189140.20 Surface Mount Fuses by Siba – Compact Circuit Protection for Precision Electronics

The Surface Mount Fuses 189140.20  by Siba are ultra-reliable protection components designed for safeguarding sensitive electronic circuits. With fast-acting characteristics and compact SMT packaging, these fuses are widely used in industrial control units, telecom systems, medical devices, and precision instrumentation. Known for high rupture capacity and stable performance, the Surface Mount Fuses by Siba are ideal for environments where space-saving and reliability are paramount.

In this blog, we’ll explore the technical specifications, standout features, typical applications, soldering configuration, a real-world use case, and how to download the datasheet or purchase from Xon Electronics.

Technical Specifications of 189140.20 Fuse

• Manufacturer: Siba

• Part Number: 189140.20

• Type: Surface Mount Fuse

• Rated Current: 0.2A

• Rated Voltage: 125V AC/DC

• Breaking Capacity: 100A at 125V

• Response Time: Fast Acting

• Mounting Type: Surface Mount (SMD)

• Operating Temperature: -55°C to +125°C

• Body Dimensions: Approx. 6.1mm × 2.7mm

• Category: Circuit Protection, Surface Mount Fuses by Siba

These specifications make the 189140.20 fuse ideal for precise and compact circuit protection in demanding environments.

Key Features of 189140.20 Fuse

• Fast Acting Response – Protects sensitive circuits from current surges

• High Interrupting Rating – Up to 100A at 125V ensures durability in fault conditions

• Compact SMT Package – Perfect for dense PCB layouts and automated assembly

• Wide Operating Temperature Range – Ensures stability under harsh conditions

• RoHS Compliant – Environmentally safe and regulation-compliant

These robust attributes establish the 189140.20 Surface Mount Fuses by Siba as a leading choice in precision electronic protection.

Applications of 189140.20 Surface Mount Fuse

The Surface Mount Fuses by Siba are trusted across industries where small form-factor and dependable performance are critical:

• Industrial Process Control Systems

• Telecom Base Stations and Equipment

• Medical Imaging and Monitoring Devices

• Consumer Electronics

• Battery-Operated Instruments

• Precision Power Supplies

Their compact size and excellent reliability make them suitable for both high- and low-volume OEM designs.

Mounting & Connection Overview

The 189140.20 fuse is designed for reflow soldering on standard SMT pads. A typical layout includes:

• Mounting Pads: 6.1mm x 2.7mm footprint

• Orientation: Non-polarized – can be mounted in either direction

• Soldering Method: Lead-free reflow recommended at 260°C peak

Proper PCB pad design and placement are essential to maintain electrical and thermal integrity.

Use Case Scenario: Protecting Medical Signal Processing Units

Scenario: A medical device manufacturer needed compact overcurrent protection for their signal processing module.

Problem: Traditional fuses were too large and lacked the required response speed.

Solution: Engineers implemented the 189140.20 Surface Mount Fuses by Siba, ensuring minimal board impact and precise circuit protection.

Result: Improved device reliability, reduced false trips, and streamlined assembly.

This real-world case highlights why Surface Mount Fuses by Siba are a preferred choice in compact, life-critical systems.

Download Datasheet for 189140.20

Looking for detailed specs or mounting guidelines?

Download the 189140.20 Datasheet from Xon Electronics
(Insert product link when available)

Why Buy from Xon Electronics?

Get authentic Surface Mount Fuses by Siba from a trusted global distributor:

• 100% Genuine Siba Components
• Global Shipping – USA, India, Australia, Europe & more
• Bulk Pricing for OEMs and Design Houses
• Expert Technical Support
• Secure Online Ordering

Order now from www.xonelec.com and protect your circuit designs with confidence.

Conclusion

The 189140.20 Surface Mount Fuses by Siba offer a compact, fast-acting, and reliable solution for modern electronic protection. With robust specs and a trusted brand behind them, these fuses deliver maximum safety with minimal footprint. Available now at Xon Electronics with worldwide shipping and integration support.

FAQs – 189140.20 Surface Mount Fuse

Q1. What is the rated current and voltage of this fuse?
It’s rated at 0.2A, 125V AC/DC.

Q2. Is this fuse suitable for fast response applications?
Yes, it is a fast-acting fuse ideal for protecting sensitive circuits.

Q3. What’s the breaking capacity of the 189140.20?
It can interrupt up to 100A at 125V.

Q4. Can it be used in medical devices?
Absolutely. It’s ideal for medical electronics due to its precision and reliability.

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

2906244 Terminal Block Interface Modules by Phoenix Contact – Reliable Signal Distribution for Industrial Automation Systems

The Terminal Block Interface Modules 2906244 by Phoenix Contact are designed to simplify complex wiring and signal distribution in industrial control environments. Engineered for performance, safety, and ease of installation, these compact modules streamline electrical connections between control systems and field devices. As a core product in Phoenix Contact’s Electromechanical solutions portfolio, this model supports efficient wiring in Industrial Automation systems, making it a top choice for panel builders and system integrators.

In this blog, we’ll cover the product’s key specifications, major benefits, typical application areas, wiring layout, and where to buy or download the datasheet via Xon Electronics. If you are looking for dependable Industrial Terminal Blocks and advanced Terminal Block Interface Modules, the 2906244 is a high-performance option.

