Xon Electronics takes pride in being a global retailer of high-quality electronic components, including the M22-KC01 LED Lighting Mounting Accessories by Eaton. This product is a pivotal element in the realm of industrial and commercial lighting systems, offering superior performance and reliability across the USA, India, Australia, Europe, and other countries. In this article, we will delve into the detailed specifications, applications, benefits, and integration techniques of the M22-KC01. Additionally, we will design a circuit diagram, present a use case scenario, and provide a downloadable datasheet.

Overview of M22-KC01 LED Lighting Mounting Accessories

The M22-KC01 is part of Eaton’s M22 series, renowned for its durability, user-friendliness, and versatility. As a contact block with a normally closed (NC) contact configuration, the M22-KC01 plays an essential role in circuit control mechanisms. The accessory is designed for back plate mounting, enhancing ease of installation and providing seamless integration into diverse lighting systems.

Key Specifications:

• Contact Type: Normally Closed (NC)

• Current Rating: 6A at 230VAC / 3A at 24VDC

• Mounting Diameter: 22mm

• Mounting Type: Back Plate

• Manufacturer: Eaton

Product Features and Benefits

1. Versatile Compatibility:

The M22-KC01 is compatible with a wide array of industrial lighting and control systems. Its 22mm mounting size aligns with standard panel cutouts, allowing for integration into new and existing systems without requiring modifications.

2. High Durability and Performance:

Engineered to withstand rigorous operational conditions, the M22-KC01 can handle up to 6A at 230VAC and 3A at 24VDC. This makes it an excellent choice for both low and high-power circuits, ensuring efficient circuit control and stability.

3. Easy Installation and Maintenance:

The back plate mounting design facilitates quick and straightforward installation. Maintenance is simplified, reducing downtime and enhancing system reliability.

4. Reliable Contact Operation:

The normally closed contact block ensures that circuits remain engaged until deliberately interrupted. This feature is crucial for safety and operational consistency in industrial automation and control systems.

Applications of M22-KC01

The M22-KC01 is widely used in several industries and applications, including:

1. Industrial Automation:

   • Integration in control panels for emergency stop buttons and indicator lights.

   • Used in motor starters and drive systems for enhanced operational safety.

2. Commercial Lighting Systems:

   • Provides contact control for LED lighting in commercial buildings and warehouses.

3. Power Distribution Panels:

   • Ensures fail-safe operation in distribution and power management systems.

4. Transportation Systems:

   • Installed in railway, aviation, and marine control panels to ensure critical lighting functions.

5. Medical and Laboratory Equipment:

   • Used in control panels for medical and diagnostic equipment to ensure power reliability and safety.

Circuit Diagram for M22-KC01 Integration

Below is a simplified circuit diagram illustrating how the M22-KC01 can be integrated into a standard LED lighting system.

[Power Supply] ---- [Switch] ---- [M22-KC01 (NC)] ---- [LED Lighting Unit] ---- [Ground]  

In this configuration:

• The M22-KC01 acts as a safety contact between the power supply and the LED lighting unit.

• When the switch is activated, the normally closed contact opens, interrupting the circuit and turning off the LED light.

• Releasing the switch closes the contact, allowing power to flow and the LED light to operate.

Use Case Scenario

Scenario: Industrial Factory Emergency Stop System

Application: In an industrial setting, safety is paramount. The M22-KC01 can be incorporated into an emergency stop system to immediately cut power to hazardous machinery when an emergency stop button is pressed.

Setup:

• The M22-KC01 is mounted on the back plate of an emergency stop button panel.

• The button activates the NC contact block, cutting the power to machinery.

• This halts machine operation, preventing accidents and ensuring personnel safety.

Download M22-KC01 Datasheet (PDF)

To access the detailed technical specifications and operational guidelines, download the M22-KC01 Eaton Datasheet PDF from the official Eaton website or Xon Electronics product page.

[Download M22-KC01 Datasheet PDF]

Conclusion

The M22-KC01 LED Lighting Mounting Accessory by Eaton stands out as a critical component for industrial and commercial lighting systems. Its robust design, ease of installation, and reliable contact configuration make it indispensable in various industries worldwide. Xon Electronics is proud to supply this exceptional product to clients across the USA, India, Australia, Europe, and other countries. By integrating the M22-KC01 into your lighting systems, you ensure greater efficiency, safety, and operational control.

For more information, reach out to Xon Electronics’ customer support team or visit our website to explore our vast inventory of Eaton products.

Xon Electronics is proud to offer the TC500CPE Analog Front End (AFE), a 16-bit analog processor manufactured by Microchip. The TC500CPE is a high-performance solution designed to meet the demands of precision analog signal processing, making it a vital component for engineers and designers across industries. This article delves into the features, specifications, use cases, and benefits of the TC500CPE, illustrating why it stands out as the best option for projects requiring top-tier analog processing. We will also include a circuit diagram, datasheet download link, and real-world use case scenarios.

Overview of the TC500CPE Analog Front End

The TC500CPE is part of Microchip's high-accuracy analog front-end family, known for delivering outstanding performance in analog-to-digital conversion. It integrates essential analog functions, reducing design complexity and providing reliable performance in various applications, such as industrial automation, medical devices, and communication systems.

Key Specifications:

• Resolution: 16-bit

• Input Voltage Range: 0 to 5V

• Power Supply: +5V

• Input Channels: Dual-channel input

• Operating Temperature: -40°C to +85°C

• Low Power Consumption

• Package Type: 24-pin PDIP (Plastic Dual In-line Package)

The TC500CPE ensures accuracy and precision, making it ideal for data acquisition systems, precision measurement tools, and instrumentation projects.

Key Features and Benefits of TC500CPE

1. High Precision and Accuracy
   The 16-bit resolution allows for highly accurate analog signal measurements, essential for applications where precision is critical, such as medical devices and scientific instruments.

2. Low Noise and Distortion
   Microchip has designed the TC500CPE to minimize noise and distortion, ensuring the integrity of the analog signals being processed. This feature is crucial for audio processing, communication devices, and high-fidelity applications.

3. Power Efficiency
   With low power consumption, the TC500CPE is an energy-efficient solution, making it ideal for battery-operated and portable devices.

4. Wide Range of Applications
   The TC500CPE is versatile and can be used in a variety of industries, including:

• Industrial Automation: Sensor interfacing, process control, and monitoring.

• Medical Devices: Patient monitoring, diagnostic equipment, and lab instruments.

• Automotive Systems: Engine control units, sensor data acquisition, and safety systems.

• Communication Systems: RF signal processing and transceiver designs.

5. Ease of Integration
   With dual-channel input and a simple pin configuration, the TC500CPE integrates seamlessly into existing designs, reducing development time and cost.

Circuit Diagram for TC500CPE Integration

Below is a basic circuit diagram illustrating the TC500CPE's integration into an analog-to-digital conversion system:

     +5V                        
      |                        
      |                        
    [ TC500CPE ]               
    |           |              
    |           |              
   [IN1]      [IN2]            
    |           |              
    |           |              
    |___________|              
         |                     
       [ADC]                   
         |                     
        [MCU]                  

Diagram Description:

• IN1 and IN2 are the analog input channels, where sensor signals or other analog inputs are connected.

