C-TEC2403-1 Supercapacitors/Ultracapacitors by Altech – High-Energy Storage for Demanding Applications

The Supercapacitors/Ultracapacitors C-TEC2403-1 by Altech are designed to deliver high-capacity energy storage and rapid power delivery for modern electronics. These long-life, maintenance-free Passive Components offer a practical solution for applications where battery alternatives are required or where peak power demand exceeds the capabilities of traditional Capacitors. With quick charge-discharge cycles and robust voltage ratings, the C-TEC2403-1 ensures efficiency and reliability across a wide range of systems.

In this blog, we will dive into the technical specifications, key features, use cases, connection layout, and how to download the datasheet or purchase this component from Xon Electronics. If you're working on energy management or power buffering applications, these Supercapacitors / Ultracapacitors offer an ideal solution.

Technical Specifications of C-TEC2403-1

• Manufacturer: Altech

• Part Number: C-TEC2403-1

• Type: Supercapacitor / Ultracapacitor

• Capacitance: 240 Farads

• Rated Voltage: 3.0V DC

• ESR (Equivalent Series Resistance): Low ESR for high power performance

• Operating Temperature: -40°C to +65°C

• Mounting Type: Radial, Through Hole

• Category: Passive Components, Capacitors, Supercapacitors / Ultracapacitors

Engineered for high energy density and extended service life, this capacitor meets the needs of modern high-demand applications.

Key Features of C-TEC2403-1 Supercapacitor

• High Capacitance Value (240F) – Stores significant energy for backup and buffer functions

• Fast Charge/Discharge Rates – Ideal for energy harvesting, UPS, and pulse power applications

• Low ESR – Ensures minimal internal resistance and excellent power delivery

• Wide Operating Temperature Range – Reliable performance in harsh conditions

• Maintenance-Free Operation – Outlasts traditional Capacitors and batteries

These benefits make the C-TEC2403-1 one of the most efficient Supercapacitors / Ultracapacitors available for industrial-grade Passive Components design.

Applications of C-TEC2403-1

This component is widely used in electronics systems requiring rapid energy release and long life cycles:

• Uninterruptible Power Supplies (UPS)

• Backup Power for Microcontrollers

• Energy Harvesting Devices

• Industrial Automation Equipment

• Smart Metering and IoT Devices

• Electric Vehicle Subsystems

In all these applications, the C-TEC2403-1 serves as a durable and reliable solution among high-performance Capacitors.

Wiring and Connection Overview

Typical setup for using C-TEC2403-1 in a backup or pulse-power application:

[DC Input Power Source]  
   ?  
[C-TEC2403-1 Supercapacitor Module]  
   ?  
[Voltage Regulation or Direct Load Connection]

Thanks to its through-hole mounting, it integrates seamlessly into PCB designs and other systems requiring robust Passive Components.

Use Case Scenario: Energy Backup in Smart Metering Systems

Scenario: A utility company required a long-life energy backup solution for smart electricity meters deployed in remote locations.

Problem: Traditional batteries failed frequently due to environmental exposure and charge cycles.

Solution: The C-TEC2403-1 offered maintenance-free operation with fast recharge and high cycle life, replacing the need for chemical batteries.

Result: Reduced maintenance costs, improved data integrity, and extended device uptime.

This showcases the value of advanced Supercapacitors / Ultracapacitors in modern embedded energy systems.

Download Datasheet for C-TEC2403-1

Need full technical specs, performance curves, or design integration tips?

[Download C-TEC2403-1 Datasheet from Xon Electronics]
Ensure seamless design integration with the latest datasheet and application notes.

Why Buy from Xon Electronics?

Xon Electronics is your trusted global distributor of high-quality Passive Components and energy storage solutions:

• 100% Genuine Altech Components
• Worldwide Shipping to USA, India, Australia, Europe & other countries
• Volume Pricing for OEM and Industrial Clients
• Expert Technical Support for Application Integration
• Safe and Secure Online Ordering

Power your designs with premium Supercapacitors / Ultracapacitors from Xon Electronics.

Conclusion

The C-TEC2403-1 Supercapacitors/Ultracapacitors by Altech offer unmatched energy storage, fast response, and long service life. Built for industrial and embedded environments, they provide superior performance over traditional Capacitors in many demanding scenarios. Order now from Xon Electronics and get fast delivery and dedicated support across global markets.

FAQs – C-TEC2403-1 Supercapacitor

Q1. What is the rated capacitance and voltage of the C-TEC2403-1?
It offers 240 Farads of capacitance at 3.0V DC.

Q2. Can it replace batteries in backup power applications?
Yes, it can replace small batteries in many low-energy backup systems.

Q3. What type of mounting does it support?
It uses radial, through-hole mounting for PCB integration.

Q4. Is it suitable for high-frequency applications?
Yes, thanks to its low ESR, it’s ideal for pulse power and energy harvesting.

Q5. Where can I purchase it globally?
You can buy it from www.xonelec.com, with fast shipping to USA, India, Australia, Europe, and other countries.

44A0111-16-9-MX Hook-up Wire by TE Connectivity – High-Performance Aerospace-Grade Wire

The Hook-up Wire 44A0111-16-9-MX  by TE Connectivity is a high-performance, aerospace-grade wire designed for demanding environments where temperature, abrasion, and chemical resistance are critical. Known for its lightweight construction and excellent electrical integrity, this wire is ideal for use in avionics, defense systems, industrial controls, and high-reliability electronics.

In this blog, we’ll explore the technical specifications, key features, potential applications, wiring details, and how to download the datasheet or purchase this product from Xon Electronics. If you're searching for robust, compact wire solutions for aerospace or industrial systems, the Hook-up Wire by TE Connectivity stands out as a trusted choice.

Technical Specifications of 44A0111-16-9-MX

• Manufacturer: TE Connectivity

• Part Number: 44A0111-16-9-MX

• Type: Hook-up Wire

• Conductor Material: Silver-Plated Copper

• Insulation Material: Cross-linked Modified ETFE (XL-ETFE)

• Wire Gauge (AWG): 16 AWG

• Voltage Rating: 600V

• Temperature Rating: -65°C to +150°C

• Color: White

• Shielding: Unshielded

• Standards Compliance: MIL-W-22759/32, SAE AS22759

• Category: Wires & Cables, Hook-up Wire

This hook-up wire offers excellent mechanical durability, long service life, and is optimized for use in tight spaces and harsh conditions.