Technical Specifications of 2906244 Terminal Block Interface Module

• Manufacturer: Phoenix Contact

• Part Number: 2906244

• Product Type: Terminal Block Interface Module

• Number of Channels: Typically 16 (varies by module variant)

• Mounting Type: DIN Rail

• Connection Method: Push-in or screw connection depending on version

• Input/Output Interface: Standardized for easy integration with PLCs and control systems

• Voltage/Current Rating: Designed for low-voltage control signals

• Category: Electromechanical, Industrial Automation, Industrial Terminal Blocks, Terminal Block Interface Modules

Built for reliability and high-density installations, the 2906244 module ensures secure and structured control wiring.

Key Features of 2906244 Terminal Block Interface Module

• Compact DIN Rail Design – Saves panel space and simplifies system integration

• Standardized I/O Mapping – Makes PLC and control system wiring fast and accurate

• Tool-Free Push-In Connection (model dependent) – Reduces wiring time

• Labeling and Marking Areas – Improves traceability during maintenance

• Vibration-Resistant Construction – Ensures stable connections in industrial environments

These features make the 2906244 a trusted choice for engineers needing efficient Terminal Block Interface Modules in advanced Industrial Automation projects.

Applications of 2906244 Terminal Block Interface Modules

This Phoenix Contact interface module is ideal for a wide range of Electromechanical and industrial applications:

• Control Cabinet Wiring

• PLC I/O Expansion and Signal Distribution

• Building Automation Systems

• Industrial Machine Control

• Power Plant Monitoring Panels

• Production Line Control Systems

Engineers trust Phoenix Contact for quality and precision in Industrial Terminal Blocks and wiring interfaces.

System Wiring Overview

Typical wiring configuration:

[PLC or Controller Output Signals]  
     
[2906244 Terminal Block Interface Module]  
     
[Wired Field Devices (sensors, actuators, switches)]

This simple but powerful layout highlights the value of organized signal routing using Terminal Block Interface Modules in modern control systems.

Use Case Scenario: PLC Panel Wiring Optimization

Scenario: A system integrator was developing a large-scale packaging automation system that required clean and reliable signal distribution.

Problem: Traditional point-to-point wiring was time-consuming, cluttered, and prone to connection errors.

Solution: By using the 2906244 Terminal Block Interface Modules, the team achieved faster panel assembly, reduced error rates, and simplified maintenance.

Result: 30% reduction in panel build time, improved organization, and enhanced serviceability.

This shows how Industrial Terminal Blocks and Phoenix Contact’s modular wiring systems boost project success in Industrial Automation.

Download Datasheet for 2906244

Need dimensions, circuit layout, or mounting instructions?

[Download 2906244 Datasheet from Xon Electronics]

Access technical documents to integrate this module confidently into your Electromechanical control system.

Why Buy from Xon Electronics?

Xon Electronics is your reliable source for genuine Phoenix Contact Terminal Block Interface Modules and Industrial Automation components:

• 100% Original Phoenix Contact Products
• Worldwide Shipping – USA, India, Australia, Europe & other countries
• Volume Discounts for OEMs and Control Panel Builders
• Technical Support and Wiring Assistance
• Secure Online Checkout and Fast Order Fulfillment

Equip your control panel with high-quality Industrial Terminal Blocks from Xon Electronics—built for performance, delivered globally.

Conclusion

The 2906244 Terminal Block Interface Modules by Phoenix Contact provide a flexible, organized, and high-performance solution for signal distribution in Industrial Automation systems. Designed for DIN rail installation, quick wiring, and reliable operation, these modules streamline your control wiring while improving safety and serviceability. Now available at Xon Electronics with global delivery and expert support.

FAQs – 2906244 Terminal Block Interface Modules

Q1. What is the main use of this module?
It is used for organizing and distributing control signals between PLCs and field devices.

Q2. How is it mounted?
It is designed for quick DIN rail mounting inside control panels.

Q3. Is it compatible with various PLC brands?
Yes, it uses standardized I/O pinouts suitable for major PLC systems.

Q4. Does it support tool-free wiring?
Certain versions include push-in technology for fast, tool-free installation.

Q5. Where can I purchase this product internationally?
Order from www.xonelec.com with delivery to USA, India, Australia, Europe, and other countries.

IRF740PBF MOSFETs by Vishay – High-Voltage Switching Power for Demanding Applications

The MOSFETs  IRF740PBF by Vishay are high-performance, N-channel power MOSFETs designed for fast switching and high-voltage applications. With a drain-source voltage of 400V and continuous current handling of 10A, these transistors are widely used in power supplies, motor drivers, and high-efficiency circuits. Known for their ruggedness and reliable switching characteristics, the IRF740PBF MOSFETs by Vishay are a go-to choice for engineers designing efficient and compact power systems.

In this blog, we’ll cover the technical specifications, key features, typical applications, wiring overview, real-world usage, and how to access the datasheet or buy directly from Xon Electronics.