• The TC500CPE processes the signals and forwards them to an analog-to-digital converter (ADC), ensuring high-precision digital data for further processing by a microcontroller unit (MCU).

• The +5V supply powers the TC500CPE, maintaining consistent operation.

Use Case Scenario: Industrial Sensor Interface

Application Overview:

In industrial environments, precise measurement and monitoring of various parameters, such as temperature, pressure, and humidity, are critical. The TC500CPE provides an excellent solution for interfacing with sensors and converting analog signals to high-accuracy digital outputs.

Setup:

1. Sensors are connected to the input channels (IN1 and IN2) of the TC500CPE.

2. The processed signals are digitized using an external ADC.

3. The digitized data is sent to a microcontroller for further analysis and display on an operator interface.

Benefits:

• Real-time, high-precision measurements ensure better control and decision-making.

• Low power consumption extends the life of battery-operated industrial tools.

• High noise immunity guarantees reliability even in harsh industrial environments.

Datasheet Download for TC500CPE

The official datasheet for the TC500CPE can be downloaded from the Microchip website. The datasheet contains in-depth technical specifications, pin configurations, and application notes to aid in design and integration.

Download TC500CPE Datasheet (PDF)

Global Availability and Distribution

Xon Electronics is a trusted distributor of Microchip products, including the TC500CPE, across the globe. Our distribution network covers key regions such as the USA, India, Australia, Europe, and beyond. We ensure fast delivery, competitive pricing, and technical support to help customers achieve their design goals.

Why Choose Xon Electronics?

• Global Reach: Seamless shipping to multiple countries.

• Technical Support: Expert guidance on product selection and integration.

• Quality Assurance: Genuine and high-quality Microchip products.

Conclusion

The TC500CPE Analog Front End by Microchip is a cutting-edge solution for high-precision analog processing. Its 16-bit resolution, low power consumption, and versatile applications make it the top choice for engineers and designers across industries. Xon Electronics is your reliable partner for acquiring the TC500CPE globally.

Frequently Asked Questions (FAQs)

1. What is the TC500CPE used for?
The TC500CPE is used for precision analog signal processing, commonly in industrial automation, medical devices, automotive systems, and communication equipment.

2. What is the resolution of the TC500CPE?
The TC500CPE features a 16-bit resolution for high-accuracy analog-to-digital conversion.

3. What power supply does the TC500CPE require?
The TC500CPE operates with a +5V power supply.

4. Can the TC500CPE be used in harsh environments?
Yes, the TC500CPE operates within a temperature range of -40°C to +85°C, making it suitable for harsh environments.

5. How many input channels does the TC500CPE have?
The TC500CPE features dual-channel analog inputs.

6. Where can I purchase the TC500CPE?
You can purchase the TC500CPE from Xon Electronics, which distributes globally to regions such as the USA, India, Australia, and Europe.

In industrial and commercial safety equipment, reliable audio and visual signaling devices play a crucial role. One such standout product is the PSC-0027 Piezo Buzzer and Audio Indicator, manufactured by KLAXON SIGNALS. Known for their superior performance, durability, and compliance with global safety standards, the PSC-0027 buzzers and indicators are essential components in a variety of industries. This article will delve into the specifics of the PSC-0027, detailing its features, specifications, applications, and why Xon Electronic stands out as the best global retailer of this product.

Introduction to PSC-0027 Piezo Buzzers & Audio Indicators

The PSC-0027 by KLAXON SIGNALS is a versatile and high-performance audio-visual indicator designed to provide reliable signaling in various industrial environments. It operates within a voltage range of 17 to 60VDC and combines a siren with a blinking light to deliver both audible and visual warnings. Rated IP65, it is resistant to dust and water, making it suitable for use in harsh environments.

Key Specifications

• Manufacturer: KLAXON SIGNALS

• Model: PSC-0027

• Voltage Range: 17 to 60VDC

• Signaling Type: Siren and blinking light

• Ingress Protection (IP) Rating: IP65

• Applications: Industrial automation, machinery, security systems, and emergency signaling

Features and Benefits

1. Dual Functionality: The PSC-0027 integrates both an audible siren and a blinking light, ensuring that signals are perceived even in noisy environments or where visual cues are required.

2. Wide Voltage Range: Operating between 17 to 60VDC, the PSC-0027 offers flexibility in various electrical systems, enhancing compatibility across different platforms.

3. IP65 Rating: The high ingress protection rating ensures durability and resistance to dust and water, making it ideal for outdoor and industrial settings.

4. Easy Installation: Compact and lightweight, the PSC-0027 can be easily installed on machinery, panels, or walls, ensuring swift deployment.

5. Reliable Performance: Manufactured by KLAXON SIGNALS, a leading name in signaling devices, the PSC-0027 guarantees consistent performance and long operational life.

Applications of PSC-0027

The PSC-0027 is widely used in industries requiring robust audio-visual signaling solutions. Common applications include:

• Industrial Machinery: Signaling operational statuses, faults, or emergencies.

• Security Systems: Audible and visual alarms for intrusion detection.

• Automation Systems: Status indicators in automated production lines.

• Emergency Systems: Evacuation signals in case of fire or other emergencies.

• Marine and Offshore: Used in harsh maritime environments due to its IP65 rating.

Circuit Diagram for PSC-0027 Integration

The following circuit diagram illustrates the integration of the PSC-0027 with a standard industrial control system:

Components:

• Power Supply (17-60VDC)

• PSC-0027 Piezo Buzzer & Indicator

• Control Switch

• Relay (Optional for automated triggering)

+-----------+          +-----------------+
| Power     |          | PSC-0027        |
| Supply    |----------|                 |
| 17-60VDC  |          |                 |
+-----------+          +-----------------+
         |                     |
         |                     |
      [Control Switch]     [Relay (Optional)]
         |                     |
         |                     |
         +---------------------+

Use Case Scenario

Scenario: Industrial Machinery Overheat Alarm
Description: In an automated production facility, the PSC-0027 is installed on critical machinery. When the temperature sensor detects overheating, it triggers the PSC-0027 through a control relay. The siren alerts workers while the blinking light provides a visual cue, prompting immediate intervention to prevent damage or downtime.

Benefits:

• Increased Safety: Immediate audible and visual alerts reduce the risk of accidents.

• Reduced Downtime: Rapid response to warnings minimizes equipment failure.

• Compliance: Meets industrial safety regulations.

Download PSC-0027 Datasheet (PDF)

To gain deeper insight into the technical specifications, installation guidelines, and safety information, download the PSC-0027 datasheet directly from KLAXON SIGNALS' official website or Xon Electronic's product page.

[Download PSC-0027 Datasheet - PDF]

Why Choose Xon Electronic?

Xon Electronic has established itself as a leading retailer of electronic components globally. Here are a few reasons why Xon Electronic is the best choice for purchasing PSC-0027 Piezo Buzzers & Audio Indicators:

1. Global Reach: Xon Electronic serves customers across the USA, India, Australia, Europe, and other regions, ensuring timely delivery worldwide.

2. Competitive Pricing: Xon offers the most competitive prices without compromising on quality.

3. Authenticity Guarantee: All products, including the PSC-0027, are sourced directly from KLAXON SIGNALS, ensuring authenticity and performance.

