Interactive Block Diagrams

Video Conferencing System - Block Diagram

"longDescription": "Detailed Description of Each Block", "blocks": [ { "name": "Solar Panels", "function": "Provide renewable DC power to supplement vehicle energy needs.", "theory_of_operation": "Convert sunlight into electrical energy using photovoltaic cells.", "interaction": "Feeds DC power to DC-DC Inverter for voltage conversion.", "category": "Third party", "connections": ["DC-DC Inverter"] }, { "name": "DC-DC Inverter", "function": "Converts DC voltage levels for different subsystems.", "theory_of_operation": "Uses semiconductor switches and control circuits to step up or step down DC voltage.", "interaction": "Receives power from Solar Panels and Battery Pack; supplies regulated DC to auxiliary systems.", "connections": ["Battery Power Management"], "sub_blocks": [ { "name": "Power Modules", "function": "Provide integrated power conversion solutions.", "theory_of_operation": "Combine multiple semiconductor devices for efficient DC conversion.", "interaction": "Handles high-current conversion tasks.", "category": "onsemi", "connections": [] }, { "name": "IGBT Discrete", "function": "Switch high-voltage DC efficiently.", "theory_of_operation": "Insulated Gate Bipolar Transistors control power flow in inverter circuits.", "interaction": "Works with Si/SiC devices for optimized performance.", "category": "onsemi", "connections": [] }, { "name": "Si/SiC Discrete", "function": "Enable high-efficiency power conversion.", "theory_of_operation": "Silicon and Silicon Carbide devices reduce losses in high-voltage applications.", "interaction": "Used in inverter stages for improved thermal performance.", "category": "onsemi", "connections": [] } ] }, { "name": "Battery Pack", "function": "Stores electrical energy for propulsion and auxiliary systems.", "theory_of_operation": "Lithium-ion cells arranged in series and parallel configurations provide high energy density.", "interaction": "Supplies power to Battery Power Management and DC-DC Inverter.", "category": "Third party", "connections": ["Auxiliary Power Supply", "Hydraulic System", "Wheel Drive"] }, { "name": "Battery Power Management", "function": "Manages charging, discharging, and health of the battery pack.", "theory_of_operation": "Monitors voltage, current, and temperature; controls charge/discharge cycles.", "interaction": "Interfaces with Battery Pack and DC-DC Inverter for energy flow control.", "category": "onsemi", "connections": ["Battery Pack"] }, { "name": "Wheel Drive", "function": "Provides propulsion and steering control for multiple wheels in an electric or autonomous vehicle.", "theory_of_operation": "Each wheel drive unit integrates motor control, sensing, and actuation to deliver torque and directional control based on ECU commands.", "interaction": "Receives power from Battery Power Management and control signals from the vehicle ECU; interfaces with sensors for feedback.", "category": "onsemi", "connections": ["Motor"], "sub_blocks": [ { "name": "Motor Driver", "function": "Controls electrical power delivery to the motor for speed and torque regulation.", "theory_of_operation": "Uses gate drivers and PWM signals to switch MOSFETs or IGBTs in inverter circuits for motor control.", "interaction": "Interfaces with Driving Stage and receives control signals from ECU.", "category": "onsemi", "connections": [] }, { "name": "Driving Stage", "function": "Implements power conversion and switching for motor operation.", "theory_of_operation": "Employs multi-phase inverter topology to convert DC from the battery into AC for motor phases.", "interaction": "Works with Motor Driver for precise torque and speed control.", "category": "onsemi", "connections": [] }, { "name": "Sensing", "function": "Provides real-time feedback on motor position, speed, and current.", "theory_of_operation": "Uses Hall-effect sensors, current sensors, and encoders to monitor motor parameters for closed-loop control.", "interaction": "Feeds data to Motor Driver and ECU for control algorithms.", "category": "onsemi", "connections": [] }, { "name": "Servomotor", "function": "Acts as the actuator delivering mechanical motion to the wheel.", "theory_of_operation": "Combines motor with integrated feedback system for precise positioning and torque output.", "interaction": "Receives electrical input from Driving Stage and provides mechanical output to wheel assembly.", "category": "onsemi", "connections": [] } ] }, { "name": "Hydraulic System", "function": "Provides hydraulic power for steering, braking, and lifting operations in the vehicle.", "theory_of_operation": "Uses electrically driven pumps to pressurize hydraulic fluid, which is then controlled and directed to actuators for mechanical movement.", "interaction": "Receives electrical power from Battery Power Management and interfaces with ECU for operational commands.", "category": "onsemi", "connections": ["Wheel Drive"], "sub_blocks": [ { "name": "Hydraulic Control", "function": "Regulates hydraulic fluid flow and pressure to actuators.", "theory_of_operation": "Employs electronically controlled valves and proportional regulators to manage fluid distribution.", "interaction": "Interfaces with Hydraulic Sensing for feedback and ECU for command signals.", "category": "onsemi", "connections": [] }, { "name": "Hydraulic Sensing", "function": "Monitors hydraulic system parameters such as pressure, temperature, and fluid level.", "theory_of_operation": "Uses pressure transducers, temperature sensors, and level sensors to provide real-time data.", "interaction": "Feeds diagnostic and control data to Hydraulic Control and ECU.", "category": "onsemi", "connections": [] }, { "name": "Hydraulic Driving", "function": "Converts hydraulic energy into mechanical motion for actuators.", "theory_of_operation": "Operates hydraulic cylinders or motors to perform