Technical Specifications of IRF740PBF

• Manufacturer: Vishay

• Part Number: IRF740PBF

• Type: N-Channel Power MOSFET

• Drain-Source Voltage (Vds): 400V

• Continuous Drain Current (Id): 10A

• Rds(on): 0.55O max @ 10Vgs

• Gate Threshold Voltage (Vgs(th)): 2.0–4.0V

• Total Gate Charge: 63nC

• Package: TO-220AB

• Mounting Type: Through Hole

• Category: Semiconductors, Transistors, MOSFETs by Vishay

These transistors offer excellent thermal stability, allowing operation in high-stress environments without compromising performance.

Key Features of IRF740PBF

• High Voltage Capability (400V) – Ideal for industrial and power switching

• Fast Switching Speed – Enhances efficiency in high-frequency applications

• Low Gate Drive Requirement – Reduces power needs for control circuitry

• Robust TO-220AB Package – Suitable for heatsinking and power dissipation

• RoHS Compliant & Lead-Free – Meets global environmental standards

These features ensure that the IRF740PBF MOSFETs by Vishay deliver powerful and consistent switching across a wide range of applications.

Applications of IRF740PBF

The IRF740PBF MOSFETs by Vishay are trusted in diverse systems requiring efficient switching and high-voltage handling:

• Switched-Mode Power Supplies (SMPS)

• Inverter Circuits for Solar and Motor Drives

• High-Voltage Lighting Systems (e.g., HID Ballasts)

• Battery Chargers and UPS

• Industrial Motor Controllers

Whether you're designing a custom power module or repairing an inverter, these Vishay MOSFETs ensure safe and reliable performance.

Wiring and Connection Overview

A typical IRF740PBF setup includes:

• Gate (G): Connected to control signal or driver

• Drain (D): Connected to load (e.g., motor, lamp)

• Source (S): Connected to ground or reference

Ensure proper heatsinking if used in continuous or high-load operations. For switching efficiency, use a fast gate driver IC.

Use Case Scenario: SMPS Power Stage Upgrade

Scenario: A power supply engineer needed a cost-effective solution for a 400V SMPS with improved thermal management.

Problem: Existing MOSFETs had high heat dissipation and frequent failure under voltage spikes.

Solution: The engineer switched to IRF740PBF MOSFETs by Vishay, which offered higher voltage tolerance and improved switching speeds.

Result: Reduced system temperature by 15%, improved long-term reliability, and eliminated voltage spike failures.

This upgrade illustrates how MOSFETs by Vishay can boost system performance and durability under demanding conditions.

Download Datasheet for IRF740PBF

Want more technical details, performance curves, or packaging info?

Download the IRF740PBF Datasheet from Xon Electronics
(Insert product link when available)

Why Buy from Xon Electronics?

When sourcing MOSFETs by Vishay, Xon Electronics offers unmatched advantages:

100% Original Vishay Components
Global Shipping – USA, Europe, India, Australia & beyond
Volume Discounts for OEMs & Engineers
Technical Support for Seamless Integration
Safe and Trusted Checkout System

Order today from www.xonelec.com and power your designs with reliable components that deliver.

Conclusion

The IRF740PBF MOSFETs by Vishay are engineered for high-efficiency switching in high-voltage applications. With features like 400V Vds, low Rds(on), and fast switching, they provide outstanding value for power conversion, control, and protection systems. Now available from Xon Electronics with global delivery and technical support.

FAQs – IRF740PBF MOSFET

Q1. What is the maximum voltage rating of the IRF740PBF?
It can handle up to 400V drain-source voltage (Vds).

Q2. Is this MOSFET suitable for high-frequency switching?
Yes, it has low gate charge and fast switching capability.

Q3. What is the package type of IRF740PBF?
It comes in a TO-220AB package, ideal for through-hole and heatsink mounting.

Q4. Are these components RoHS compliant?
Yes, they are lead-free and fully RoHS compliant.

Q5. Where can I buy IRF740PBF globally?
You can purchase from www.xonelec.com, with worldwide shipping options.

CSP-3000-250 Switching Power Supplies by Mean Well – High-Efficiency 250VDC Output for Demanding Power Systems

The Switching Power Supplies CSP-3000-250 by Mean Well are designed for industrial-grade applications requiring stable, high-voltage DC output. Delivering 3000W at 250VDC, this series is ideal for driving laser systems, battery chargers, LED equipment, and high-voltage automation tools. Combining wide-range AC input, programmable output, and intelligent protections, the CSP-3000-250 is a top-tier solution in Mean Well’s family of Switching Power Supplies.

In this blog, we’ll review its technical specifications, standout features, application areas, connection overview, and how to download the datasheet or purchase from Xon Electronics. If you're seeking reliable, intelligent Power Supplies for high-output environments, this model is purpose-built for your system.

Technical Specifications of CSP-3000-250

• Manufacturer: Mean Well

• Part Number: CSP-3000-250

• Type: Switching Power Supply

• Output Voltage: 250V DC

• Output Current: 12A

• Output Power: 3000W

• Input Voltage Range: 90–264VAC

• Efficiency: Up to 91%

• Protections: Short circuit, overvoltage, overtemperature, overload

• Cooling: Built-in active fan with speed control

• Remote Functions: Remote ON/OFF, output voltage & current programming

• Category: Power, Power Supplies, Switching Power Supplies

This industrial-grade unit delivers high-performance Power conversion with programmable control and integrated safety features.