Key Features of 44A0111-16-9-MX Wire

• XL-ETFE Insulation – Delivers high abrasion, chemical, and cut-through resistance

• Silver-Plated Copper Conductor – Provides superior conductivity and corrosion resistance

• High Temperature Rating – Operates reliably up to 150°C in extreme environments

• Lightweight and Flexible – Perfect for aerospace and compact electronic assemblies

• Meets Military Standards – Fully compliant with MIL-W-22759/32 and AS22759

These advantages make the Hook-up Wire by TE Connectivity a preferred option in mission-critical systems where failure is not an option.

Applications of 44A0111-16-9-MX

The 44A0111-16-9-MX Hook-up Wire by TE Connectivity is commonly used in:

• Aerospace and Satellite Wiring Systems

• Military Ground Vehicle Harnessing

• Avionics and Navigation Systems

• Industrial Control Panels

• Marine Electronics and Subsystems

• Telecommunications and RF Equipment

Engineers favor this Hook-up Wire by TE Connectivity for its reliability in the most challenging applications.

Wiring and Connection Overview

When installing the 44A0111-16-9-MX wire:

[Connection] – Strip the ends carefully due to the tough XL-ETFE insulation. Use silver-compatible terminals and follow proper crimping techniques to maintain signal integrity.

[Routing] – Ensure smooth bends and secure with high-temp cable ties or clamps, avoiding sharp corners or abrasion points.

The flexibility of this wire allows for easy routing in tight control panels or enclosures.

Use Case Scenario: Avionics Control Panel Harnessing

Scenario: An avionics integrator needed a wire solution that could withstand high-altitude temperature fluctuations and provide long-term electrical reliability.

Problem: Conventional PVC-insulated wires degraded under stress and chemical exposure.

Solution: The 44A0111-16-9-MX Hook-up Wire by TE Connectivity offered a perfect balance of thermal resistance and durability.

Result: Extended service intervals, reduced harness failures, and enhanced overall system integrity.

Download Datasheet for 44A0111-16-9-MX

Looking for full specifications, mechanical properties, and compliance data?

Download 44A0111-16-9-MX Datasheet from Xon Electronics
(Insert product link when available)

Why Buy from Xon Electronics?

Xon Electronics is your trusted source for high-grade wire and cable solutions, including the 44A0111-16-9-MX Hook-up Wire by TE Connectivity:

• 100% Original TE Connectivity Products
• Worldwide Delivery – USA, India, Europe, Australia & more
• Technical Guidance for OEMs and Engineers
• Bulk Order Discounts for Manufacturers
• Secure and Reliable Online Purchasing

Shop now at www.xonelec.com and wire your next project with high-reliability components.

Conclusion

The 44A0111-16-9-MX Hook-up Wire by TE Connectivity stands out for its superior thermal performance, durability, and compliance with military-grade standards. Whether you’re designing aerospace harnesses or industrial control systems, this wire delivers exceptional results with long-lasting electrical performance. Available now at Xon Electronics with global shipping and OEM support.

FAQs – 44A0111-16-9-MX Hook-up Wire

Q1. What temperature can the 44A0111-16-9-MX wire withstand?
Up to 150°C continuous operating temperature.

Q2. Is this wire suitable for aerospace use?
Yes, it meets MIL-W-22759/32 standards, ideal for avionics and satellite systems.

Q3. What conductor material is used?
Silver-plated copper for enhanced conductivity and corrosion resistance.

Q4. What kind of insulation is used?
Cross-linked modified ETFE (XL-ETFE), known for toughness and heat resistance.

Q5. Where can I buy this wire globally?
Order from www.xonelec.com – shipping to USA, Europe, India, and more.

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CM8068403379918S R3WR CPU – Intel High-Performance Embedded Processing for Mission-Critical Applications

The CPU - Central Processing Units CM8068403379918S R3WR by Intel deliver outstanding performance and reliability for embedded computing systems and high-end industrial applications. As part of Intel’s renowned Xeon processor family, this component is engineered for scalable computing, offering advanced features like multi-core processing, virtualization support, and security enhancements. Built for demanding workloads, this CPU - Central Processing Unit is a preferred solution in server systems, industrial controllers, and networking devices.

In this blog, we will explore its technical specs, key features, applications, interface configuration, and how to download the datasheet or purchase it from Xon Electronics. If your project demands the best in Semiconductors and high-end Embedded Processors & Controllers, this is a top choice.

Technical Specifications of CM8068403379918S R3WR

• Manufacturer: Intel

• Part Number: CM8068403379918S R3WR

• Type: CPU - Central Processing Unit

• Core Count: 6 Cores / 12 Threads

• Base Clock Speed: 1.90 GHz

• Max Turbo Frequency: Up to 3.80 GHz

• Cache: 12MB SmartCache

• TDP (Thermal Design Power): 85W

• Socket Type: FCLGA3647

• Technology: 14nm Intel Architecture

• Category: Semiconductors, Integrated Circuits - ICs, Embedded Processors & Controllers, CPU - Central Processing Units

This processor is ideal for advanced embedded and high-uptime platforms that require consistent performance and robust processing capabilities.

Key Features of CM8068403379918S R3WR CPU

• 6-Core / 12-Thread Architecture – Supports parallel computing and multitasking in complex systems

• Intel Turbo Boost Technology – Dynamically increases clock speed for peak loads

• Virtualization Support (VT-x, VT-d) – Enables secure and efficient virtual machines

• Intel AES-NI & TXT Security Features – Hardware-based protection for mission-critical data

• Reliable for Embedded and Server Use – Trusted in applications using Embedded Processors & Controllers

These features make it a standout solution in performance-driven Semiconductors and server-class Integrated Circuits - ICs.

Applications of CM8068403379918S R3WR CPU

Intel’s CM8068403379918S R3WR is deployed in a wide range of embedded and enterprise systems:

• Network Infrastructure Equipment

• Industrial Control Panels and SCADA Systems

• Edge Computing Devices

• Rackmount Servers and Data Centers

• Embedded AI Inference Systems

• Secure Government and Military Hardware

In all these environments, this CPU - Central Processing Unit ensures consistent operation and high data throughput.

Configuration and Integration Overview

Typical installation and system layout:

[Motherboard with LGA3647 Socket]  
   ?  
[CM8068403379918S R3WR CPU]  
   ?  
[Cooling System + DDR4 Memory + Chipset Integration]  
   ?  
[High-Speed Interfaces: PCIe, USB, SATA, Ethernet]

With its scalable architecture, this processor integrates seamlessly into custom-built systems using cutting-edge Semiconductors and advanced Embedded Processors & Controllers.