steering, braking, or lifting tasks.", "interaction": "Receives pressurized fluid from Hydraulic Control and provides mechanical output to vehicle systems.", "category": "onsemi", "connections": [] } ] }, { "name": "Auxiliary Power Supply", "function": "Provides regulated low-voltage power for control electronics, sensors, and communication modules.", "theory_of_operation": "Converts high-voltage DC from the main power source into stable low-voltage outputs using controllers, discrete components, and LDO regulators.", "interaction": "Receives input from DC-DC Inverter or Battery Power Management and supplies power to low-voltage circuits such as MCU, sensors, and communication interfaces.", "connections": [], "sub_blocks": [ { "name": "Controllers", "function": "Manage power conversion and regulation processes.", "theory_of_operation": "Implements control algorithms for switching regulators and monitors voltage/current levels.", "interaction": "Interfaces with Discretes and LDO to ensure stable output voltages.", "category": "onsemi", "connections": [] }, { "name": "Discretes", "function": "Support power regulation and filtering within the auxiliary supply.", "theory_of_operation": "Includes diodes for rectification, transistors for switching, and passive components for filtering and stability.", "interaction": "Works with Controllers and LDO to maintain efficient power conversion.", "category": "onsemi", "connections": [] }, { "name": "LDO", "function": "Provides low-noise, stable voltage for sensitive circuits.", "theory_of_operation": "Linear regulator drops voltage with minimal ripple and low dropout characteristics.", "interaction": "Receives intermediate regulated voltage from Controllers and supplies clean power to analog/digital ICs.", "category": "onsemi", "connections": [] } ] }, { "name": "AC Input", "function": "Provides alternate charging source via grid connection.", "theory_of_operation": "Supplies AC power to On-Board Charger for conversion to DC.", "interaction": "Feeds OBC stages for battery charging.", "category": "Third party", "connections": ["OBC PFC Stage"] }, { "name": "OBC PFC Stage", "function": "Performs power factor correction for AC input.", "theory_of_operation": "Uses active PFC circuits to improve efficiency and reduce harmonics.", "interaction": "Interfaces with OBC DC-DC Stage for regulated DC output.", "connections": ["OBC DC-DC Stage"], "sub_blocks": [ { "name": "PFC Discretes", "function": "Implement power factor correction using discrete components.", "theory_of_operation": "Switching devices and diodes shape input current waveform.", "interaction": "Works with PFC Modules for system-level correction.", "category": "onsemi", "connections": [] }, { "name": "PFC Modules", "function": "Integrated solutions for PFC functionality.", "theory_of_operation": "Combine control ICs and power devices for compact design.", "interaction": "Simplifies design and improves reliability.", "category": "onsemi", "connections": [] } ] }, { "name": "OBC DC-DC Stage", "function": "Converts AC-derived DC to regulated DC voltage for battery charging.", "theory_of_operation": "Uses high-frequency switching converters for efficient power transfer.", "interaction": "Connects to Battery Power Management for controlled charging.", "connections": ["Battery Power Management"], "sub_blocks": [ { "name": "DC-DC Discretes", "function": "Discrete components for DC conversion.", "theory_of_operation": "MOSFETs and diodes handle switching and rectification.", "interaction": "Works with DC-DC Modules for complete conversion.", "category": "onsemi", "connections": [] }, { "name": "DC-DC Modules", "function": "Integrated DC conversion solutions.", "theory_of_operation": "Combine control and power stages in a single package.", "interaction": "Simplifies design and improves efficiency.", "category": "onsemi", "connections": [] } ] }, { "name": "Machine Vision", "function": "Provides perception for autonomous or assisted driving.", "theory_of_operation": "Uses optical and distance sensors to detect objects and environment.", "interaction": "Interfaces with vehicle control systems for navigation and safety.", "connections": [], "sub_blocks": [ { "name": "Image Sensor", "function": "Captures visual data.", "theory_of_operation": "Converts light into electrical signals using CMOS technology.", "interaction": "Feeds image data to vision processing units.", "category": "Third party", "connections": [] }, { "name": "Ultrasonic Sensor", "function": "Measures distance using sound waves.", "theory_of_operation": "Emits ultrasonic pulses and measures echo time.", "interaction": "Provides proximity data for obstacle detection.", "category": "Third party", "connections": [] }, { "name": "iToF Sensor", "function": "Measures depth using time-of-flight principle.", "theory_of_operation": "Calculates distance based on light pulse travel time.", "interaction": "Generates depth maps for environment modeling.", "category": "Third party", "connections": [] }, { "name": "Lidar", "function": "Creates 3D maps using laser beams.", "theory_of_operation": "Measures time-of-flight of laser pulses to determine object distance.", "interaction": "Provides high-resolution spatial data for navigation.", "category": "Third party", "connections": [] } ] } ], "interconnections": [ {"source": "Solar Panels", "target": "DC-DC Inverter"}, {"source": "DC-DC Inverter", "target": "Battery Power Management"}, {"source": "DC-DC Inverter", "target": "Auxiliary Power"}, {"source": "Battery Pack", "target": "Battery Power Management"}, {"source": "Battery Power Management", "target": "Wheel Drive"}, {"source": "Battery Power Management", "target": "Hydraulic System"}, {"source": "AC Input", "target": "OBC PFC Stage"}, {"source": "OBC PFC Stage", "target": "OBC DC-DC Stage"}, {"source": "OBC DC-DC Stage", "target": "Battery Power Management"} ],  "Last_update": "2025-12-19",