4. Technical Support: Xon provides comprehensive technical support, assisting customers with installation and integration.

5. Bulk Availability: Large inventory levels ensure availability for bulk orders, catering to large-scale industrial projects.

Conclusion

The PSC-0027 Piezo Buzzer and Audio Indicator by KLAXON SIGNALS is an indispensable component in industrial safety and automation. Its robust design, dual signaling capability, and IP65 rating make it a preferred choice across multiple industries. Xon Electronic, with its global presence and commitment to quality, stands as the top retailer for this product, ensuring businesses receive the best signaling solutions for their operational needs. For those seeking reliable, high-performance audio-visual indicators, the PSC-0027 from Xon Electronic is the ultimate choice.

The WS2811 is a widely recognized LED driver IC designed and manufactured by Worldsemi. Known for its precision, reliability, and efficiency, the WS2811 is a key component in the control of RGB LEDs across various applications. Packaged in a DIP-8 form factor, this versatile IC operates with a supply voltage of 6 to 7V DC and supports PWM (Pulse Width Modulation) control, making it a critical part of modern LED display technologies. This article delves deep into the specifications, applications, and design considerations of the WS2811 DIP8, providing insights for engineers, hobbyists, and businesses worldwide.

Key Specifications and Features of WS2811

The WS2811 is part of the WS28XX series, a family of LED driver ICs that provide seamless control over RGB LEDs. Some of the notable features of the WS2811 include:

• Operating Voltage: 6-7V DC

• Output Channels: 3 channels (suitable for RGB LEDs)

• PWM Control: 256 levels per channel (8-bit resolution)

• Package: DIP-8 (Dual In-line Package)

• Communication: Single-wire NZR (Non-Return-to-Zero) protocol

• Output Current: 18.5mA per channel

• Temperature Range: -40°C to +85°C

• Signal Reshaping and Amplification: Allows for long-distance data transmission without loss of signal integrity

These features make the WS2811 an ideal choice for applications that require precision in color mixing and smooth transitions. The PWM control, coupled with 256 brightness levels per channel, enables the IC to produce over 16 million color combinations.

Applications of WS2811

The WS2811 finds application in various industries and regions including the USA, India, Australia, and Europe. Its flexibility and ease of use make it a preferred choice for both consumer and industrial markets.

1. LED Strips and Panels: The WS2811 is commonly used in addressable RGB LED strips and panels. These are widely employed in decorative lighting, stage lighting, and commercial displays.

2. Architectural Lighting: Building facades and interiors often use WS2811-based lighting systems to create dynamic lighting effects that enhance aesthetics.

3. Entertainment and Events: Concerts, festivals, and theme parks leverage the capabilities of WS2811 to create immersive visual effects.

4. Consumer Electronics: From gaming peripherals to smart home products, the WS2811 plays a key role in customizable LED lighting solutions.

5. Automotive: WS2811 is integrated into custom car lighting systems, offering a wide range of color and pattern options for underglow and interior lighting.

Circuit Diagram and Design

To design a circuit using the WS2811, it is essential to understand its pin configuration and connectivity requirements. Below is a simple circuit diagram that illustrates the basic connection of the WS2811 to an RGB LED and a microcontroller.

Circuit Diagram

Microcontroller
+5V  --------------------+--------------------+
                         |                    |
                        [ ]                  [ ]
                       ( R )                ( G )
                        [ ]                  [ ]
                         |                    |
                        WS2811               RGB LED
                         |                    |
                        [ ]                  [ ]
                       ( B )                ( B )
                        [ ]                  [ ]
                         |                    |
GND  --------------------+--------------------+

Component Description

• DIN (Pin 5): Connects to the data output pin of the microcontroller

• DOUT (Pin 6): Connects to the DIN of the next WS2811 IC (for cascading)

• VDD (Pin 1): Connects to a 6-7V DC power supply

• GND (Pin 4): Connects to the system ground

• OUTR, OUTG, OUTB (Pins 7, 2, 3): Connect to the red, green, and blue channels of the RGB LED

Design Considerations

When designing circuits with WS2811, consider the following:

• Stable Power Supply: Ensure the VDD pin receives a stable 6-7V DC to prevent fluctuations that could affect LED brightness.

• Bypass Capacitor: A 0.1µF capacitor should be placed close to the VDD pin to filter noise.

• Data Line Resistors: Use 33? resistors on the data lines to prevent signal reflections, particularly for long data transmission.

• Thermal Management: While the WS2811 is highly efficient, ensure proper heat dissipation in large-scale applications to avoid overheating.

Use Case Scenario

A common use case for WS2811 is in large-scale LED displays for outdoor advertising. In such scenarios, multiple WS2811 ICs are cascaded to control thousands of LEDs. The IC’s ability to amplify and reshape signals ensures that data is transmitted accurately across long distances without degradation. This results in vibrant, high-resolution displays that can operate reliably in various environmental conditions.

Downloading the WS2811 Datasheet

The datasheet for the WS2811 DIP8 by Worldsemi can be downloaded from the official Worldsemi website or trusted electronic component distributors. The datasheet provides comprehensive technical details, including pin configurations, electrical characteristics, and application notes essential for circuit design.

Conclusion

The WS2811 DIP8 LED driver by Worldsemi is a highly versatile and reliable component that plays a pivotal role in LED control applications worldwide. From architectural lighting to consumer electronics, its robust design and advanced features make it an industry standard. Engineers and designers looking to implement dynamic LED control in their projects will find the WS2811 an indispensable solution, offering scalability, precision, and ease of integration.

FAQs about WS2811 DIP8 LED Display Drivers

1. What is the primary application of the WS2811 IC?

   • The WS2811 is primarily used in RGB LED control applications such as LED strips, panels, and displays.

2. Can WS2811 be used for single-color LEDs?

   • Yes, although it is optimized for RGB LEDs, it can be configured to control single-color LEDs by utilizing one or more of its channels.

3. What is the maximum number of LEDs that can be controlled by a single WS2811 IC?

   • A single WS2811 can control up to three LEDs directly. However, by cascading multiple ICs, virtually unlimited LEDs can be controlled.

4. Is the WS2811 compatible with Arduino and other microcontrollers?

   • Yes, the WS2811 is compatible with Arduino, Raspberry Pi, and various other microcontrollers that support digital output.

5. How do I power the WS2811?

   • The WS2811 operates at a supply voltage of 6-7V DC.

6. Can I use WS2811 for outdoor applications?

   • Yes, WS2811 can be used in outdoor applications, but ensure proper waterproofing and thermal management.

7. What type of communication protocol does WS2811 use?

   • The WS2811 uses a single-wire NZR communication protocol.

Standoffs and spacers play a critical role in electronics assembly and mechanical design, ensuring precise spacing and alignment of components. Among the most trusted names in the industry, RAF Electronic Hardware is renowned for manufacturing high-quality standoffs and spacers. One such component, the 4530A-440-SS, is a versatile and durable standoff widely used across industries.

This article explores the features, benefits, applications, and technical specifications of the 4530A-440-SS Standoffs & Spacers. We also delve into circuit design, use case scenarios, and how Xon Electronics serves as the best retailer globally, offering this essential component in the USA, India, Australia, Europe, and beyond.