Use Case Scenario: Industrial Edge Server Deployment

Scenario: A systems integrator needed a high-performance CPU - Central Processing Unit for an edge server in a smart factory.

Problem: Existing processors lacked threading capability and thermal stability under continuous operation.

Solution: The CM8068403379918S R3WR delivered 6 cores with 12 threads, turbo frequency up to 3.80 GHz, and enhanced thermal handling.

Result: Reduced latency, improved machine control processing, and increased operational efficiency.

This illustrates why Intel's embedded-class Integrated Circuits - ICs are critical in modern industrial infrastructure.

Download Datasheet for CM8068403379918S R3WR

Need electrical specs, thermal ratings, or integration guidelines?

[Download CM8068403379918S R3WR Datasheet from Xon Electronics]

Access the complete documentation to ensure smooth system design and optimal thermal management.

Why Buy from Xon Electronics?

Xon Electronics provides trusted access to high-performance Semiconductors and computing components, including:

100% Genuine Intel CPUs
Fast Global Shipping – USA, India, Australia, Europe & other countries
Bulk & OEM Pricing for Industrial and Data Center Clients
Technical Documentation and Integration Support
Secure and Reliable Online Transactions

Your source for premium Embedded Processors & Controllers and professional-grade CPU - Central Processing Units.

Conclusion

The CM8068403379918S R3WR CPU - Central Processing Units by Intel offer unmatched computing performance for embedded and server-class applications. With its multi-core architecture, robust virtualization, and hardware security features, it is a top-tier solution in the world of Semiconductors and advanced Integrated Circuits - ICs. Available now at Xon Electronics with global shipping and technical support.

FAQs – CM8068403379918S R3WR CPU

Q1. What is the core configuration of this CPU?
It has 6 cores and 12 threads with a base clock of 1.90 GHz.

Q2. What socket does it use?
It uses the FCLGA3647 socket.

Q3. Is it suitable for embedded systems?
Yes, it’s widely used in Embedded Processors & Controllers and server-class hardware.

Q4. Does it support virtualization?
Yes, it includes Intel VT-x and VT-d for efficient virtualization.

Q5. Where can I purchase it globally?
You can buy it from www.xonelec.com, with shipping to USA, India, Australia, Europe, and other countries.

RSP-3000-48 Switching Power Supplies by Mean Well – High-Efficiency 48V Power for Industrial Systems

The Switching Power Supplies RSP-3000-48 by Mean Well are powerful, industrial-grade Power Supplies designed for high-demand environments requiring stable and efficient 48V DC output. With a total output power of 3000W, these Switching Power Supplies offer programmable voltage and current, making them ideal for factory automation, charging systems, and high-current LED setups. The RSP-3000-48 is built for performance, precision, and reliability in mission-critical Power applications.

In this blog, we’ll cover its specifications, features, applications, connection layout, use cases, and how to purchase or download the datasheet from Xon Electronics. If your project requires dependable high-wattage Switching Power Supplies, this model is the solution.

Technical Specifications of RSP-3000-48

• Manufacturer: Mean Well

• Part Number: RSP-3000-48

• Type: Switching Power Supply

• Output Voltage: 48V DC

• Output Current: 62.5A

• Output Power: 3000W

• Input Voltage Range: 180–264VAC

• Efficiency: Up to 91%

• Cooling Method: Forced Air Cooling with Built-in Fan

• Remote Features: Remote ON/OFF, Remote Sense, Voltage & Current Programming

• Protection: Overvoltage, Overload, Overtemperature, Short Circuit

• Category: Power, Power Supplies, Switching Power Supplies

This high-power unit is ideal for environments that require stable voltage under heavy loads and precise system control.

Key Features of RSP-3000-48 Switching Power Supply

• 3000W High Power Output – Supports demanding industrial and automation systems

• Programmable Voltage & Current – Customize output for different loads

• 91% Efficiency – Reduces energy waste and thermal stress

• Remote ON/OFF & Sensing – Enables advanced system integration

• Built-in Active PFC Function – Enhances Power factor and compliance

These advanced features make it one of the most versatile and efficient Switching Power Supplies available for OEMs and system engineers.

Applications of RSP-3000-48

The RSP-3000-48 is trusted in various high-load and high-reliability environments:

• Industrial Automation Equipment

• LED Lighting and High-Power Displays

• Battery Charging Systems

• Telecommunication Equipment

• CNC and Motor Control Systems

• Centralized DC Power Supplies

In all these applications, Mean Well’s RSP-3000-48 ensures uninterrupted and efficient Power delivery.

Wiring and Connection Overview

Typical connection layout:

[AC Input: L, N, Ground]  
   ?  
[RSP-3000-48 Power Supply Unit]  
   ?  
[DC Output: V+ (48V), V- (GND)]  
   ?  
[Load or Distribution Panel]

It also supports signal lines for remote sensing, ON/OFF control, and voltage programming—making it ideal for smart Power systems.

Use Case Scenario: High-Power LED Test Bench

Scenario: A lighting technology lab required a high-current Switching Power Supply to drive LED panels for endurance and brightness testing.

Problem: Conventional Power Supplies lacked remote control and caused voltage drops under load.

Solution: The RSP-3000-48 offered a programmable 48V output with remote sensing, maintaining stable voltage during high-current operations.

Result: Improved test accuracy, automated control, and lower maintenance overhead.

This showcases the flexibility and strength of industrial-grade Power Supplies like the RSP-3000-48.

Download Datasheet for RSP-3000-48

Need detailed specs, dimensions, or compliance data?

[Download RSP-3000-48 Datasheet from Xon Electronics]

Access the official datasheet to ensure correct integration and performance alignment with your application.

Why Buy from Xon Electronics?

Xon Electronics offers premium Power, control, and automation components with:

100% Genuine Mean Well Products
Global Shipping to USA, India, Australia, Europe & other countries
Bulk and OEM Pricing for Industrial Clients
Engineering Support for Design & Integration
Secure Online Checkout

Choose Xon Electronics for reliable, high-performance Switching Power Supplies delivered worldwide.

Conclusion

The RSP-3000-48 Switching Power Supplies by Mean Well deliver unmatched performance, programmable output, and rugged reliability for industrial and automated systems. With 3000W of clean Power, advanced protection features, and flexible integration options, it stands out in the market of high-end Power Supplies. Order today from Xon Electronics for fast international shipping and expert support.

