The Story
SmartElex PL2303 USB to UART Board with Type-A Connector
The SmartElex PL2303 USB UART Board with Type-A Connector is a reliable USB UART Board designed to simplify PC-to-microcontroller serial communication. Built around the proven PL2303TA chipset, this USB Type-A UART adapter module delivers stable, high-speed data transfer of up to 6 Mbps, making it suitable for programming, debugging, and embedded development.
With jumper-selectable 3.3V and 5V logic levels, it supports a wide range of development boards and MCUs. Clear LED indicators for power, TX, and RX provide real-time communication status, while the compact, plug-and-play design ensures quick setup and hassle-free use for developers, students, and electronics hobbyists.
Applications:
- Programming and Debugging Microcontrollers
- Serial connection between embedded systems
- USB to TTL converter for different devices
- Data logging and monitoring.
Cautions:
- To avoid damage, ensure that the voltage is set correctly using the onboard jumper.
- This module is intended for TTL level signals; do not connect directly to RS232 ports.
- Avoid dampness and static discharge.
Features:
- Prolific PL2303TA Chipset - Provides stable and fast data connectivity.
- USB Type-A Interface - Most PCs allow for a simple plug-and-play connection.
- Dual Voltage Support - An inbuilt jumper allows you to select between 3.3V and 5V.
- High Baud Rate - Allows for speeds of up to 6 Mbps for quick data transfer.
- LED Indicators - Visual status for TXD, RXD, and Power facilitates debugging.
- Multi-OS Compatibility: Compatible with Windows XP, 7, 8, 8.1, and 10.
- Compact and lightweight, weighing only 8g and perfect for mobile or embedded use.
- TTL Serial Communication - Provides a seamless connection between microcontrollers and PCs.
- Durable PCB Design - Reliable enough for long-term use in test setups.
- Ideal for Developers - Suitable for embedded system development and prototyping.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Details & Craftsmanship
Every detail has been carefully considered to bring you the perfect product.
Description
SmartElex PL2303 USB to UART Board with Type-A Connector
The SmartElex PL2303 USB UART Board with Type-A Connector is a reliable USB UART Board designed to simplify PC-to-microcontroller serial communication. Built around the proven PL2303TA chipset, this USB Type-A UART adapter module delivers stable, high-speed data transfer of up to 6 Mbps, making it suitable for programming, debugging, and embedded development.
With jumper-selectable 3.3V and 5V logic levels, it supports a wide range of development boards and MCUs. Clear LED indicators for power, TX, and RX provide real-time communication status, while the compact, plug-and-play design ensures quick setup and hassle-free use for developers, students, and electronics hobbyists.
Applications:
- Programming and Debugging Microcontrollers
- Serial connection between embedded systems
- USB to TTL converter for different devices
- Data logging and monitoring.
Cautions:
- To avoid damage, ensure that the voltage is set correctly using the onboard jumper.
- This module is intended for TTL level signals; do not connect directly to RS232 ports.
- Avoid dampness and static discharge.
Features:
- Prolific PL2303TA Chipset - Provides stable and fast data connectivity.
- USB Type-A Interface - Most PCs allow for a simple plug-and-play connection.
- Dual Voltage Support - An inbuilt jumper allows you to select between 3.3V and 5V.
- High Baud Rate - Allows for speeds of up to 6 Mbps for quick data transfer.
- LED Indicators - Visual status for TXD, RXD, and Power facilitates debugging.
- Multi-OS Compatibility: Compatible with Windows XP, 7, 8, 8.1, and 10.
- Compact and lightweight, weighing only 8g and perfect for mobile or embedded use.
- TTL Serial Communication - Provides a seamless connection between microcontrollers and PCs.
- Durable PCB Design - Reliable enough for long-term use in test setups.
- Ideal for Developers - Suitable for embedded system development and prototyping.