Key Features of CSP-3000-250 Power Supply

• 3000W Output at 250VDC – Supports high-voltage systems with consistent current

• High Efficiency Design – Reaches up to 91% efficiency for energy savings

• Remote Programmability – Fine-tune output voltage and current based on system needs

• Comprehensive Protections – Guards against faults to protect sensitive equipment

• Intelligent Cooling System – Built-in fan operates dynamically to minimize noise

These features make the CSP-3000-250 a standout among high-power Switching Power Supplies for industrial automation and R&D labs.

Applications of CSP-3000-250

The CSP-3000-250 is ideal for powering a variety of high-demand systems that require stable and configurable DC Power:

• Laser and UV Equipment

• Industrial Battery Chargers

• High-Voltage Test Benches

• Laboratory Equipment

• Industrial Automation Machinery

• High-Power LED Drivers

Engineers choose this model for its precision control and long-lasting Power Supply performance.

System Integration and Connection Overview

Typical connection layout:

[AC Input 90–264V]  
     
[CSP-3000-250 Switching Power Supply]  
     
[DC Output 250V @ 12A]  
     
[Load: Laser, Charger, or Automation Controller]  
     
[Optional: Remote ON/OFF, voltage adjustment inputs]

With programmable I/O and advanced protection, it is ideal for mission-critical Power applications.

Use Case Scenario: Industrial Battery Charging Station

Scenario: A renewable energy system integrator required a robust Power Supply for fast-charging lithium battery packs.

Problem: Inconsistent voltage regulation and overheating from standard supplies caused damage and inefficiency.

Solution: The CSP-3000-250 provided clean, adjustable 250V DC Power with high-current delivery and built-in protections.

Result: Reduced charge times, extended battery life, and enhanced safety across charging modules.

This use case shows how Switching Power Supplies like this enable precision and reliability in high-load energy systems.

Download Datasheet for CSP-3000-250

Looking for detailed specs, connector diagrams, or command protocols?

[Download CSP-3000-250 Datasheet from Xon Electronics]

Equip your engineering team with all the documentation needed to implement this advanced Power Supply.

Why Buy from Xon Electronics?

Xon Electronics is your trusted global source for genuine Mean Well Power Supplies and industrial-grade Switching Power Supplies:

• 100% Authentic Mean Well Products
• Global Shipping – USA, India, Australia, Europe & other countries
• Volume Discounts for OEMs and Integrators
• Technical Support for System Configuration
• Secure Checkout and Fast Dispatch

Choose Xon Electronics for the most dependable Power solutions worldwide.

Conclusion

The CSP-3000-250 Switching Power Supplies by Mean Well deliver unmatched stability, precision control, and power density for high-voltage industrial systems. Designed with efficiency and reliability in mind, it is the perfect solution for advanced automation, test benches, and energy storage support. Available now at Xon Electronics—globally shipped with professional support.

FAQs – CSP-3000-250 Power Supply

Q1. What is the output voltage and power rating?
It delivers 250V DC at up to 3000W (12A).

Q2. Can it be used in lab or test applications?
Yes, it is perfect for laboratory testing and precision Power control.

Q3. Is it programmable?
Yes, both output voltage and current are programmable via external control.

Q4. What protections are built-in?
Short circuit, overvoltage, overcurrent, and overtemperature protection are included.

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

TPC-31T-E3AE Panel PCs by Advantech – Compact, Reliable HMI for Industrial Embedded Computing

The Panel PCs TPC-31T-E3AE by Advantech offer a highly compact, energy-efficient solution for industrial HMI (Human-Machine Interface) applications. Built around the TI AM3517 600MHz processor and equipped with a 3.5" QVGA TFT display, this model combines power and simplicity for space-constrained automation environments. With its fanless design, low power consumption, and robust performance, the TPC-31T-E3AE stands out among industrial Panel PCs as an ideal fit for Embedded Solutions in factory automation, machine control, and building management.

In this blog, we’ll explore the product specifications, standout features, typical applications, wiring overview, and how to download the datasheet or buy the product from Xon Electronics. Whether you're building intelligent terminals or compact Computing systems, this unit delivers reliable performance where it matters.

Technical Specifications of TPC-31T-E3AE

• Manufacturer: Advantech

• Part Number: TPC-31T-E3AE

• Processor: TI AM3517 ARM Cortex-A8, 600MHz

• Display: 3.5” QVGA TFT LCD (320 x 240 resolution)

• Memory: 256MB DDR2 RAM

• Storage: Onboard flash, SD card support

• I/O Ports: 1x Ethernet, 2x USB, 2x Serial (RS-232/422/485), 1x SD slot

• OS Support: Windows CE / Embedded Linux

• Enclosure: Aluminum front bezel, panel mount

• Cooling: Fanless, passive cooling

• Category: Embedded Solutions, Computing, Panel PCs

Compact yet powerful, this industrial Computing platform is purpose-built for harsh and space-limited applications.