FAQs – RSP-3000-48 Switching Power Supply

Q1. What is the output voltage and current of this model?
It provides 48V DC at up to 62.5A, totaling 3000W output.

Q2. Can it be used in industrial automation systems?
Yes, it is built for industrial-grade systems, including CNC, robotics, and test benches.

Q3. Does it support remote control features?
Yes, it includes remote ON/OFF, voltage, and current programming.

Q4. What protections are included?
It features overvoltage, overload, overtemperature, and short-circuit protections.

Q5. Where can I buy it globally?
You can buy it from www.xonelec.com, with shipping to USA, India, Australia, Europe, and other countries.

2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK in USA, India

The Enclosures, Boxes & Cases 2711-01  by ELEKTRO-PLAST NASIELSK are high-quality protective solutions designed for industrial and electrical applications. These Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK provide durability, safety, and versatility, ensuring reliable housing for sensitive electronic components. Available at Xon Electronics, they serve customers across USA, India, Australia, Europe, and other countries.

This blog provides an in-depth analysis of the 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK, covering specifications, key features, applications, circuit diagrams, use case scenarios, and purchasing details.

Overview of 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK

The 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK are designed to offer robust protection for electrical and electronic systems. Their high-impact construction and secure sealing ensure safe operation in various industrial environments.

Technical Specifications:

• Series: 2711-01
• Enclosure Type: Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK
• Material: Durable thermoplastic construction
• IP Rating: IP65 for dust and water resistance
• Mounting Type: Surface-mounted with secure fastening
• Dimensions: Optimized for compact and efficient storage of electrical components
• Color: Industry-standard grey for seamless integration
• Compliance: Meets IEC and RoHS standards for environmental safety

The 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK ensure superior electrical protection, secure housing, and enhanced durability in industrial applications.

Key Features of 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK

1. High-Impact Thermoplastic Construction

These Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK are built using durable materials that withstand mechanical stress and environmental exposure.

2. IP65-Rated Dust & Water Resistance

Designed for harsh industrial settings, ensuring secure protection against dust, moisture, and contaminants.

3. Easy & Secure Mounting Options

The 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK support surface mounting, ensuring stable installation in electrical setups.

4. Compact & Functional Design

Optimized internal space allows efficient organization of electrical components while ensuring ease of access.

5. Compliance with Global Safety Standards

Manufactured under IEC and RoHS safety regulations, ensuring eco-friendly and reliable usage.

Applications of 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK

These Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK are widely used across various industries for safe electrical housing.

1. Industrial Automation & Control Panels

Used in control systems, PLC enclosures, and automation units to protect sensitive electronics.

2. Power Distribution Systems

Provides safe housing for electrical junctions and wiring in industrial and commercial environments.

3. Renewable Energy Setups

Integrated into solar inverters and battery storage systems, ensuring reliable environmental protection.

4. Telecommunications & Networking

Ensures secure enclosure of networking modules, data transmission interfaces, and signal relay units.

5. Automotive & Medical Electronics

Used in sensor housing, diagnostic tools, and onboard electronics for enhanced operational safety.

Circuit Diagram for 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK

Below is a simplified circuit diagram showcasing how the 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK integrate into electrical control panels, ensuring efficient cable management and component protection.

Use Case Scenario: Secure Housing for Industrial Automation Modules

Scenario: Electrical Control System in a Manufacturing Facility

A factory requires high-durability enclosures for protecting electrical junctions in automated machinery. Engineers select 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK due to their IP65-rated protection, durable thermoplastic construction, and secure mounting options.

Implementation:

• The 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK are mounted on control panels, ensuring efficient cable organization and electrical shielding.
• Their dustproof and waterproof design prevents environmental damage to internal circuits.
• Secure fastenings ensure vibration-resistant mounting for high-performance industrial systems.

Benefits:

1. Reliable Protection for Sensitive Electrical Components
2. Enhanced Safety & Environmental Resistance
3. Efficient Cable Management & Circuit Organization

Where to Buy 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK?

The 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK are available at Xon Electronics, a trusted supplier of electronic components. Customers in the USA, India, Australia, Europe, and other countries can purchase these enclosures directly from Xon Electronics' official website.

Conclusion

The 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK offer high-quality electrical protection, secure mounting, and industry-compliant durability for various applications. Their compact design, IP65-rated environmental resistance, and functional integration make them an ideal choice for industrial automation, power distribution, and telecommunications.

For premium Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK, visit Xon Electronics and ensure safe housing for your electrical components.

FAQs: 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK

1. What is the 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK used for?
The 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK provide secure housing for electrical components, protecting them from dust, moisture, and mechanical stress in industrial and automation applications.

2. What are the key specifications of 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK?

• Material: Durable thermoplastic
• IP Rating: IP65 (dust and water-resistant)
• Mounting Type: Surface-mounted with secure fastening
• Dimensions: Optimized for compact electrical storage
• Compliance: IEC & RoHS safety standards

3. Why choose 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK?
These Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK offer robust protection, long-term durability, and easy installation, making them ideal for industrial use.

4. Where can I buy 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK?
Available at Xon Electronics, serving customers in USA, India, Australia, Europe, and other countries.

5. What applications use 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK?
Common applications include industrial control panels, power distribution systems, automation units, telecommunications setups, and renewable energy installations.

6. How do 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK enhance component protection?
Their high-impact thermoplastic construction and IP65 rating ensure durability and environmental resistance for sensitive electrical components.

7. Are 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK RoHS-compliant?
Yes, these Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK meet IEC and RoHS standards, ensuring eco-friendly and safe usage.

8. Can 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK be used outdoors?
Yes, their IP65-rated protection ensures resistance against dust, moisture, and environmental factors, making them suitable for outdoor use.

9. How do I install 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK?
They are surface-mounted with secure fastenings, ensuring vibration-resistant installation in electrical setups.

10. Where can I find detailed technical specifications for 2711-01 Enclosures, Boxes & Cases by ELEKTRO-PLAST NASIELSK?
You can check Xon Electronics’ website or ELEKTRO-PLAST NASIELSK’s official documentation for full technical details.

 LC1D09BL Motor Drives by Schneider in USA, India

The Motor Drive Schneider LC1D09BL  is a high-performance contactor designed for use in motor control and automation systems. Engineered for reliability and ease of integration, this compact device ensures smooth motor starting, stopping, and reversing operations. The LC1D09BL Motor Drives by Schneider are trusted globally for their efficient operation, robust design, and long-lasting durability. At Xon Electronics, we supply this superior product to customers across the USA, India, Australia, Europe, and beyond.