Product Overview: 4530A-440-SS Standoff

The 4530A-440-SS is a 1/4" Hex Male/Female Standoff with dimensions of 7/32" and thread size 4-40. It is crafted from high-quality stainless steel, ensuring excellent mechanical strength, corrosion resistance, and longevity.

Key Specifications:

• Manufacturer: RAF Electronic Hardware

• Part Number: 4530A-440-SS

• Material: Stainless Steel

• Hex Size: 1/4"

• Thread Size: 4-40

• Length: 7/32"

• Type: Male/Female Standoff

Technical Datasheet Download

Click here to download the 4530A-440-SS Datasheet (PDF).

Applications of 4530A-440-SS Standoffs & Spacers

The 4530A-440-SS is used in various electronic and mechanical assemblies to:

1. Maintain PCB Spacing: Ensures consistent spacing between printed circuit boards (PCBs) to prevent electrical shorts.

2. Support Mechanical Stability: Provides structural integrity in enclosures and chassis.

3. Component Protection: Prevents components from direct contact with other surfaces, reducing wear and tear.

4. Thermal Management: Enhances airflow between PCBs, aiding in heat dissipation.

5. Alignment and Mounting: Ensures precise alignment of connectors, panels, and PCBs.

Circuit Diagram and Integration

Below is a basic circuit design illustrating the use of the 4530A-440-SS standoff in a PCB mounting scenario.

Diagram Description:

• PCB1: Mounted on top with male threads inserted into the board.

• Standoff (4530A-440-SS): Acts as the intermediary, providing a 7/32" gap.

• PCB2: Attached below with female threads, secured by screws.

• Screws: Fasten through PCB1 and into the male end of the standoff.

[ PCB1 ]
    |
4530A-440-SS
    |
[ PCB2 ]

This configuration ensures stable and precise mounting, critical for sensitive electronic applications.

Use Case Scenarios

1. Telecommunication Devices: In routers and modems, the 4530A-440-SS standoff provides robust structural support and component spacing.

2. Industrial Equipment: Used in control panels and automation equipment to secure PCBs and mechanical parts.

3. Aerospace Applications: The stainless steel composition ensures reliability under high-stress and high-temperature environments.

4. Consumer Electronics: Supports the internal structure of laptops, gaming consoles, and home appliances.

Why Choose Xon Electronics for 4530A-440-SS Standoffs?

Xon Electronics stands out as the premier retailer of RAF Electronic Hardware components globally. We offer:

• Extensive Inventory: Comprehensive stock of 4530A-440-SS and other standoffs and spacers.

• Competitive Pricing: Cost-effective solutions with bulk purchasing options.

• Global Shipping: Fast delivery to the USA, India, Australia, Europe, and other regions.

• Technical Support: Expert guidance on selecting and integrating components.

Conclusion

The 4530A-440-SS Standoff & Spacer by RAF Electronic Hardware exemplifies durability, precision, and versatility. It is a cornerstone component in numerous electronic and mechanical designs, ensuring structural stability and optimal component spacing. By sourcing this essential part from Xon Electronics, industries can guarantee reliability and performance in their assemblies worldwide.

FAQs about 4530A-440-SS Standoffs & Spacers by RAF Electronic Hardware

1. What is the 4530A-440-SS Standoff & Spacer? 

The 4530A-440-SS is a standoff and spacer manufactured by RAF Electronic Hardware. It is designed as a 1/4 HEX Male/Female standoff with a 7/32" length and a 4-40 thread size. Made from stainless steel (SS), it provides durability, corrosion resistance, and reliable mechanical performance in various applications.

2. What are the key specifications of the 4530A-440-SS?

• Manufacturer: RAF Electronic Hardware

• Product Type: Standoffs & Spacers

• Part Number: 4530A-440-SS

• Material: Stainless Steel (SS)

• Thread Size: 4-40

• Hex Size: 1/4 inch

• Length: 7/32 inch

• Gender: Male/Female

3. In which countries is the 4530A-440-SS available for purchase? 

Xon Electronic offers the 4530A-440-SS globally, including in the USA, India, Australia, Europe, and other regions. This ensures easy accessibility and quick delivery to meet international demand.

4. What are the typical applications of the 4530A-440-SS standoffs and spacers? 

The 4530A-440-SS is widely used in:

• Electronics – PCB mounting and separation.

• Mechanical Assemblies – Providing spacing and alignment.

• Enclosures – Ensuring secure mounting of circuit boards and components.

• Industrial Equipment – Supporting structural integrity in machinery.

5. Why choose stainless steel (SS) for standoffs and spacers? 

Stainless steel offers excellent resistance to corrosion, oxidation, and high temperatures. It ensures the longevity and robustness of the standoff, making it suitable for harsh environments and demanding applications.

6. How can I purchase the 4530A-440-SS standoff from Xon Electronic? 

You can purchase the 4530A-440-SS directly from Xon Electronic's official website or contact their sales team for bulk orders. Xon Electronic ensures competitive pricing and reliable delivery services worldwide.

7. Is the 4530A-440-SS compliant with industry standards? 

Yes, the 4530A-440-SS meets industry standards for mechanical hardware and electronic components. RAF Electronic Hardware manufactures these parts to ensure high precision and quality compliance.

8. Can I get technical support for integrating the 4530A-440-SS into my project? 

Yes, Xon Electronic provides comprehensive technical support to assist with product integration, design specifications, and custom requirements.

9. Are there alternative sizes and materials available? 

Yes, RAF Electronic Hardware offers a variety of standoffs and spacers in different sizes, materials (such as brass and aluminum), and configurations to meet diverse application needs.

10. What makes Xon Electronic the best retailer for the 4530A-440-SS? 

Xon Electronic stands out due to:

• Global Reach – Serving customers in multiple countries.

• Product Availability – Consistent stock levels and fast delivery.

• Competitive Pricing – Cost-effective solutions without compromising quality.

• Customer Support – Dedicated assistance for queries and bulk orders.

For more details or to place an order, visit Xon Electronic's official website.

Xon Electronic is proud to present the HA40101V4-1000U-A99 DC Fan, manufactured by Sunon. This fan stands out for its compact design, high efficiency, and advanced features, making it an essential component in various electronic applications across the USA, India, Australia, Europe, and beyond. This article will delve into the detailed specifications, applications, use cases, and circuit integration of the HA40101V4-1000U-A99.

Product Overview

The HA40101V4-1000U-A99 is a high-performance DC fan, meticulously engineered to deliver optimal cooling in constrained spaces. Part of Sunon's renowned Super Silence Series, this fan offers a perfect balance of airflow and noise reduction.

Key Specifications:

• Size: 40x10mm

• Voltage: 12VDC

• Airflow: 5.4 CFM

• Power Consumption: 0.38W

• Noise Level: 15.7 dBA

• Speed: 5000 RPM

• Static Pressure: 0.09 inch H2O

• Bearing Type: Vapo Bearing with MagLev Motor

Unique Features

• Vapo Bearing Technology: Enhances longevity and reduces operational friction, ensuring smoother performance.

• MagLev Motor: Sunon's patented technology eliminates wobbling and friction, contributing to quieter operation and longer lifespan.

• Super Silence Series: Engineered to operate silently, making it ideal for noise-sensitive environments.

• Compact Design: Its small size allows it to fit into tight spaces without compromising performance.