Key Features of TPC-31T-E3AE Panel PC

• Fanless Operation – Reduces maintenance and noise in industrial environments

• Compact 3.5” QVGA Touchscreen – Ideal for tight-space installations

• Multiple I/O Interfaces – Supports connectivity with legacy and modern equipment

• ARM Cortex-A8 Processor – Balances performance and power efficiency

• Panel Mount Ready – Quick installation into machinery, kiosks, and control panels

These features make the TPC-31T-E3AE a standout product among Advantech’s Panel PCs and Embedded Solutions.

Applications of TPC-31T-E3AE

The TPC-31T-E3AE is widely used in embedded and industrial Computing environments where space, efficiency, and reliability are key:

• Machine Control Panels

• Smart Building Management Systems

• Industrial Automation Terminals

• Factory Data Collection Displays

• Equipment Monitoring Interfaces

• Touch-based Operator Interfaces

Its rugged construction and low power profile make it a top choice for embedded Panel PCs across multiple industries.

System Integration Overview

Basic installation layout:

[Power Input (12~24V DC)]  
   ?  
[TPC-31T-E3AE Panel PC]  
   ?  
[Ethernet/Serial to Machine or Control Network]  
   ?  
[Touch Input for Operator Interface and Control]

This setup ensures a fully integrated Embedded Solutions platform for HMI and automation applications.

Use Case Scenario: Compact HMI in Pharmaceutical Machinery

Scenario: A pharmaceutical equipment manufacturer needed a low-profile Panel PC to serve as an HMI on a compact tablet-filling machine.

Problem: Existing solutions were too large, power-hungry, or lacked legacy I/O support.

Solution: The Advantech TPC-31T-E3AE offered a 3.5” QVGA touchscreen, fanless design, and versatile I/O in a compact footprint.

Result: Seamless integration, lower heat output, and improved machine interface usability.

This illustrates how compact Computing tools like this enhance efficiency and usability in modern Embedded Solutions.

Download Datasheet for TPC-31T-E3AE

Need screen dimensions, mounting drawings, or software support details?

[Download TPC-31T-E3AE Datasheet from Xon Electronics]

Access everything you need to evaluate and integrate this powerful Panel PC into your system.

Why Buy from Xon Electronics?

Xon Electronics is your global supplier of high-performance Embedded Solutions and industrial-grade Computing hardware:

• 100% Genuine Advantech Products
• Global Delivery – USA, India, Australia, Europe & other countries
• OEM & System Integrator Discounts
• Technical Assistance & Setup Support
• Secure, Fast Checkout with Global Shipping

Get trusted Panel PCs like the TPC-31T-E3AE from Xon Electronics—delivered worldwide, backed by professional service.

Conclusion

The TPC-31T-E3AE Panel PCs by Advantech offer a compact, cost-effective, and reliable interface for industrial control and monitoring systems. Featuring ARM-based performance, a durable touchscreen, and robust I/O, this unit is a practical solution for HMI and embedded Computing platforms. Available now at Xon Electronics with expert support and worldwide shipping.

FAQs – TPC-31T-E3AE Panel PC

Q1. What processor powers this Panel PC?
It uses a TI AM3517 ARM Cortex-A8 600MHz processor.

Q2. What OS platforms are supported?
It supports Windows CE and Embedded Linux.

Q3. Can it be used in fanless applications?
Yes, it features a fully fanless design with passive cooling.

Q4. Is it suitable for industrial use?
Absolutely. It is designed for embedded and industrial Computing applications.

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

HY3579545M49SOB2T02 Crystals by Huiyuan crystal – Precision Frequency Control for Electronic Systems

The Crystals HY3579545M49SOB2T02 by Huiyuan crystal are high-stability quartz crystals designed for precise frequency control in a wide range of electronic devices. With a frequency of 49.545 MHz and a compact surface-mount package, these crystals are ideal for communication systems, microcontrollers, RF modules, and timing circuits. Engineered for reliability, the HY3579545M49SOB2T02 Crystals by Huiyuan crystal provide dependable performance in both consumer electronics and industrial applications.

In this blog, we’ll explore the technical specifications, standout features, top use cases, mounting configuration, datasheet download, and ordering information from Xon Electronics.

Technical Specifications of HY3579545M49SOB2T02

• Manufacturer: Huiyuan Crystal

• Part Number: HY3579545M49SOB2T02

• Type: Quartz Crystal

• Frequency: 49.545 MHz

• Mounting Type: Surface Mount Device (SMD)

• Frequency Tolerance: ±10 ppm

• Frequency Stability: ±20 ppm

• Load Capacitance: 20 pF

• Operating Temperature Range: -20°C to +70°C

• Package Size: 3.2 x 2.5 mm

• Category: Timing Devices, Crystals

The HY3579545M49SOB2T02 meets RoHS compliance and is compatible with reflow soldering processes.

Key Features of HY3579545M49SOB2T02 Crystal

• Precise Frequency Control – Ideal for timing-sensitive applications

• Compact SMD Package – Saves space in PCB designs

• Low Frequency Deviation – ±10 ppm tolerance for stable operation

• Wide Operating Temperature Range – Ensures performance in various environments

• RoHS Compliant – Safe for global markets

The HY3579545M49SOB2T02 Crystals by Huiyuan crystal deliver the accuracy and reliability required by modern electronic circuits, making them a staple component in frequency control designs.

