MAX3055 (2)
The MAX3055 is available from Analog Devices at Xecor. Designed for interfacing between protocol controllers and physical bus lines in a Controller Area Network (CAN), the MAX3055 offers ±80V fault protection, low RFI, excellent EMC immunity, and full wake-up capability during failure modes. Available in a 14-SOIC package, it is ideal for automotive and industrial applications, such as HVAC systems. Whether used in automotive in-car networks or industrial control systems, this series ensures reliable performance, fault tolerance, and low power consumption for demanding applications. Xecor is an authorized distributor for Analog Devices. Please view our extensive selection of the MAX3055 series below.
| Part Number | Description | Package | Inventory | Add To Bom |
|---|---|---|---|---|
| MAX3055ASD+ | Fault-protected CAN transceiver for in-car applications, capable of tolerating up to +/-80V | SOIC-14 | 6,484 | |
| MAX3055ASD+T | SOIC-14 CAN ICs: MAX3055ASD+T Transceiver with 125Kbps Capability, ROHS Certification" | SOIC-14 | 5,064 |
Key Featrues
±80V Fault Protection: This feature ensures robust protection against voltage spikes and faults, enhancing the reliability and durability of the CAN transceiver in harsh automotive and industrial environments. It safeguards the system from potential damage, reducing maintenance costs and downtime.
Low RFI/Excellent EMC Immunity: The transceiver's design minimizes radio frequency interference (RFI) and provides excellent electromagnetic compatibility (EMC) immunity. This ensures stable communication in electrically noisy environments, improving signal integrity and reducing errors in data transmission.
Full Wake-Up Capability During Failure Modes: The device can wake up from sleep or standby modes even during fault conditions, ensuring continuous operation and responsiveness in critical applications. This feature enhances system reliability and ensures uninterrupted communication in automotive and industrial systems.
Low-Current Sleep and Standby Modes: The transceiver supports low-power sleep and standby modes, significantly reducing power consumption when the system is idle. This feature is ideal for battery-powered or energy-efficient applications, extending operational life and reducing energy costs.
Support for Single-Wire Transmission Mode: The device can switch to single-wire transmission mode in case of bus faults, allowing communication to continue even with ground offset voltages up to 1.5V. This ensures system resilience and uninterrupted operation in challenging conditions, such as wiring faults or ground shifts.
Low RFI/Excellent EMC Immunity: The transceiver's design minimizes radio frequency interference (RFI) and provides excellent electromagnetic compatibility (EMC) immunity. This ensures stable communication in electrically noisy environments, improving signal integrity and reducing errors in data transmission.
Full Wake-Up Capability During Failure Modes: The device can wake up from sleep or standby modes even during fault conditions, ensuring continuous operation and responsiveness in critical applications. This feature enhances system reliability and ensures uninterrupted communication in automotive and industrial systems.
Low-Current Sleep and Standby Modes: The transceiver supports low-power sleep and standby modes, significantly reducing power consumption when the system is idle. This feature is ideal for battery-powered or energy-efficient applications, extending operational life and reducing energy costs.
Support for Single-Wire Transmission Mode: The device can switch to single-wire transmission mode in case of bus faults, allowing communication to continue even with ground offset voltages up to 1.5V. This ensures system resilience and uninterrupted operation in challenging conditions, such as wiring faults or ground shifts.
Applications
Automotive CANbus Communication: The MAX3055 is ideal for robust communication in automotive environments, enabling reliable data transmission between electronic control units (ECUs) over CANbus networks. Its fault-tolerant design and ±80V fault protection ensure uninterrupted operation in harsh conditions, making it suitable for vehicle diagnostics, powertrain control, and advanced driver-assistance systems (ADAS).
Industrial HVAC Control: The MAX3055 is well-suited for industrial HVAC systems, providing reliable CANbus communication for temperature, humidity, and pressure sensors. Its low RFI and excellent EMC immunity ensure stable performance in electrically noisy environments, while its full wake-up capability during failure modes guarantees continuous operation in critical climate control applications.
Fleet Telematics and Tracking: The MAX3055 is an excellent choice for fleet management systems, enabling real-time data exchange between vehicle sensors and telematics units. Its ability to operate in single-wire mode with ground offset voltages up to 1.5V ensures robust communication in diverse vehicle architectures, supporting applications like fuel monitoring, GPS tracking, and driver behavior analysis.
Smart Grid and Energy Management: The MAX3055 is ideal for smart grid applications, facilitating communication between energy meters, inverters, and control systems. Its low-current sleep and standby modes with wake-up through bus lines enhance energy efficiency, while its fault-protected design ensures reliable operation in distributed energy resource (DER) systems and microgrids.
Industrial HVAC Control: The MAX3055 is well-suited for industrial HVAC systems, providing reliable CANbus communication for temperature, humidity, and pressure sensors. Its low RFI and excellent EMC immunity ensure stable performance in electrically noisy environments, while its full wake-up capability during failure modes guarantees continuous operation in critical climate control applications.
Fleet Telematics and Tracking: The MAX3055 is an excellent choice for fleet management systems, enabling real-time data exchange between vehicle sensors and telematics units. Its ability to operate in single-wire mode with ground offset voltages up to 1.5V ensures robust communication in diverse vehicle architectures, supporting applications like fuel monitoring, GPS tracking, and driver behavior analysis.
Smart Grid and Energy Management: The MAX3055 is ideal for smart grid applications, facilitating communication between energy meters, inverters, and control systems. Its low-current sleep and standby modes with wake-up through bus lines enhance energy efficiency, while its fault-protected design ensures reliable operation in distributed energy resource (DER) systems and microgrids.
Popular MAX3055 Products comparison