Wired - Block

Products

• Ethernet Controllers
  • T30HM1TS2500

    10BASE-T1S Ethernet Controller, Treo Platform, MAC-PHY with SPI Interface

  • NCN26010

    Ethernet Controller, 10 Mb/s, Single-Pair, MAC + PHY, 802.3cg, 10BASE−T1S Compliant

  • NCN26000

    10BASE-T1S Ethernet PHY with MII interface

• USB Type-C
  • FUSB15200

    Dual Port USB Type-C & PD Controller for Sink and DRP Applications

  • FUSB302B

    Programmable USB Type-C Controller with PD (Default SNK)

  • FUSB303BTMX

    Autonomous USB Type-C Port Controller with I²C and GPIO Control

Technical Documentation

• Application Notes
  • AND90410/D - A Comparison of the Hardware Requirements of CAN and Single Pair 10BASET1S Ethernet Transceivers
  • AND90416/D - T30HM1TS2500 PLCA Coordinator Redundancy
  • AND90175/D - NCN26010 - Retrieving and Applying a Globally Unique MAC Address
  • AND90155/D - NCN26010 - Getting Started Basic Configuration, Communication and Exception Handling
  • AND90186/D - NCN26000 – Getting Started Basic Configuration, Communication and Exception Handling
  • AN-6102 - USB Type C, CC Pin Protection
  • AN-6105 - USB Type-C Design Considerations
• Collateral Brochure
  • BRD8092/D - Energy Storage System Solutions
• Data Sheet
  • T30HM1TS2500/D - Automotive Ethernet Transceiver (MAC-PHY) 10BASE-T1S Multi-Drop
  • NCN26010/D - 10 Mb/s Industrial Ethernet MAC + PHY IC Controller (802.3cg 10BASE-T1S Compliant)
  • NCN26000/D - 10Mb/s Industrial Ethernet 10BASE-T1S Transceiver (802.3cg Compliant)
  • FUSB15200/D - Dual Port USB Type-C & PD Controller for Sink and DRP Applications
  • FUSB302B/D - FUSB302B Programmable USB Type-C Controller w/PD
  • FUSB303B/D - FUSB303B Autonomous USB Type-C™ Port Controller with I2C and GPIO Control
• Design Notes
  • NCN260x0_FAQs - FAQs
• Eval Board
  • EVBUM2833/D - NCN26010XMNEVK 10BASE-T1S SPE Evaluation Kit User's Manual | Manual
  • EVBUM2834/D - NCN26010BMNEVB 10Base-T1S Power Supply and Adapter Board User's Manual | Manual
  • EVBUM2832/D - NCN26010XMNEVB 10Base-T1S MACPHY Evaluation Board User's Manual | Manual
  • NCN26010BMNEVB_SCHEMATIC - NCN26010BMNEVB Schematic | Schematic
  • NCN26010XMNEVB schematic 2 - NCN26010XMNEVB schematic (board revision 2) | Schematic
  • NCN26010XMNEVB_SCHEMATIC - NCN26010XMNEVB Schematic (board revision 1) | Schematic
  • NCN26010BMNEVB schematic 2 - NCN26010BMNEVB schematic (board revision 2) | Schematic
  • NCN26010BMNEVB gerbers 2 - NCN26010BMNEVB Gerbers (board revision 2) | Gerber
  • NCN26010BMNEVB_GERBER - NCN26010BMNEVB Gerber Layout Files (board revision 1) | Gerber
  • NCN26010XMNEVB_GERBER - NCN26010XMNEVB Gerber Layout Files (board revision 1) | Gerber
  • NCN26010XMNEVB gerber 2 - NCN26010XMNEVB Gerbers (board revision 2) | Gerber