Applications

The HA40101V4-1000U-A99 is versatile and finds its applications in numerous fields:

• Telecommunication Equipment: Ensures efficient heat dissipation in routers, modems, and switches.

• Medical Devices: Maintains optimal temperatures in sensitive diagnostic and treatment devices.

• Consumer Electronics: Used in gaming consoles, laptops, and home appliances.

• Industrial Machinery: Provides reliable cooling in automation systems and power supplies.

• Automotive Electronics: Enhances heat management in infotainment systems and battery packs.

Circuit Diagram and Integration

Below is a simple circuit diagram for integrating the HA40101V4-1000U-A99 DC fans into an electronic system.

Circuit Components:

• HA40101V4-1000U-A99 DC Fan

• 12V Power Supply

• MOSFET (for PWM speed control)

• Diode (for flyback protection)

• Resistors and Capacitors (as needed for filtering)

+12V -------------+------------ FAN(+)
                  |               |
                MOSFET           FAN(-)
                  |               |
GND -------------+---------------+

Operation:

• The fan receives a steady 12V supply for continuous operation.

• A MOSFET can be used to adjust speed through Pulse Width Modulation (PWM).

• A diode across the fan terminals protects against back EMF.

Use Case Scenario

Application in a Gaming Console: Modern gaming consoles generate significant heat during operation. Integrating the HA40101V4-1000U-A99 fan ensures efficient cooling, enhancing the device's longevity and preventing overheating-related shutdowns.

Implementation Steps:

1. Identify Cooling Points: Place the fan near heat sinks or processors.

2. Power Source: Connect the fan to the internal 12V rail.

3. PWM Control: Utilize the console's motherboard to control fan speed based on temperature sensors.

4. Testing: Monitor temperature and noise levels to ensure optimal performance.

Advantages of HA40101V4-1000U-A99

• Energy Efficient: Consumes only 0.38W, reducing power draw.

• Low Noise: Operates at 15.7 dBA, making it virtually silent.

• Durability: Vapo bearing and MagLev motor ensure longevity.

• Compact Size: Fits into small devices without design modifications.

Download HA40101V4-1000U-A99 Datasheet

To access the detailed datasheet for the HA40101V4-1000U-A99, click here to download the PDF.

Conclusion

The HA40101V4-1000U-A99 DC Fan by Sunon is a top-tier cooling solution, perfect for a variety of applications across different industries. Its unique combination of efficiency, low noise, and compact design makes it a go-to option for engineers and designers globally. Xon Electronic proudly offers this fan to customers in the USA, India, Australia, Europe, and beyond, ensuring world-class cooling technology is just a click away.

Frequently Asked Questions (FAQs)

Q1: What is the operating voltage of the HA40101V4-1000U-A99 DC fan? 

A: The HA40101V4-1000U-A99 operates at 12VDC.

Q2: How much power does the fan consume? 

A: The fan consumes 0.38W of power.

Q3: What is the airflow rating of this DC fan? 

A: The fan provides an airflow of 5.4 CFM.

Q4: How noisy is the HA40101V4-1000U-A99 fan during operation? 

A: The fan operates at a noise level of 15.7 dBA, making it extremely quiet.

Q5: What type of bearing does the fan use? 

A: The fan uses Sunon's Vapo Bearing with MagLev motor technology.

Q6: Can this fan be used in medical equipment? 

A: Yes, the HA40101V4-1000U-A99 is suitable for medical devices and other sensitive applications.

Q7: How can the fan speed be controlled? 

A: The fan speed can be controlled using PWM (Pulse Width Modulation) via a MOSFET.

Q8: Is the HA40101V4-1000U-A99 suitable for automotive applications? 

A: Yes, it can be used in automotive electronics for efficient heat management.

Q9: What is the size of this fan? 

A: The fan measures 40x10mm, making it compact and versatile.

Q10: Where can I purchase the HA40101V4-1000U-A99?

A: The fans and blowers is available for purchase from Xon Electronic across the USA, India, Australia, Europe, and other regions.

In the ever-evolving landscape of electronic components, AC power entry modules hold a critical position, ensuring seamless and safe power connectivity for a myriad of industrial and commercial applications. Among the leading products in this domain is the 1050-0B AC Power Entry Module by PCE, renowned for its reliability, durability, and compliance with international standards. Xon Electronic takes pride in being the premier retailer of the 1050-0B AC Power Entry Module across the USA, India, Australia, Europe, and other countries. This article delves into the features, specifications, applications, and use case scenarios of this essential component.

Overview of the 1050-0B AC Power Entry Module

The 1050-0B AC Power Entry Module is a robust and efficient solution designed to provide AC power connectivity to a wide range of electronic devices. Manufactured by PCE, a leading company known for its high-quality electrical components, this module is engineered to meet rigorous international safety and performance standards.

Key Specifications:

• Connector Type: AC Supply; Socket

• Pin Layout: 2P+PE (2 Pins + Protective Earth)

• Color: Blue

• Voltage Rating: 250VAC

• Current Rating: 16A

These specifications make the 1050-0B a versatile and essential component for various industrial and commercial power applications.

Key Features of the 1050-0B AC Power Entry Module

1. Robust Design: The 1050-0B is built to withstand demanding environments, ensuring long-lasting performance.

2. High Current Capacity: Rated at 16A, it supports high power loads without compromising performance.

3. Safety Compliance: The 2P+PE pin layout guarantees a secure and reliable connection, with protective earth ensuring user safety.

4. Wide Voltage Range: With a 250VAC rating, it is compatible with various power systems across different regions.

5. Color Coding: The blue color coding helps in easy identification and differentiation in complex wiring systems.

6. Ease of Installation: The socket design allows for quick and hassle-free integration into electrical systems.

Applications of the 1050-0B AC Power Entry Module

The versatility of the 1050-0B AC Power Entry Module makes it suitable for numerous applications, including:

• Industrial Equipment: Reliable power entry for heavy machinery and industrial automation systems.

• Medical Devices: Ensures safe and stable power supply for critical medical equipment.

• Data Centers: Provides secure power connections for servers and networking devices.

• Consumer Electronics: Suitable for appliances and electronic devices requiring high power input.

• Renewable Energy Systems: Ideal for use in solar inverters and other renewable energy installations.

Circuit Diagram for 1050-0B AC Power Entry Module

Below is the circuit diagram showcasing the integration of the 1050-0B AC Power Entry Module into an AC power supply system:

                    +-----------------+
L (Line)  -----------|  1050-0B       |
                     |  AC Power      |
N (Neutral) ---------|  Entry Module  |
                     |                 |
PE (Earth) ----------| Protective     |
                     | Earth (PE)     |
                     +-----------------+

The diagram highlights the basic connection of the Line (L), Neutral (N), and Protective Earth (PE) terminals, ensuring a secure and efficient power entry system.

Use Case Scenario for 1050-0B AC Power Entry Module

Scenario: Integration into an Industrial Automation Control Panel

Application: An industrial automation company is designing a new control panel for heavy-duty machinery. The system requires a reliable AC power entry module capable of handling high current loads while ensuring operator safety.

Solution: The company selects the 1050-0B AC Power Entry Module by PCE, sourced from Xon Electronic. The module's 16A current rating and 250VAC capacity ensure that the control panel can manage the high power demands of the machinery. The 2P+PE pin layout guarantees a secure connection, minimizing the risk of electrical faults.

