transfer rate | 300-115.KBPS |
speed | 1.2k-115.2kbps |
colour | black |
Working temperature range | -55 ℃ to 125 ℃ |
supply voltage | 0.3 watts |
External dimensions | 10mm * 6mm |
Product weight | 0.5 grams |
Differential transmission: Communication interface chip RS-485 chip adopts differential signal transmission, which can effectively reduce electromagnetic interference and improve signal integrity, thus ensuring stability and reliability in long-distance communication
Multi-point connection: The chip supports multi-point connection, allowing multiple devices to be connected on one bus, usually supporting 32 drivers and receivers, which is convenient for building complex communication systems
Half-duplex communication: Communication interface chip RS-485 chip supports half-duplex communication mode, that is, it can only send or receive data at the same time, but this feature makes it widely used in occasions that require two-way communication but do not need to be carried out at the same time
High anti-interference ability: The use of advanced circuit design and technology makes the RS-485 chip have strong anti-common mode interference ability and can work stably in harsh industrial environments
Stable electrical characteristics: Communication interface chip RS-485 The chip can withstand a high common-mode voltage range and has sufficient driving capability and receiving sensitivity to ensure the stability of electrical characteristics during long-term use
Improved protection measures: Some chips have built-in surge protection, electrostatic discharge (ESD) protection, and short-circuit protection functions to effectively prevent chip damage caused by external factors and improve system durability
Improved integration: With the continuous advancement of technology, the latest RS-485 chips have significantly improved their integration, integrating more functions into a single chip, reducing system complexity and cost
Fast iteration: Through advanced copy board technology, Communication interface chip RS-485 chips can be quickly iterated to keep up with market and technology development trends in a timely manner, and meet user needs for high performance, low power consumption, high reliability, etc.
High-precision replication: During the copy board process, the RS-485 chip can replicate the circuit layout, component parameters, and signal transmission characteristics of the original chip with high precision, ensuring that the cloned chip is consistent with the original chip in terms of function and performance