In this article, we explore the detailed specifications, features, applications, wiring diagram, real-world use case, and where to buy the LC1D09BL Motor Drives by Schneider.

Schneider LC1D09BL Motor Drive Overview

The LC1D09BL is part of Schneider Electric’s renowned TeSys D series and is known for its reliable motor switching capabilities. It is specifically designed to control motors up to 9A and is ideal for both light industrial and commercial applications.

Technical Specifications:

• Series: TeSys D

• Model Number: LC1D09BL

• Rated Operational Current: 9A (AC-3)

• Rated Operational Voltage: 24V AC coil

• Power Rating: Up to 4kW (400V) for 3-phase motors

• Number of Poles: 3P

• Auxiliary Contacts: 1 NO + 1 NC

• Mounting Type: DIN rail or panel mount

• Connection: Screw clamp terminals

• Conformity: IEC 60947-4-1, UL, CSA standards

• Operating Temperature: -25°C to +60°C

The LC1D09BL Motor Drives by Schneider are engineered for high performance with compact design and broad compatibility in electrical systems.

Key Features of Schneider LC1D09BL

1. Compact Yet Powerful Design
   Despite its small footprint, the LC1D09BL delivers reliable motor switching performance with minimal space requirements.

2. Efficient Motor Control
   Designed to handle motor loads efficiently, it supports starting, stopping, and reversing functionalities for motors up to 4kW.

3. Reliable Coil Voltage (24V AC)
   The 24V AC control coil allows safe and consistent operation in low-voltage environments, enhancing control panel safety.

4. Easy Installation & Maintenance
   The unit offers quick mounting on DIN rails and simple wiring through screw clamp terminals, reducing installation time.

5. High-Endurance & Compliance
   Conforms to major international standards, offering long mechanical and electrical life with dependable contact performance.

Applications of Schneider LC1D09BL Motor Drive

The LC1D09BL Motor Drives by Schneider are commonly used in a variety of motor control applications, such as:

1. Industrial Automation Systems
   Supports precise motor control in conveyors, pumps, and assembly lines.

2. HVAC Systems
   Operates fans and compressors with reliable start/stop control.

3. Agricultural Machinery
   Used in automated irrigation and processing equipment to manage motor loads.

4. Commercial Equipment
   Powers elevators, escalators, and compressors in commercial buildings.

5. Electrical Panels & MCCs
   Widely integrated into motor control centers for enhanced load control and protection.

Circuit Diagram for Schneider LC1D09BL

In a typical control circuit, the LC1D09BL connects with overload relays, push buttons, and indicators. When the coil receives the 24V AC control voltage, it energizes, closing the main contacts and allowing power to flow to the motor. Auxiliary contacts can be used to feed back operational status to a PLC or control panel.

Use Case Scenario: LC1D09BL in an Industrial Conveyor System

Scenario:
A packaging facility needed a reliable solution for controlling multiple small conveyor motors. Engineers opted for the LC1D09BL Motor Drives by Schneider due to their compact size, reliable 24V AC coil control, and easy integration with existing PLCs.

Implementation:

• Each conveyor motor is connected to a dedicated LC1D09BL contactor.

• The auxiliary contacts are used to indicate motor status on the control panel.

• The system ensures automatic start/stop functions based on sensor input.

Benefits:

• Smooth motor startup without voltage drops.

• Simplified wiring and maintenance.

• Enhanced operational safety.

Where to Buy Schneider LC1D09BL?

The LC1D09BL Motor Drives by Schneider are available at Xon Electronics – your trusted source for high-quality industrial automation products. Customers in the USA, India, Australia, Europe, and other regions can easily place orders through our official website.

Conclusion

The LC1D09BL Motor Drives by Schneider deliver outstanding performance, compact design, and long-term durability. Whether you’re designing a new control system or upgrading an existing one, this motor contactor is an ideal solution for safe and efficient motor operations. Backed by Schneider Electric’s global reputation and Xon Electronics’ reliable delivery, it's the right choice for industries worldwide.

FAQs: Schneider LC1D09BL Motor Drives

1. What is the LC1D09BL Motor Drive used for?
It is used for starting, stopping, and reversing motors in industrial and commercial control systems.

2. What voltage does the coil operate on?
The LC1D09BL has a 24V AC control coil.

3. What is the maximum motor size it can handle?
It supports motors up to 4kW at 400V in 3-phase applications.

4. How is it mounted?
It can be mounted on DIN rails or flat panels using screws.

5. Is it suitable for PLC-based systems?
Yes, it includes auxiliary contacts for feedback and integration with PLCs.

6. Where can I buy the LC1D09BL?
You can purchase it directly from Xon Electronics or authorized Schneider Electric distributors.

7. What certifications does it meet?
It complies with IEC 60947-4-1, UL, and CSA standards.

8. What is the operational temperature range?
It operates between -25°C to +60°C.

9. Can it be used in HVAC systems?
Yes, it is ideal for use in fan and compressor control.

10. Is the LC1D09BL energy efficient?
Yes, it is designed for low power consumption and high operational efficiency.

ATATMEL-ICE Hardware Debuggers by Microchip in USA, India

The Hardware Debuggers ATATMEL-ICE  by Microchip are powerful, full-featured in-circuit debugging and programming tools for Microchip and Atmel microcontrollers. Compatible with a wide range of development environments, this tool enables seamless debugging, programming, and real-time analysis, making it essential for embedded system developers and firmware engineers.

At Xon Electronics, we offer global shipping for Hardware Debuggers by Microchip, delivering to the USA, India, Australia, Europe, and other countries to support your design and development needs.

Product Overview – ATATMEL-ICE Debugger

The ATATMEL-ICE is a versatile development tool that supports in-system programming (ISP), debugging, and monitoring of Atmel AVR and ARM Cortex-M-based microcontrollers. It connects to the target system via JTAG, SWD, PDI, TPI, aWire, SPI, and debugWIRE interfaces, providing broad compatibility across Microchip's embedded platforms.