Outcome: The control panel operates efficiently, with minimal downtime and enhanced safety, contributing to improved productivity and reduced maintenance costs.

Benefits of Purchasing from Xon Electronic

1. Extensive Inventory: Xon Electronic maintains a vast stock of the 1050-0B AC Power Entry Module, ensuring availability for bulk and urgent orders. 

2. Global Reach: With distribution networks spanning the USA, India, Australia, Europe, and other regions, Xon Electronic guarantees fast and reliable delivery. 

3. Competitive Pricing: Customers benefit from cost-effective pricing without compromising on quality. 

4. Technical Support: Expert technical support is available to assist with product selection, integration, and troubleshooting. 

5. Authentic Products: All products are sourced directly from PCE, ensuring authenticity and adherence to quality standards.

Downloading the 1050-0B PCE Datasheet (PDF)

To access detailed technical information, installation guidelines, and safety instructions, download the official 1050-0B PCE Datasheet (PDF) from the Xon Electronic website.

Conclusion

The 1050-0B AC Power Entry Module by PCE is an indispensable component for industrial, commercial, and residential applications. Its robust design, high current capacity, and compliance with international standards make it a preferred choice for engineers and designers. As the leading retailer of this product, Xon Electronic offers unparalleled service, technical support, and global distribution, making it the best source for acquiring the 1050-0B AC Power Entry Module worldwide.

FAQs

1. What is the voltage and current rating of the 1050-0B AC Power Entry Module?
The 1050-0B is rated for 250VAC and 16A, making it suitable for high-power applications.

2. What does 2P+PE mean in the pin layout?
2P+PE stands for two power pins (Line and Neutral) plus Protective Earth, ensuring safety and grounding.

3. What industries commonly use the 1050-0B AC Power Entry Module?
Industries such as industrial automation, medical equipment, data centers, and renewable energy sectors commonly use this module.

4. Why is the 1050-0B module blue?
The blue color coding helps with easy identification and differentiation during installation and maintenance.

5. How can I purchase the 1050-0B AC Power Entry Module?
You can purchase the module directly from Xon Electronic's website or contact their sales team for bulk orders.

6. Does Xon Electronic provide technical support for this product?
Yes, Xon Electronic offers expert technical support to assist with product selection, integration, and troubleshooting.

7. Is the 1050-0B AC Power Entry Module compliant with international standards?
Yes, it is designed and manufactured to meet international safety and performance standards.

In the rapidly evolving electronics industry, USB connectors play a critical role in ensuring efficient data transfer and power supply across devices. Among the top-tier components, the 918-418K2023S40001 USB Connector by Jing stands out for its superior design, reliability, and compliance with RoHS standards. Xon Electronic, as a global retailer, ensures the availability of this high-quality component across the USA, India, Australia, Europe, and other regions.

This article will provide a comprehensive overview of the 918-418K2023S40001 USB Connector, including its features, applications, and the advantages of sourcing this component through Xon Electronic. Additionally, the article will include a circuit diagram, a downloadable datasheet, and various use case scenarios highlighting the significance of this connector in diverse applications.

Overview of 918-418K2023S40001 USB Connector

Product Description:
The 918-418K2023S40001 is a USB connector designed for surface-mount applications, ensuring seamless integration with modern circuit boards. Manufactured by Jing, a leading name in the electronic components industry, this connector is compliant with RoHS (Restriction of Hazardous Substances) regulations, making it an environmentally friendly choice.

Key Features:

• Type: USB Connector

• Mounting Style: Surface Mount Device (SMD)

• RoHS Compliance: Yes

• Material: High-quality conductive materials ensuring durability and efficient signal transmission

• Current Rating: Standard USB power specifications

• Dimensions: Compact design suitable for high-density PCB layouts

• Manufacturer: Jing

Applications and Use Cases

1. Consumer Electronics:
The 918-418K2023S40001 USB connector is widely used in smartphones, tablets, and laptops. Its robust design ensures long-term durability, even with frequent connections and disconnections.

2. Automotive Electronics:
In automotive infotainment systems, USB connectors facilitate seamless data exchange between devices and vehicle control systems. The connector’s resilience to vibration and temperature variations makes it an ideal choice for automotive applications.

3. Industrial Equipment:
Industrial machinery often requires USB connectivity for firmware updates, data logging, and diagnostic purposes. The surface-mount design of the 918-418K2023S40001 allows for compact and reliable integration into industrial control systems.

4. Medical Devices:
Medical instruments depend on reliable USB connectors for data collection and software interfacing. The RoHS compliance of the connector ensures safety and adherence to industry regulations.

5. Communication Devices:
Routers, modems, and other communication devices utilize USB connectors for external device connectivity. The compact footprint of the 918-418K2023S40001 facilitates efficient board design and space-saving.

Advantages of Sourcing from Xon Electronic

1. Global Reach:
Xon Electronic caters to clients across the USA, India, Australia, Europe, and other regions, ensuring timely delivery and support.

2. Authentic Products:
As an authorized distributor, Xon Electronic guarantees authentic Jing components, eliminating the risks associated with counterfeit parts.

3. Technical Support:
Xon Electronic provides comprehensive technical support, assisting clients in the integration and application of the 918-418K2023S40001 USB connector.

4. Competitive Pricing:
Through strategic partnerships with manufacturers, Xon Electronic offers competitive pricing, ensuring cost-effective solutions for clients.

Downloadable Datasheet

Click here to download the 918-418K2023S40001 USB Connector Datasheet (PDF)

Circuit Diagram and Integration

Circuit Diagram:

The diagram below illustrates a standard application circuit for the 918-418K2023S40001 USB connector.

Diagram Description:

• VBUS: Connected to the power source (5V)

• D+ and D-: Data lines for communication

• GND: Ground connection

• Shield: Connected to the PCB ground for EMI protection

      +----------------+
      |                |
      |   USB Device   |
      |                |
      +----------------+
              |
      VBUS ---+---- 5V Power
              |
      D+   ---+---- Data+
              |
      D-   ---+---- Data-
              |
      GND  ---+---- Ground

Use Case Scenario

Project: USB Power Supply and Data Transfer Module

Objective: Develop a compact USB-powered data acquisition system for sensor integration.

Components:

• 918-418K2023S40001 USB Connector

• Microcontroller (MCU)

• Sensors (Temperature, Humidity)

• PCB Board

• Power Regulator (5V)

Integration Steps:

1. Mount the 918-418K2023S40001 connector onto the PCB board.

2. Connect the VBUS line to the power input of the microcontroller.

3. Route the D+ and D- lines to the MCU’s USB communication interface.

4. Ensure GND and shield lines are properly grounded to prevent EMI interference.

5. Test the setup by connecting the module to a PC for data acquisition.

Conclusion

The 918-418K2023S40001 USB Connector by Jing represents a pinnacle of reliability and efficiency in electronic design. With Xon Electronic's global distribution network, clients can access this high-quality component with ease. Its diverse applications, from consumer electronics to industrial systems, underline the versatility and significance of this connector in modern technology. For engineers and designers seeking a robust USB solution, the 918-418K2023S40001 is an exceptional choice.