  • NCN26010BMNEVB_TEST_PROCEDURE - NCN26010BMNEVB Test Procedure | Test Procedure
  • NCN26010BMNEVB_BOM_ROHS - NCN26010BMNEVB Bill of Materials (ROHS Compliant) | BOM
  • NCN26010XMNEVB_BOM_2 - NCN26010XMNEVB component list (board revision 2) | BOM
  • NCN26010XMNEVB_BOM_ROHS - NCN26010XMNEVB Bill of Materials (board revision 1) | BOM
  • NCN26010BMNEVB bom 2 - NCN26010BMNEVB component list (board revision 2) | BOM
  • EVBUM2876/D - 10BASE-T1S to USB Dongle User's Manual | Manual
  • EVBUM2509/D - FUSB302 Type-C Interface Detection Solution Evaluation Board User's Manual | Manual
  • FUSB302BGEVB_SCHEMATIC - FUSB302BGEVB Schematic | Schematic
  • FUSB302BGEVB_GERBER.zip - FUSB302BGEVB Gerber Layout Files (Zip Format) | Gerber
  • FUSB302BGEVB_TEST_PROCEDURE - FUSB302BGEVB Test Procedure | Test Procedure
  • FUSB302BGEVB_BOM_ROHS - FUSB302BGEVB Bill Of Materials (ROHS Compliant) | BOM
  • EVBUM2519/D - FUSB303B Evaluation Board User's Manual | Manual
  • FUSB303BGEVB_Schematic - FUSB303BGEVB Schematic | Schematic
  • FUSB303BGEVB_GERBER - FUSB303BGEVB Gerber Layout Files (Zip Format) | Gerber
  • FUSB303BGEVB_Test_Procedure - FUSB303BGEVB Test Procedure | Test Procedure
  • FUSB303BGEVB_BOM_ROHS - FUSB303BGEVB Bill of Materials (ROHS Compliant) | BOM
• Models
  • IBIS Model for NCN26010 - IBIS Model for NCN26010
• Package Drawing
  • 484AD - QFNW20 4x4, 0.5P
  • 485GH - QFN32 4x4, 0.4P
  • 484AB - QFNW32 5x5, 0.5P
  • 485CR - QFN40 5x5, 0.4P
  • 567TN - WLCSP9 1.26x1.215x0.526
  • 510BR - WQFN14 2.5x2.5, 0.5P
  • 722AG - X2QFN12 1.6x1.6, 0.4P
• Software
  • Example Software: Free RTOS Implementation - Example Software: Free RTOS Implementation
  • Example Software: STM32 Implementation - Example Software: STM32 Implementation
  • NCN26010_EXAMPLE_SOFTWARE_DOCUMENTATION - NCN26010 Example Software Documentation
  • EXAMPLE SOFTWARE_RSL10 - Example Software: RSL10 Implementation
  • Example Software: Lightweight IP Implementation - Example Software: Lightweight IP Implementation
  • Example Software: Linux Implementation - Example Software: Linux Implementation
  • NCN26000XMNEVB-GUI - GUI for NCN26000XMNEVB - USB to 10BASE-T1S dongle
  • UM70083/D - FUSB15200 Dual Port USB Type-C/PD Controller Start-Up Guide FUSB15200EVBSUG
  • FUSB15200 Reference Code 4.0.0.01 - FUSB15200 Reference Code 4.0.0.01
  • UM70103/F - FUSB15200 Dual Port USB Type-C/PD Controller Software Programming Guide
  • FUSB15200 FW Binary 4.0.0.01 - FUSB15200 FW Binary 4.0.0.01
  • FUSB15200 Reference Code - FUB15200 Reference Code v1.1.1.0
  • FUSB15200 FW Binary - FUSB15200 FW Binary v1.1.1.0
  • FUSB15200 Device AddOn - FUSB15200 Device AddOn
  • UM70102/D - FUSB15200 Dual Port USB TYPE-C/PD Controller Flash Programming Guide FUSB15200EVBFPG