Applications of HY3579545M49SOB2T02

These quartz crystals are well-suited for:

• Wireless Communication Modules

• Microcontroller Clock Inputs

• GPS Devices and Navigation Systems

• Consumer Electronics (e.g., smart TVs, set-top boxes)

• Industrial Control and Automation

• RF and IF Signal Processing Equipment

No matter the environment or device, the HY3579545M49SOB2T02 Crystals by Huiyuan crystal offer dependable timing precision.

Mounting and Soldering Guidelines

The HY3579545M49SOB2T02 is designed for surface-mount technology (SMT) and is compatible with standard pick-and-place equipment. Use a reflow soldering process with a peak temperature of 260°C.

Mounting Tips:

• Use appropriate pad layout as per datasheet

• Avoid excessive mechanical stress during placement

• Allow for thermal relief during reflow to ensure solder joint quality

Use Case Scenario: MCU Timing in IoT Devices

Scenario: An IoT device manufacturer required an ultra-compact, high-precision crystal for syncing wireless modules in a constrained PCB layout.

Problem: Previous crystals had higher drift rates and could not maintain lock with RF transmitters.

Solution: The engineering team switched to HY3579545M49SOB2T02 Crystals by Huiyuan crystal, ensuring better frequency accuracy.

Result: Enhanced timing performance, reduced power consumption, and reliable connectivity in deployed IoT products.

This real-world implementation highlights the value of the HY3579545M49SOB2T02 Crystals by Huiyuan crystal in time-critical and space-sensitive applications.

Download Datasheet for HY3579545M49SOB2T02

Need mechanical drawings, soldering profiles, or electrical specs?

Download HY3579545M49SOB2T02 Datasheet from Xon Electronics
(Insert product link here)

Why Buy from Xon Electronics?

Xon Electronics provides a wide range of timing components, including:

• Genuine Crystals by Huiyuan crystal
• Global Shipping – USA, India, Australia, Europe & more
• Discounts on Bulk Orders
• Engineering Support Available
• Safe & Secure Ordering Platform

Order now from www.xonelec.com for dependable timing components at competitive prices.

Conclusion

The HY3579545M49SOB2T02 Crystals by Huiyuan crystal offer reliable, precision timing in a compact package. Whether for RF modules, microcontrollers, or consumer electronics, these crystals deliver outstanding frequency stability and durability. Available now at Xon Electronics with international delivery options.

FAQs – HY3579545M49SOB2T02 Crystal

Q1. What frequency does this crystal operate at?
49.545 MHz.

Q2. What is the frequency tolerance?
±10 ppm, ensuring accurate timing.

Q3. Is this crystal RoHS compliant?
Yes, it meets global environmental safety standards.

Q4. Can it be used in reflow soldering?
Yes, it’s designed for standard SMT processes.

Q5. Where can I buy this crystal with worldwide shipping?
At www.xonelec.com, with delivery to USA, India, Australia, Europe, and more.

2051-09-SM-RPLF Gas Discharge Tubes - GDTs / Gas Plasma Arrestors by Bourns – High-Speed Surge Protection for Telecom & Industrial Systems

The Gas Discharge Tubes - GDTs / Gas Plasma Arrestors 2051-09-SM-RPLF  by Bourns are compact, surface-mount protective components engineered to protect sensitive electronic circuits from high-voltage transients. These GDTs are specifically designed to safeguard telecom interfaces, industrial automation lines, and data networks from the effects of lightning strikes and power cross events. With superior response time, high insulation resistance, and long-term stability, the 2051-09-SM-RPLF Gas Discharge Tubes - GDTs / Gas Plasma Arrestors by Bourns are a go-to choice for robust overvoltage protection.

In this article, we’ll cover technical specifications, key features, use cases, wiring integration, datasheet download instructions, and why you should order from Xon Electronics.

Technical Specifications of 2051-09-SM-RPLF

• Manufacturer: Bourns

• Part Number: 2051-09-SM-RPLF

• Type: Gas Discharge Tube / Gas Plasma Arrestor

• DC Spark-Over Voltage: 90V ±20%

• Impulse Spark-Over Voltage: 500V max (100V/µs)

• Impulse Discharge Current: 10kA (8/20µs waveform)

• Insulation Resistance: >1GO

• Capacitance: <1.5pF

• Mounting Style: Surface Mount (SMT)

• Category: Circuit Protection, GDTs

This model meets RoHS and UL standards, providing peace of mind for engineers designing critical protection circuits.

Key Features of 2051-09-SM-RPLF

• High Surge Capability (10kA) – Ideal for telecom and industrial interfaces

• Low Capacitance (<1.5pF) – Perfect for high-frequency data lines

• Surface-Mount Design – Space-saving solution for compact PCBs

• Ultra-High Insulation Resistance – Ensures stability over time

• UL Recognized & RoHS Compliant – International compliance for global use

The 2051-09-SM-RPLF Gas Discharge Tubes - GDTs / Gas Plasma Arrestors by Bourns are engineered for stability, durability, and reliable protection in demanding electronic systems.