FAQs for Xon Electronics - 918-418K2023S40001 USB Connectors by Jing

1. What is the 918-418K2023S40001 USB Connector? 

The 918-418K2023S40001 is a high-performance USB connector manufactured by Jing. It is designed for surface-mount device (SMD) applications and adheres to RoHS (Restriction of Hazardous Substances) compliance standards. This USB connector is ideal for use in a variety of electronic devices requiring reliable and efficient connectivity solutions.

2. What are the key features of the 918-418K2023S40001 USB Connector?

• Type: USB Connector (SMD)

• RoHS Compliant: Yes

• Manufacturer: Jing

• Application: Ideal for consumer electronics, industrial equipment, and computing devices

• Durability: Designed for high durability and long service life

• Ease of Installation: SMD design allows for easy integration into PCBs

3. In which regions is the 918-418K2023S40001 USB Connector available? 

Xon Electronics supplies the 918-418K2023S40001 USB Connector globally, including the USA, India, Australia, Europe, and other countries.

4. What does RoHS compliance mean for the 918-418K2023S40001 USB Connector? 

RoHS compliance ensures that the USB connector is free from hazardous materials such as lead, mercury, cadmium, and other substances harmful to health and the environment. This makes the connector suitable for environmentally conscious projects.

5. What applications are suitable for the 918-418K2023S40001 USB Connector? 

This USB connector is widely used in:

• Consumer electronics (smartphones, tablets, etc.)

• Industrial control systems

• Medical devices

• Computing devices

• Automotive electronics

6. How can I purchase the 918-418K2023S40001 USB Connector from Xon Electronics? 

You can purchase the 918-418K2023S40001 USB Connector by visiting the Xon Electronics website or contacting our sales team directly. We offer global shipping and competitive pricing.

7. Does Xon Electronics provide technical support for the 918-418K2023S40001 USB Connector? 

Yes, Xon Electronics provides comprehensive technical support for all products, including the 918-418K2023S40001 USB Connector. Our team can assist with installation, troubleshooting, and product specifications.

8. Can I request bulk orders for the 918-418K2023S40001 USB Connector? 

Absolutely. Xon Electronics accommodates bulk orders and provides discounts for large quantities. Contact our sales team to discuss your requirements and obtain a custom quote.

9. What is the lead time for shipping the 918-418K2023S40001 USB Connector? 

Shipping lead times vary based on order quantity and destination. Generally, orders are processed within 3-7 business days for standard quantities. For bulk orders, lead times will be communicated at the time of order placement.

10. How can I get more information about the 918-418K2023S40001 USB Connector? 

For more information, visit the product page on the Xon Electronics website, download the datasheet, or contact our support team directly for detailed product specifications and inquiries.

Xon Electronics is proud to be a leading distributor of high-quality automotive connectors worldwide. One of the most popular products in our catalog is the 170353-1 TE Automotive Connector. Manufactured by TE Connectivity, this product plays a crucial role in automotive applications by providing secure and reliable connections essential for the smooth operation of vehicle electronic systems.

This article delves deep into the specifics of the 170353-1 TE Automotive Connector, including its features, specifications, applications, and use case scenarios. We will also design a circuit diagram to illustrate its application in real-world environments.

Overview of 170353-1 TE Automotive Connector 

The 170353-1 is an automotive-grade connector known for its robust design and ability to withstand the challenging environments found in automotive applications. It is part of TE Connectivity's PULSE LOCK REC (receptacle) series, ensuring secure locking and uninterrupted signal transmission.

Key Specifications:

• Manufacturer: TE Connectivity

• Series: PULSE LOCK REC

• Part Number: 170353-1

• Application: Automotive

• Material: High-quality plastic and metal components

• Locking Mechanism: Pulse Lock

• Voltage Rating: Varies based on configuration

• Temperature Range: -40°C to 105°C

• Contact Type: Receptacle

• Mounting Style: Panel Mount / In-line

Features and Benefits

• Secure Locking System: The pulse lock mechanism ensures the connector remains firmly in place, reducing the risk of accidental disconnections.

• Durability: Made from high-quality materials, the 170353-1 is designed to endure high temperatures, vibration, and exposure to automotive fluids.

• Versatility: This connector is suitable for various automotive applications, from engine control units (ECUs) to infotainment systems.

• Compact Design: Its space-saving design allows for seamless integration into compact automotive environments.

• Ease of Installation: Designed for quick and easy assembly, reducing production time.

Applications of 170353-1 TE Automotive Connector 

• Engine Management Systems: Ensures secure connections between the ECU and various sensors and actuators.

• Infotainment Systems: Reliable connection for audio, video, and communication systems.

• Lighting Systems: Facilitates connections in headlamps, tail lamps, and interior lighting.

• Power Distribution Systems: Provides secure connections in the vehicle’s power grid.

• Safety Systems: Critical for airbags, anti-lock braking systems (ABS), and other safety features.

Circuit Diagram of 170353-1 TE Automotive Connector 

A typical application of the 170353-1 connector involves integrating it into an automotive lighting system. Below is a circuit diagram that illustrates how the connector is used to interface with a headlamp assembly.

[Insert Circuit Diagram: 170353-1 Connecting to Automotive Lighting System]

Diagram Description:

• The 170353-1 is connected between the power source and the headlamp.

• The pulse lock ensures the connector remains secure, even under vibration.

• Wires leading to the headlamp are connected to the receptacle, allowing power to pass through securely.

Use Case Scenario 

Consider an automotive manufacturer integrating advanced LED headlamps into their vehicles. The 170353-1 connector is used to establish a reliable connection between the vehicle's power distribution unit and the LED driver circuit.

Scenario Breakdown:

1. Challenge: Ensuring that headlamp connections are secure and resistant to vibrations.

2. Solution: Use the 170353-1 connector with pulse lock to prevent accidental disconnections.

3. Implementation: The connector is installed during the assembly of the headlamp module and tested for continuity and locking integrity.

4. Result: The headlamp system functions without interruption, enhancing vehicle safety and performance.

170353-1 TE Connectivity Datasheet (PDF Download) 

To ensure precise design and integration, download the official datasheet for the 170353-1 TE Automotive Connector here.

Datasheet Highlights:

• Detailed mechanical drawings

• Electrical characteristics

• Material composition

• Environmental ratings

• Assembly instructions

Conclusion 

The 170353-1 TE Automotive Connector by TE Connectivity is a vital component in automotive electronics, ensuring reliability and performance in critical systems. Xon Electronics is committed to providing this high-quality connector to automotive manufacturers and engineers globally, facilitating the creation of safer and more efficient vehicles.

FAQs

1. What is the 170353-1 TE Automotive Connector used for?
The 170353-1 is primarily used in automotive applications for establishing secure connections between electronic systems, including engine management, infotainment, lighting, and power distribution.

2. What makes the 170353-1 connector reliable for automotive applications?
Its pulse lock mechanism ensures secure connections that withstand vibration, temperature changes, and exposure to automotive fluids, making it highly reliable.

3. Can the 170353-1 connector be used in harsh environments?
Yes, the connector is designed to operate in temperatures ranging from -40°C to 105°C, ensuring durability in harsh automotive environments.

4. How does the pulse lock mechanism work?
The pulse lock mechanism provides a snap-in locking system that ensures the connector remains in place even under high vibration or mechanical stress.