  • FUSB15200_Flash_Loader - FUSB15200 FLASH LOADER
  • FUSB302 Reference code - FUSB302B Reference code and EVB Programming File
  • FUSB302 EVB GUI - GUI and Programming file for FUSB302 Evaluation Board
  • FUSB303GEVB GUI - FUSB303GEVB GUI Software
  • FUSB303 Reference Code - FUSB303 GUI/I2C Driver Reference Code and EVB Programming File
• System Solution Guide
  • SSG8214/D - Solid-State Circuit Breaker
  • SSG8223/D - Zonal Architecture
  • SSG8220/D - Advanced Front and Rear LED Lighting
  • SSG8201/D - On Board Charger (OBC)
  • SSG8227/D - Green Hydrogen Electrolyzer
  • SSG8226/D - AI Data Center
  • SSG8203/D - Heat Pumps
  • SSG8209/D - Uninterruptible Power Supply (UPS)
  • SSG8204/D - Solar Inverter
  • SSG8207/D - Ultra Fast EV Charger
  • SSG8210/D - Smart and Mobile Robotics
  • SSG8208/D - Battery Energy Storage System
  • SSG8216/D - Industrial Motor Drive
  • SSG8222/D - USB-C Battery Charger
• User's Manual
  • NCN26010 Example Software Users Guide - NCN26010 Example Software Users Guide
  • Software Help File (HTML) - Software Help File (HTML)
  • UM70105/D - How Type-C Port Role Swaps
• Video
  • WVD18056/D - Streamlining Vehicle Designs with Automotive Zonal Solutions
  • WVD18059/D - Get to know the Treo Platform
  • WVD17976/D - Autonomous Mobile Robot and Cobot Arm Demonstration
  • WVD17856/D - 10BASE-T1S Ethernet at the Edge
  • WVD18001/D - Aircraft Cabin Lighting System Demo with onsemi’s 10BASE-T1S
  • WVD18081 - Intelligent Sensing and Power Solutions for Drones
  • WVD17912/D - Autonomous Mobile Robot Demo
  • WVD17962/D - How onsemi Autonomous Mobile Robot Solutions Overcome Technical Design Challenges
  • WVD17916/D - onsemi NCN26010 Industrial Ethernet Transceiver (Chinese)
  • WVD17336/D - 11 Myths About USB Type-C Part 2
  • WVD17181/D - USB Type-C port controller demo
  • WVD17184/D - New Standard - What is USB-C?
  • WVD17185/D - How to Implement Innovative USB-C Solution into Your System
  • WVD17938/D - How USB is Changing Power Supply & Battery Charger Applications
  • WVD17335/D - 11 Myths About USB Type-C Part 1
• White Papers
  • TND6507/D - How 10BASE-T1S Enables a New Generation of Software-Defined Vehicles
  • TND6465/D - High Performance, Precision Analog Capability Enabled by the Treo Platform
  • TND6464/D - High Temperature Analog and Mixed‐Signal Solutions Enabled by the Treo Platform
  • TND6435/D - All Ethernet to the Edge: 10BASE-T1S

Evaluation Boards/Kits

• FUSB302BGEVB

  Type-C Interface Detection Solution Evaluation Board

• FUSB303BGEVB

  Autonomous USB Type-C Port Controller with I2C and GPIO Control

• NCN26000XMNEVB

  NCN26000XMNEVB Evaluation Board

• NCN26010BMNEVB

  NCN26010BMNEVB Evaluation Board

• NCN26010XMNEVB

  NCN26010XMNTXG Evaluation Board

FAQs