Technical Specifications

• Part Number: ATATMEL-ICE

• Manufacturer: Microchip Technology

• Supported MCUs: AVR, SAM (ARM Cortex-M)

• Interfaces: JTAG, SWD, PDI, TPI, aWire, SPI, debugWIRE

• Connection to Host: USB 2.0 (Full Speed)

• Target Voltage Range: 1.62V – 5.5V

• Operating Systems: Windows®, macOS®, Linux (via MPLAB X IDE or Atmel Studio)

• Programming Modes: ISP, HVPP, PDI, TPI, SWD, debugWIRE, JTAG

• Package Includes: ATATMEL-ICE debugger, USB cable, ribbon cables, and adapters

• Compliance: RoHS

Key Features of ATATMEL-ICE

1. Wide MCU Compatibility
   The ATATMEL-ICE Hardware Debuggers by Microchip support both 8-bit and 32-bit microcontrollers, including AVR and SAM devices.

2. Multiple Debugging Interfaces
   Works with JTAG, SWD, and debugWIRE, giving developers flexibility in how they connect and debug target hardware.

3. Seamless Integration with IDEs
   Fully compatible with Microchip’s MPLAB X IDE and Atmel Studio, simplifying the embedded development workflow.

4. Real-Time Debugging & Breakpoints
   Allows step-by-step execution, variable inspection, and real-time watch—ideal for pinpointing bugs in complex firmware.

5. Compact and Portable
   The small form factor and included cables make it easy to integrate into any development setup.

Applications of ATATMEL-ICE Debugger

1. Embedded Firmware Development
   Enables developers to write, test, and debug code for microcontroller-based systems.

2. IoT Device Prototyping
   Used for developing and testing firmware in smart sensors, wearables, and connected devices.

3. Industrial Control Systems
   Supports firmware maintenance and upgrades in industrial automation systems.

4. Automotive Electronics
   Debugs control firmware for ECUs, infotainment systems, and dashboard units.

5. Educational and Training Labs
   A valuable tool in academic settings for teaching microcontroller programming and debugging.

Circuit Use & Debugging Workflow

The ATATMEL-ICE connects between the development PC and the microcontroller development board. Using a supported IDE, developers can load firmware, set breakpoints, monitor registers, and step through code to identify logic errors, performance issues, or runtime faults.

Use Case Scenario – Debugging Smart Home Firmware

Scenario: A product team is developing a smart home hub using an ARM Cortex-M based SAM microcontroller. The firmware includes complex real-time communication protocols that require thorough debugging.

Implementation: The team uses the ATATMEL-ICE Hardware Debuggers by Microchip for in-circuit debugging through the SWD interface.

Benefits:

• Real-time variable inspection

• Immediate feedback during firmware development

• Time-saving during prototyping and production readiness

Where to Buy ATATMEL-ICE?

The ATATMEL-ICE Hardware Debuggers by Microchip are available at Xon Electronics. We provide fast, reliable global delivery to the USA, India, Europe, Australia, and other countries—along with verified stock and expert support.

Conclusion

The ATATMEL-ICE Hardware Debuggers by Microchip are indispensable for developers working with AVR and ARM Cortex-M microcontrollers. With full debugging and programming support, broad compatibility, and robust features, this tool accelerates development and improves firmware quality.

Order today from Xon Electronics and equip your embedded development with industry-standard Hardware Debuggers by Microchip.

FAQs: ATATMEL-ICE Microchip Debugger

Q1. Which microcontrollers are supported by ATATMEL-ICE?
A: Supports AVR and SAM (ARM Cortex-M) microcontrollers by Microchip.

Q2. Does it support both programming and debugging?
A: Yes, it provides in-circuit programming and full debugging functionality.

Q3. Which IDEs can I use with this debugger?
A: Compatible with Atmel Studio and MPLAB X IDE.

Q4. What interfaces are available?
A: JTAG, SWD, debugWIRE, PDI, TPI, aWire, and SPI.

Q5. Can I use it on macOS and Linux?
A: Yes, with MPLAB X IDE support.

Q6. Where can I buy it with global delivery?
A: At Xon Electronics, with delivery to USA, India, Europe, Australia, and more.

EV-ADF4372SD2Z Clock & Timer Development Tools by Analog Devices – Precision Frequency Synthesis for High-Performance Designs

The Clock & Timer Development Tools EV-ADF4372SD2Z by Analog Devices are precision evaluation platforms built to support high-frequency RF and clock synthesis applications. Designed to work with the ADF4372 wideband synthesizer, this tool simplifies testing, validation, and integration into advanced Embedded Solutions. Whether you are working on wireless communication, instrumentation, or data converters, this evaluation board helps engineers fully utilize the performance of Analog Devices’ frequency generation ICs.

In this blog, we’ll explore the technical specs, key features, application areas, setup overview, and how to download the datasheet or order from Xon Electronics. Ideal for engineers working with Clock & Timer Development Tools, this platform speeds up system prototyping and development.

Technical Specifications of EV-ADF4372SD2Z

• Manufacturer: Analog Devices

• Part Number: EV-ADF4372SD2Z

• Type: Clock & Timer Development Tool

• Supported IC: ADF4372 Wideband Synthesizer

• Frequency Range: 62.5 MHz to 32 GHz

• Input Power: USB (via SDP board)

• Output Interface: SMA connectors

• Control Interface: SPI (via SDP-S controller board)

• Operating System Support: Windows-based software (ACE)

• Category: Embedded Solutions, Engineering Tools, Analog & Digital IC Development Tools, Clock & Timer Development Tools

With an ultra-wide frequency range and flexible control interface, this evaluation board is built for serious RF and clocking development.

Key Features of EV-ADF4372SD2Z Evaluation Board

• Covers Frequencies from 62.5 MHz to 32 GHz – Suitable for high-speed comms, test, and measurement

• Works Seamlessly with ADF4372 Synthesizer – Supports full tuning and output characterization

• Standard SMA Output Connectors – For direct connection to analyzers or boards

• Control via ACE Software – Simplified programming through Windows GUI

• Ideal for RF Engineers and System Designers – Trusted in precision Embedded Solutions and lab-grade Engineering Tools

These features make the EV-ADF4372SD2Z an essential asset in the toolbox of developers working with Clock & Timer Development Tools and high-frequency signal design.

Applications of EV-ADF4372SD2Z

This evaluation board is used in various high-performance and test-driven environments:

• RF and Microwave Communication Systems

• Data Converters and High-Speed ADC/DAC Interfaces

• Instrumentation and Signal Analysis Equipment

• PLL and Clock Generation Circuits

• Radar and Aerospace Systems

• Advanced Analog & Digital IC Development Tools

Whether prototyping or production testing, this tool supports critical tasks in advanced Embedded Solutions.