Applications of 2051-09-SM-RPLF

These GDTs are widely used in various industries that demand top-tier transient protection:

• Telecom Lines and VoIP Equipment

• Industrial Control and PLC Systems

• Cable TV and Set-Top Boxes

• High-Speed Data Networks

• Medical Instruments and Sensor Interfaces

• Renewable Energy Control Circuits

From telecom cabinets to factory control panels, the 2051-09-SM-RPLF Gas Discharge Tubes - GDTs / Gas Plasma Arrestors by Bourns are built to withstand surges and maintain uptime.

Wiring and Connection Overview

The component is designed for surface mount applications and should be connected in parallel across the input/output interface:

[Line] — GDT — [Ground]

Ensure proper orientation and spacing on the PCB for optimal arc suppression and surge diversion.

Use Case Scenario: Telecom Line Surge Protection

Scenario: A regional telecom provider faced frequent service outages during storms due to voltage spikes on copper phone lines.

Problem: Traditional MOVs weren’t fast enough to clamp lightning-induced surges.

Solution: The provider upgraded to 2051-09-SM-RPLF Gas Discharge Tubes - GDTs / Gas Plasma Arrestors by Bourns across all subscriber interfaces.

Result: Near-zero equipment failures, increased customer satisfaction, and compliance with telecom surge protection standards.

This real-world case shows why the 2051-09-SM-RPLF Gas Discharge Tubes - GDTs / Gas Plasma Arrestors by Bourns are trusted in mission-critical communication networks.

Download Datasheet for 2051-09-SM-RPLF

Need full electrical characteristics, footprint info, or performance graphs?

Download 2051-09-SM-RPLF Datasheet from Xon Electronics
(Insert product link here)

Why Buy from Xon Electronics?

Xon Electronics is your reliable source for surge protection devices, including:

• 100% Genuine Gas Discharge Tubes - GDTs / Gas Plasma Arrestors by Bourns
• Global Shipping (USA, India, Australia, Europe & more)
• Bulk Discounts for Large Orders
• Expert Technical Support
• Fast, Secure Checkout Process

Order today from www.xonelec.com and protect your circuits with precision-engineered GDTs.

Conclusion

The 2051-09-SM-RPLF Gas Discharge Tubes - GDTs / Gas Plasma Arrestors by Bourns offer compact, high-capacity, and ultra-reliable surge protection. With high energy handling, ultra-low capacitance, and robust SMT packaging, these devices are essential for telecom and data protection worldwide. Available now at Xon Electronics with international delivery.

FAQs – 2051-09-SM-RPLF GDT

Q1. What is the DC spark-over voltage of this GDT?
It’s 90V with a ±20% tolerance.

Q2. What mounting type does it use?
It’s a surface-mount device (SMD/SMT).

Q3. Can this GDT handle large surges?
Yes, it can withstand up to 10kA (8/20µs waveform).

Q4. Is it suitable for data lines?
Absolutely—its low capacitance (<1.5pF) makes it ideal for high-speed signals.

Q5. Where can I purchase it with global shipping?
At www.xonelec.com, delivering to USA, India, Australia, Europe, and more.

V33ZA5P Varistors by Littelfuse – Compact Surge Protection for Sensitive Electronics

The Varistors V33ZA5P by Littelfuse are compact, radial-lead metal oxide varistors (MOVs) engineered to protect sensitive electronic circuits from voltage surges and transient events. Designed with precision and durability in mind, these components are essential in safeguarding industrial, consumer, and telecom equipment. With their low clamping voltage and fast response time, the V33ZA5P Varistors by Littelfuse are a reliable choice for overvoltage protection.

In this blog, we’ll explore technical specifications, key features, applications, wiring details, and how to purchase or download the datasheet from Xon Electronics.

Technical Specifications of V33ZA5P

• Manufacturer: Littelfuse

• Part Number: V33ZA5P

• Type: Metal Oxide Varistor (MOV)

• Maximum AC Voltage: 20V

• Maximum DC Voltage: 26V

• Energy Absorption: 12J

• Clamping Voltage: 53V at 1A

• Peak Current (8/20µs): 1,200A

• Response Time: <25ns

• Leaded Package: 5mm radial

• Category: Circuit Protection, Varistors

This model conforms to international safety standards including RoHS compliance and UL recognition.

Key Features of V33ZA5P Varistor

• Fast Response Time – Less than 25 nanoseconds for critical protection

• Compact 5mm Radial Package – Ideal for space-constrained designs

• Wide Voltage Suppression Range – Protects against a variety of transient threats

• High Energy Absorption (12 Joules) – Defends sensitive circuits during surges

• UL Recognized and RoHS Compliant – Globally accepted safety and environmental standards

The V33ZA5P Varistors by Littelfuse offer a powerful line of defense for embedded electronics, ensuring performance and longevity in harsh electrical environments.

Applications of V33ZA5P

These varistors are used extensively across industries such as:

• Smart Meters and Embedded Controllers

• Home Appliances and HVAC Systems

• Industrial Automation and Sensors

• Telecommunication Equipment

• LED Drivers and Ballasts

• Consumer Electronics (TVs, Set-Top Boxes)

Whether you're building circuit boards or designing robust consumer tech, the V33ZA5P Varistors by Littelfuse are designed to prevent damage from unpredictable electrical disturbances.

