onsemi NCN26010 Industrial Ethernet Transceiver
onsemi NCN26010 Industrial Ethernet Transceiver is a 10Mb/s, IEEE 802.3cg compliant device including a Media Access Controller (MAC), a PLCA Reconciliation Sublayer (RS), and a 10BASE-T1S PHY designed for industrial multi-drop Ethernet. The NCN26010 provides all physical layer functions needed to transmit and receive data over a single unshielded twisted pair. The onsemi NCN26010 Industrial Ethernet Transceiver communicates to host MCUs via the Open Alliance MACPHY SPI protocol. Applications include industrial automation, sensor interfacing, home/building control, and security/field instrumentation.
Features
- 10BASE-T1S, IEEE 802.3cg compliant
- 3.3V supply voltage
- 2x configurable digital outputs that can drive low-current LEDs
- Low-profile options
- 4mm x 4mm QFN32
- 5mm x 5mm TQFP32
- Integrated MAC and 10BASE-T1S PHY
- Open Alliance-compatible SPI interface for exchanging configuration and data frames to the host
- Supports IEEE802.3 CSMA/CD collision detection
- Physical Layer Collision Avoidance (PLCA) through local configuration for collision-free operation on a shared medium (multi-drop)
- Enhanced noise immunity mode allows communication at noise levels exceeding IEEE 802.3cg specifications
- Supports >8 nodes over >25m UTP cable
- Fast <100ms startup
- Support for bootstrap in isolated mode
- Lead-free
Applications
- Industrial automation
- Sensor interfacing
- Home/building control
- Security and field instrumentation
Specifications
- 2.25V to 3.63V range
- 55mW to 150mW typical power consumption range
- 25MHz typical clock frequency
- 10Mb/s data rate
- 800mV to 1200mV peak differential output
- 0.2ns typical cycle-to-cycle jitter
- 10ns typical rise/fall time
- 40Ω to 60Ω output impedance
- 250mV typical energy detection threshold
- ±30mV threshold accuracy
- ±20V common-mode voltage range
- 25kΩ to 60kΩ differential input resistance range
- 5.5pF typical differential input capacitance
- -40°C to +125°C ambient operating temperature range
Block Diagram
Basic Application Diagram
Infographic
Videos
Publicado: 2022-06-29
| Actualizado: 2025-12-04