Setup and Connection Overview

Typical setup flow for EV-ADF4372SD2Z:

[PC with ACE Software]  
   ?  
[SDP-S Controller Board via USB]  
   ?  
[EV-ADF4372SD2Z Evaluation Board]  
   ?  
[SMA Outputs ? Oscilloscope or RF Analyzer]

Its plug-and-play setup with the SDP-S controller and ACE software makes it one of the most accessible Engineering Tools for frequency generation evaluation.

Use Case Scenario: Developing a 5G RF Test Platform

Scenario: A telecom hardware company was designing a 5G transceiver testbed and needed a reliable synthesizer evaluation tool.

Problem: Existing clock sources didn’t provide enough tuning resolution or stability at high GHz frequencies.

Solution: The EV-ADF4372SD2Z offered full frequency sweep up to 32 GHz with precise control using SPI and the ACE GUI.

Result: Faster development cycles, better measurement accuracy, and seamless system integration.

This case highlights the critical value of high-end Clock & Timer Development Tools in RF design and validation.

Download Datasheet for EV-ADF4372SD2Z

Need full specs, pin details, and setup documentation?

[Download EV-ADF4372SD2Z Datasheet from Xon Electronics]

Ensure a smooth development experience with complete technical documentation for your next project.

Why Buy from Xon Electronics?

At Xon Electronics, we supply trusted Analog & Digital IC Development Tools and components with:

100% Genuine Analog Devices Products
Global Shipping – USA, India, Australia, Europe & other countries
Special Pricing for OEMs, Research Labs, and Academic Institutions
Engineering Support and Integration Help
Safe and Secure Online Checkout

Streamline your RF development with expert-approved Clock & Timer Development Tools from Xon Electronics.

Conclusion

The EV-ADF4372SD2Z Clock & Timer Development Tools by Analog Devices are a powerful evaluation solution for high-frequency signal synthesis. With a broad operating range, robust software support, and precision outputs, it is the perfect match for engineers working with advanced Embedded Solutions, RF platforms, and timing-sensitive designs. Available now at Xon Electronics for global delivery and expert assistance.

FAQs – EV-ADF4372SD2Z Clock & Timer Development Tool

Q1. What IC is supported by this evaluation board?
It supports the ADF4372 wideband synthesizer from Analog Devices.

Q2. What frequency range does it cover?
It supports outputs from 62.5 MHz to 32 GHz.

Q3. What is the control interface used?
The board uses SPI control via an SDP-S controller and ACE software.

Q4. Is it suitable for RF and analog IC testing?
Yes, it is widely used in Analog & Digital IC Development Tools and RF testing setups.

Q5. Where can I buy it globally?
You can purchase it at www.xonelec.com with worldwide shipping to the USA, India, Australia, Europe, and other countries.

MWDM2L-15USP1 D-Sub Micro-D Connectors by Glenair – Compact, High-Reliability Interconnects for Critical Systems

The D-Sub Micro-D Connectors MWDM2L-15USP1 by Glenair are designed for high-density, high-performance interconnect applications where space, reliability, and ruggedness are critical. These miniature D-Sub Connectors feature 15 gold-plated contacts in a compact MIL-DTL-83513-compliant layout, making them ideal for military, aerospace, and industrial electronics. Whether you're working with mission-critical avionics or miniaturized embedded systems, Glenair's D-Sub Micro-D Connectors provide proven durability and signal integrity.

In this blog, we’ll walk you through the technical specifications, key features, common applications, wiring layout, and how to download the datasheet or buy from Xon Electronics. If you're sourcing rugged, high-performance Connectors, this is the one to consider.

Technical Specifications of MWDM2L-15USP1

• Manufacturer: Glenair

• Part Number: MWDM2L-15USP1

• Type: D-Sub Micro-D Connector (Socket)

• Contact Count: 15 gold-plated contacts

• Mounting Type: Panel Mount with Rear Panel Jackscrews

• Shell Material: Aluminum with Electroless Nickel Plating

• Contact Current Rating: 3 Amps per contact

• Operating Temperature: -55°C to +200°C

• Compliance: MIL-DTL-83513

• Category: Connectors, D-Sub Connectors, D-Sub Micro-D Connectors

Built for applications where shock, vibration, and extreme conditions are common, this Glenair connector ensures long-term performance and secure signal transmission.

Key Features of MWDM2L-15USP1 D-Sub Micro-D Connector

• Ultraminiature Form Factor – Ideal for space-constrained enclosures and compact Connectors layouts

• MIL-Spec Durability – Compliant with MIL-DTL-83513 for defense and aerospace reliability

• Gold-Plated Contacts – Ensures excellent electrical conductivity and corrosion resistance

• High Temperature Range – Operates from -55°C to +200°C

• Secure Panel Mount with Jackscrews – Maintains integrity under vibration and mechanical stress

This product is a staple in high-performance D-Sub Micro-D Connectors, offering compact size without compromising on strength.

Applications of MWDM2L-15USP1

Thanks to its rugged construction and compact form, the MWDM2L-15USP1 is used in a wide range of demanding applications:

• Avionics and Flight Control Modules

• Military Communications and Navigation Systems

• Spacecraft Subsystems

• Robotic Control and Sensor Networks

• Compact Embedded Systems and Miniaturized Boards

• Industrial Automation Units

This connector is essential wherever D-Sub Connectors are required in high-stress, mission-critical environments.

Wiring and Connection Overview

Typical installation setup for MWDM2L-15USP1:

[PCB or Cable Harness]  
   ?  
[MWDM2L-15USP1 Micro-D Connector Socket]  
   ?  
[Mated Plug with Shielded Cable]  
   ?  
[End Device or Embedded System]

With a secure jackscrew panel mount design, this component ensures stable signal connections in vibration-heavy use cases, common in systems using D-Sub Connectors.

Use Case Scenario: Defense UAV Flight Control Systems

Scenario: A defense integrator needed compact, rugged D-Sub Micro-D Connectors for their next-gen UAV’s flight control interface.

Problem: Existing standard D-Sub Connectors were too large and prone to disconnect under mechanical stress.

Solution: Glenair’s MWDM2L-15USP1 provided a reliable microform connector with robust MIL-spec jackscrews.

Result: Increased signal stability, weight savings, and enhanced resilience across all environmental conditions.

This illustrates how trusted Connectors like this one enable high-performance applications in space-constrained electronics.

