USB to MBUS Slave Module for Communication Debugging with Adjustable Bus Voltages and Upgraded 5V 3.3V Output Slave Module
USB to MBUS Slave Module for Communication Debugging with Adjustable Bus Voltages and Upgraded 5V 3.3V Output Slave Module
Feature: The USB to MBUS slave module features a built-in FC722 chip for low bus leakage current and full signal isolation to ensure secure communication between MBUS devices and computer USB ports without risk of voltage damage. Meeting international M-BUS standards, this module provides adjustable bus voltages (12V-42V), continuous bus current (200uA 3mA), improved 5V/3.3V regulated output power, and stable UART communication at 300 9600 baud rates. For engineers and developers working on industrial automation, smart measurement systems, or prototyping embedded devices that require MBUS slave connectivity. For laboratory testing, field installations and maintenance scenarios where USB to MBUS communication bridges are needed to debug measurement networks or sensing clusters. The self-powered signal circuit pulls energy directly from the bus, eliminating USB dependency while maintaining high stability in temperature fluctuations and electrical interference. Technical data: Material: ABS plastic. Dimensions: 85 x 20 mm. Note: Please allow 0-1cm differs due to manual measurement. Please make sure you do not mind before you bid. Due to the difference between different monitors, the picture may not reflect the actual object. Package includes: 1 x USB to MBUS Slave Module
Product Features
- The USB to MBUS slave module features a built-in FC722 chip for low bus leakage current and full signal isolation to ensure secure communication between MBUS devices and computer USB ports without risk of voltage damage.
- Meeting international M-BUS standards, this module provides adjustable bus voltages (12V-42V), continuous bus current (200uA 3mA), improved 5V/3.3V regulated output power, and stable UART communication at 300 9600 baud rates.
- For engineers and developers working on industrial automation, smart measurement systems, or prototyping embedded devices that require MBUS slave connectivity.
- For laboratory testing, field installations and maintenance scenarios where USB to MBUS communication bridges are needed to debug measurement networks or sensing clusters.
- The self-powered signal circuit pulls energy directly from the bus, eliminating USB dependency while maintaining high stability in temperature fluctuations and electrical interference.