Wiring and Integration Overview

Integration is simple:

[Line Voltage] — Connect across L (Live) and N (Neutral) or across signal/data lines

?

[Varistor] — Solder leads in parallel with protected device/circuit

With a 5mm radial lead format and clearly labeled packaging, these varistors are plug-and-play for standard PCB layouts.

Use Case Scenario: Protecting Smart Thermostat Systems

Scenario: A smart thermostat manufacturer experienced high failure rates during lightning storms.

Problem: Transient voltage spikes from nearby strikes were damaging the control boards.

Solution: Engineers implemented the V33ZA5P Varistors by Littelfuse across control lines and power inputs.

Result: Dramatic reduction in RMA returns, improved product reliability, and compliance with surge protection standards.

This real-world example illustrates how the V33ZA5P Varistors by Littelfuse safeguard mission-critical electronics in modern homes.

Download Datasheet for V33ZA5P

Need electrical characteristics, test conditions, or mounting specs?

Download V33ZA5P Datasheet from Xon Electronics
(Insert product link here)

Why Buy from Xon Electronics?

Xon Electronics is your trusted source for Littelfuse protection components, including:

• 100% Authentic Varistors by Littelfuse
• Worldwide Shipping (USA, UK, India, Australia & more)
• Bulk Order Discounts for OEMs
• Technical Help for Engineers
• Secure and Fast Checkout

Get the protection you need with genuine Littelfuse parts—only at www.xonelec.com.

Conclusion

The V33ZA5P Varistors by Littelfuse are compact, reliable, and designed to absorb damaging voltage spikes before they can reach sensitive electronics. With a fast response time and high surge current capacity, these varistors are ideal for a broad range of applications. Now available at Xon Electronics with global delivery.

FAQs – V33ZA5P Varistor

Q1. What voltage can the V33ZA5P safely handle?
It supports up to 20V AC and 26V DC continuously.

Q2. Is it suitable for PCB mounting?
Yes, it comes in a 5mm radial lead package ideal for PCB use.

Q3. How fast is the response to surges?
Less than 25 nanoseconds.

Q4. Is this product compliant with global safety standards?
Yes, it’s UL recognized and RoHS compliant.

Q5. Where can I purchase these varistors?
You can buy from www.xonelec.com with worldwide shipping.

63827-0800 Crimpers / Crimping Tools by Molex – High-Precision Tooling for Reliable Wire Termination

The Crimpers / Crimping Tools 63827-0800 by Molex are designed to meet the stringent demands of professional wire harnessing and electrical assembly. Engineered for precision and consistency, this tool is ideal for use with Molex terminals in both manufacturing and field applications. As a key product in Molex’s comprehensive line of Tools & Supplies, it provides technicians with the confidence needed for secure and efficient electrical terminations.

In this blog, we’ll cover its technical specifications, key features, usage scenarios, crimping procedure, and how to buy or download the datasheet from Xon Electronics. If you are looking for durable and ergonomic Crimpers / Crimping Tools, the 63827-0800 is a reliable choice for any toolkit.

Technical Specifications of 63827-0800

• Manufacturer: Molex

• Part Number: 63827-0800

• Tool Type: Hand Crimper

• Compatible Connectors: Mini-Fit Jr. terminals

• Wire Gauge Range: 18–24 AWG

• Mechanism: Full-cycle ratchet for consistent crimp force

• Construction: Hardened steel frame with soft grip handles

• Application: Semi-professional and industrial crimping

• Category: Tools & Supplies, Tools, Crimpers / Crimping Tools

Built for optimal performance, this tool ensures a secure mechanical and electrical connection in every crimp.

Key Features of 63827-0800 Crimping Tool

• Full-Cycle Ratchet Mechanism – Prevents premature release and guarantees a complete crimp

• Custom Jaw Profiles – Specifically designed for Molex Mini-Fit Jr. terminals

• Comfort Grip Handles – Reduces hand strain during repetitive crimping

• Industrial-Grade Construction – Ensures long-term use in high-volume applications

• Lightweight & Portable – Ideal for both bench work and field service

These features make it one of the most dependable Crimpers / Crimping Tools available in the Molex Tools & Supplies catalog.

Applications of 63827-0800 Crimping Tool

The 63827-0800 tool is trusted in many industries for high-quality terminal crimping:

• Industrial Wire Harness Production

• Electronic Control Panel Assembly

• Automotive Wiring and Diagnostics

• Networking and Telecom Installations

• Prototyping and Maintenance Labs

• Field Service and On-site Repairs

With its rugged build and precision crimping, it is a top-tier selection for professionals seeking reliable Tools for electrical work.

How to Use the 63827-0800 Crimping Tool

Step-by-step usage:

Step 1: Strip wire to required length  
Step 2: Insert terminal onto the wire  
Step 3: Place terminal into the crimper's die  
Step 4: Squeeze handles fully until ratchet releases  
Step 5: Inspect crimp for alignment and security

The ratchet system ensures perfect termination every time—critical for high-reliability Crimpers / