3]

√ 96-bit unique chip ID for device identification [citation:2]

Development Setup

The board supports MounRiver Studio (MRS) IDE or Embeetle IDE for development [citation:2][citation:3]. Programming uses a WCHLinkE programmer via the 1wire SWD interface [citation:2]. Some development boards integrate the flasher/debugger directly for plugandplay convenience [citation:3].

Install MounRiver Studio (MRS) for CH32V003 series support [citation:2]
Use USB TYPE-C for power connection (5V via standard cable)
CH32V003F4P6 requires WCHLinkE programmer (not WCHLink) [citation:9]
FLASH has 16KB capacity - plan firmware size accordingly [citation:1]

Troubleshooting

Core board not responding:

  • Verify TYPEC cable supports power delivery (not chargeonly)
  • Check WCH-LinkE programmer SWD connection
  • Ensure 3.3V or 5V supply is stable

Programming fails:

  • Confirm WCHLinkE support (not original WCHLink) [citation:9]
  • Verify 1-wire SWD connections are correct
  • Check target voltage matches programmer setting