5. Is the 170353-1 connector easy to install?
Yes, the connector is designed for quick and easy installation, minimizing production time and reducing the risk of assembly errors.

6. Where can I purchase the 170353-1 connector?
Xon Electronics offers the 170353-1 TE Automotive Connector for global distribution. Contact our sales team or visit our website to place an order.

In the ever-evolving landscape of electronic components, cold cathode fluorescent lamps (CCFLs) continue to be a staple for various industrial and commercial applications. Among the wide range of CCFLs available, the BF26230-24B by JKL stands out as a premium choice for high-quality lighting solutions. This article will delve into the specifications, applications, and advantages of the BF26230-24B CCFL Fluorescent Lamp, and highlight why Xon Electronic is the best retailer to source this component globally.

Overview of BF26230-24B CCFL Fluorescent Lamp

The BF26230-24B is a Tri-Phosphor RGB White Lamp designed for high-intensity and long-life operation. This lamp operates at:

• 1175V (Start)

• 495V (Operating)

• 5 mA current

• 30,000 cd/m² brightness

• 2.6mm diameter and 230mm length

It is manufactured by JKL Components Corporation, a leader in lighting solutions and electronic components. The lamp's robust design and performance make it an ideal candidate for a variety of specialized applications, including backlighting for LCD displays, instrumentation panels, and industrial equipment.

Understanding Cold Cathode Fluorescent Lamps (CCFLs)

Cold Cathode Fluorescent Lamps (CCFLs) are gas-discharge lamps that operate similarly to traditional fluorescent lamps but use electrodes that do not require heating. The primary advantage of CCFLs lies in their efficiency, longevity, and uniform light output. They are widely used in backlighting for LCD screens, scanners, and various display technologies.

How CCFLs Work:

• Phosphor Coating: Inside the lamp, a phosphor coating emits light when excited by ultraviolet (UV) radiation.

• Mercury Vapor: A small amount of mercury vapor ionizes to produce UV light.

• Tri-Phosphor Coating: The tri-phosphor coating in the BF26230-24B allows for RGB white light emission, providing a balanced and vibrant light output.

Key Specifications of BF26230-24B:

Applications of BF26230-24B CCFL Lamp:

1. LCD Backlighting: CCFLs are often used to provide uniform backlighting for LCD screens in monitors, televisions, and medical equipment.

2. Aviation Displays: The high brightness and durability of the BF26230-24B make it an excellent choice for cockpit displays and aviation instrumentation.

3. Automotive Panels: CCFLs are utilized in dashboard panels and infotainment systems, ensuring consistent illumination.

4. Medical Devices: Precision instruments and diagnostic devices benefit from the uniform and reliable light output of CCFLs.

5. Signage and Advertising: Used in illuminated signage where long life and bright, vibrant colors are essential.

Advantages of BF26230-24B:

• High Brightness (30,000 cd/m²): Ideal for applications requiring strong light intensity.

• Longevity: Designed to last thousands of hours, reducing maintenance and replacement costs.

• Compact Design: With a diameter of only 2.6mm, this lamp can be integrated into slim devices.

• Energy Efficiency: Operates at low power (5 mA), making it an eco-friendly solution.

Circuit Diagram for BF26230-24B:

A typical CCFL driving circuit requires an inverter to convert low-voltage DC to high-voltage AC. Below is a basic diagram for driving the BF26230-24B lamp:

                +-----------+      +-----------+
  DC Power      |  Inverter |      |  CCFL     |
   Supply  ---> |  Circuit  |----->|  Lamp     |
                +-----------+      +-----------+

Key Components:

1. DC Power Supply (12V or 24V)

2. Inverter Circuit

3. BF26230-24B Lamp

4. Current Limiting Resistor

Use Case Scenario:

A manufacturer of high-end medical imaging devices requires uniform backlighting for their LCD screens. They select the BF26230-24B for its high brightness, long lifespan, and compact form factor. By integrating this lamp with an efficient inverter circuit, they ensure that their devices operate reliably under varying conditions, providing crisp and clear display illumination.

Why Choose Xon Electronic?

Xon Electronic is a leading supplier of electronic components, offering a comprehensive range of products from globally recognized manufacturers. When it comes to sourcing the BF26230-24B, Xon Electronic stands out for the following reasons:

1. Global Reach: With a distribution network spanning the USA, India, Australia, and Europe, Xon Electronic ensures that clients worldwide can access top-quality components without delay.

2. Competitive Pricing: Xon Electronic provides competitive pricing, ensuring cost savings for bulk purchases.

3. Technical Support: The company offers dedicated technical support to help clients integrate components like the BF26230-24B into their designs.

4. Genuine Products: Xon Electronic guarantees authentic products directly from manufacturers, eliminating the risk of counterfeit parts.

Downloading the BF26230-24B JKL Datasheet:

To obtain the datasheet for the BF26230-24B lamp by JKL, visit Xon Electronic's website or the manufacturer's page. The datasheet provides in-depth details about specifications, electrical characteristics, and handling precautions, ensuring that users can make the most of this exceptional component.

Conclusion:

The BF26230-24B CCFL Fluorescent Lamp by JKL is a versatile, high-performance lighting solution suitable for a variety of applications. Whether for LCD backlighting, automotive panels, or aviation displays, this lamp delivers unparalleled performance and longevity. By partnering with Xon Electronic, customers can confidently source genuine BF26230-24B lamps with excellent support and competitive pricing, making Xon Electronic the premier destination for electronic components worldwide.

Frequently Asked Questions (FAQs) about the BF26230-24B CCFL Fluorescent Lamps by JKL

1. What is the BF26230-24B CCFL Fluorescent Lamp?

2. What are the key features of the BF26230-24B?

• Type: CCFL (Cold Cathode Fluorescent Lamp)

• Manufacturer: JKL

• Voltage: 495V (Operating), 1175V (Start)

• Current: 5 mA

• Brightness: 30,000 cd/m2

• Dimensions: 2.6mm diameter x 230mm length

• Lifespan: Extended operational lifespan, typically around 30,000 hours

• Color: Tri-Phosphor RGB White

3. What are the primary applications of the BF26230-24B?

4. What does CCFL stand for?

5. What is a Tri-Phosphor RGB White Lamp?

6. What are the advantages of using the BF26230-24B?

• High Brightness: 30,000 cd/m2 ensures superior illumination.

• Energy Efficient: Operates at low current (5 mA) with high efficiency.

• Long Lifespan: Designed to provide consistent performance over an extended period.

• Compact Size: The slim 2.6mm diameter allows for easy integration into various devices.

• Stable Output: Maintains stable brightness and color over time.

7. Is the BF26230-24B available for purchase globally?

8. How can I purchase the BF26230-24B CCFL Lamp?

9. Does the BF26230-24B require any special installation procedures?

10. What are the safety considerations for the BF26230-24B?

• Avoid physical damage to the lamp.

• Ensure correct operating voltage and current.

• Follow installation guidelines to prevent electrical hazards.

• Dispose of old lamps according to local regulations, as CCFLs contain small amounts of mercury.

11. Can the BF26230-24B be used as a replacement part?

12. What makes Xon Electronic the best retailer for BF26230-24B?