Download Datasheet for MWDM2L-15USP1

Need contact details, material specs, or layout drawings?

[Download MWDM2L-15USP1 Datasheet from Xon Electronics]

Access comprehensive documentation to help you integrate these D-Sub Micro-D Connectors seamlessly into your project.

Why Buy from Xon Electronics?

Xon Electronics is your global source for premium interconnect Connectors and D-sub solutions, offering:

100% Genuine Glenair Products
Worldwide Shipping – USA, India, Australia, Europe & other countries
Special Pricing for Military and Aerospace OEMs
Technical Support and Application Guidance
Secure Checkout for Safe Online Ordering

Equip your mission-critical system with high-performance D-Sub Micro-D Connectors from Xon Electronics.

Conclusion

The MWDM2L-15USP1 D-Sub Micro-D Connectors by Glenair deliver exceptional strength, compactness, and electrical performance for aerospace, military, and industrial applications. As part of a trusted range of D-Sub Connectors, it ensures reliable operation under the most extreme conditions. Available now at Xon Electronics with global shipping and technical support.

FAQs – MWDM2L-15USP1 D-Sub Micro-D Connector

Q1. What type of connector is MWDM2L-15USP1?
It’s a panel-mount, 15-position D-Sub Micro-D Connector (socket type).

Q2. Is it suitable for aerospace or military use?
Yes, it is MIL-DTL-83513-compliant and used widely in high-reliability defense systems.

Q3. What’s the contact current rating?
Each contact can handle up to 3 Amps.

Q4. How does it mount?
It mounts via rear panel jackscrews for vibration-resistant installation.

Q5. Where can I buy this connector globally?
You can order it at www.xonelec.com, with fast shipping to USA, India, Australia, Europe, and other countries.

3D50VT-200 Display Modules by Grayhill – Rugged Touch Interface for Embedded Human-Machine Interaction

The Display Modules 3D50VT-200 by Grayhill are robust, high-performance touchscreen interfaces designed for rugged industrial and military-grade applications. With a compact 5-inch LCD display, resistive touch technology, and optical bonding for enhanced visibility, this unit provides a durable and user-friendly solution for advanced Embedded Solutions. Whether you're developing for harsh environments or sophisticated control systems, Grayhill’s display technology delivers reliability and precision.

In this blog, we’ll explore the technical specs, key features, use cases, wiring overview, and how to order or download the datasheet from Xon Electronics. If you need dependable, compact Display Modules for your embedded interface, this is a top-tier option.

Technical Specifications of 3D50VT-200

• Manufacturer: Grayhill

• Part Number: 3D50VT-200

• Type: Rugged Resistive Touchscreen Display Module

• Display Size: 5.0 inches

• Resolution: 800 x 480 pixels

• Touch Interface: Analog Resistive

• Brightness: 500 nits (Sunlight Readable)

• Mounting: Panel Mount with Sealing Gasket

• Operating Temperature: -30°C to +70°C

• Communication: CANbus and USB

• Category: Embedded Solutions, Display Modules

Designed for mission-critical HMI systems, the 3D50VT-200 brings clarity and control to embedded interfaces across industrial and defense applications.

Key Features of 3D50VT-200 Display Module

• Sunlight-Readable LCD – 500-nit brightness ensures clear visibility outdoors

• Analog Resistive Touchscreen – Operates reliably with gloves or in wet environments

• CANbus & USB Connectivity – Seamless integration with modern embedded controllers

• Rugged Construction – Withstands vibration, moisture, and extreme temperatures

• Compact Panel-Mount Design – Ideal for OEMs and system integrators

These features make it one of the most dependable Display Modules in the field of ruggedized Embedded Solutions.

Applications of 3D50VT-200

The 3D50VT-200 is designed for industries where reliability and visibility are crucial:

• Agricultural and Construction Equipment HMIs

• Military Vehicle Displays

• Industrial Automation Panels

• Marine Control Consoles

• Medical Equipment Interfaces

• Oil & Gas Monitoring Systems

With its rugged performance and advanced features, it’s a trusted tool in critical Embedded Solutions environments.

Wiring and Connection Overview

Basic connection setup for the 3D50VT-200:

[Power Supply: 12V DC]  
   ?  
[3D50VT-200 Module]  
   ?  
[USB Interface or CANbus to Host Controller]  

Its versatile interfaces allow flexible communication with a wide range of embedded systems.

Use Case Scenario: Military Vehicle Touch Interface

Scenario: A defense contractor needed a reliable touchscreen for a military vehicle's diagnostics interface.

Problem: Prior modules failed under extreme temperatures and vibration.

Solution: Grayhill’s 3D50VT-200 with its rugged design, resistive touch, and sunlight-readable display performed flawlessly in the field.

Result: Improved mission readiness, reduced equipment failure, and high user satisfaction.

This case highlights the critical role of rugged Display Modules in advanced Embedded Solutions for defense and industrial sectors.

Download Datasheet for 3D50VT-200

Need complete technical documentation?

[Download 3D50VT-200 Datasheet from Xon Electronics]

Everything you need to integrate the module into your embedded interface design.

Why Buy from Xon Electronics?

At Xon Electronics, we provide top-tier Embedded Solutions and Display Modules backed by trusted service and global delivery:

100% Authentic Grayhill Products
Global Shipping – USA, India, Australia, Europe & more
Bulk Pricing for OEM and Defense Projects
Expert Technical Support
Safe and Secure Checkout

Source your rugged Display Modules from the electronics supplier engineers trust—Xon Electronics.

Conclusion

The 3D50VT-200 Display Modules by Grayhill offer the reliability, clarity, and rugged construction required for industrial and military-grade Embedded Solutions. With features like sunlight-readable screens, resistive touch, and wide temperature operation, they are ideal for demanding control environments. Now available at Xon Electronics with fast global shipping.

FAQs – 3D50VT-200 Display Module

Q1. What size is the display?
It’s a 5.0-inch LCD touchscreen with an 800 x 480 resolution.

Q2. Can it be used outdoors?
Yes, with 500 nits of brightness and resistive touch, it performs well in sunlight and wet conditions.

Q3. What communication interfaces are available?
It supports USB and CANbus interfaces for flexible integration.

Q4. Is it suitable for rugged environments?
Yes, it’s built for harsh conditions including vibration and wide temperature ranges.

Q5. Where can I buy it globally?
You can purchase it from www.xonelec.com with fast shipping to USA, India, Australia, Europe, and other countries.