Skip to main content
Communication Transceiver Module

CAN Transceiver – 0.3-0.4W Communication Transceiver Module

Communication Transceiver Module series, 24 Models. wide operating temperature. CE certified, CB certified, UL certified, CQC certified, RoHS certified, REACH certified.

CAN Transceiver Communication Transceiver Module

Key Features

  • Isolated CAN transceiver module
  • Up to 5000VDC isolation voltage
  • ESD protection up to ±8kV
  • Surge protection up to ±4kV
  • Operating temperature -40°C to +105°C
  • Supports CAN 2.0A/2.0B protocol

CAN Transceiver Model Specifications

ModelPowerInputOutputCurrentEfficiencyIsolation
TDA51SCANHC5 VDC5000VDC
TD041SCANH0.3W3.3,5 VDC3750VAC
TD301MCANFD3.3 VDC2500VDC
TD501MCANFD5 VDC2500VDC
TD321DCAN3.3 VDC3000VDC
TD521DCAN5 VDC3000VDC
TD321SCAN3.3 VDC2500VDC
TD521SCAN5 VDC2500VDC
TD331SCANFD3.3 VDC2500VDC
TD531SCANFD5 VDC2500VDC
TD322DCAN3.3 VDC2500VDC
TD522DCAN5 VDC2500VDC
TD301DCANH33.3 VDC3000VDC
TD501DCANH35 VDC3000VDC
CTD331SCANH3.3 VDC2500VDC
CTD531SCANH5 VDC2500VDC
TDH301DCAN3.3 VDC5000VDC
TDH501DCAN5 VDC5000VDC
TD341SCAN3.3,5 VDC5000VDC
TD541SCANFD3.3,5 VDC5000VDC
TD051SCANH30.4W3.3-5 VDC5000VAC
TD551SCANH34.5-5.5 VDC5000VAC
TD302DCAN3.3 VDC2500VDC
TD502DCAN5 VDC2500VDC

Applications

  • Industrial communication networks (CAN, RS-485, RS-232)
  • Building automation protocols
  • Process control and SCADA systems
  • Isolated data transmission

Product Overview

The CAN Transceiver is a professional-grade communication transceiver module designed for demanding industrial environments. With a power range of 0.3-0.4W, this series offers 24 models with various output voltages to meet diverse application requirements. Key advantages include wide operating temperature, making it suitable for industrial automation, control systems, and embedded applications. All models are ce certified, cb certified, ul certified, cqc certified, rohs certified, reach certified certified, ensuring compliance with international safety and EMC standards. ModulesLink manufactures each unit under strict quality control with 100% load testing and burn-in procedures.

Technical Details

The CAN Transceiver series features communication transceiver module architecture with input range of —, providing output options of 5 VDC, 3.3,5 VDC, 3.3 VDC, 3.3-5 VDC, 4.5-5.5 VDC at up to — efficiency. The robust design incorporates comprehensive protection circuits including overcurrent protection (OCP), overvoltage protection (OVP), overtemperature protection (OTP), and short-circuit protection. The high isolation voltage ensures safe operation in noisy industrial environments, while the wide operating temperature range guarantees reliable performance in harsh conditions. Each model undergoes 100% electrical testing and aging tests before shipment.

Quality & Reliability

ModulesLink implements a rigorous quality management system certified to ISO 9001 standards. The CAN Transceiver series carries CE certified, CB certified, UL certified, CQC certified, RoHS certified, REACH certified certifications, demonstrating compliance with IEC/EN/UL safety standards and RoHS/REACH environmental regulations. Every power supply is subjected to 100% load testing, hi-pot testing, and thermal cycling before leaving the factory. The mean time between failures (MTBF) exceeds 500,000 hours under nominal conditions at 25°C ambient temperature. ModulesLink offers a 3-year warranty on all industrial-grade power supplies, reflecting confidence in product reliability.

Ordering Information

To order CAN Transceiver models, select the appropriate output voltage and power rating from the model list above. Each model number follows a standardized naming convention indicating output parameters. For OEM/ODM inquiries, custom output voltages, modified mechanical dimensions, or special input ranges can be accommodated with minimum order quantities (MOQ). Contact ModulesLink sales team through the Request Quote button for pricing, lead time, and technical support. Samples are available for qualified customers to evaluate before volume orders.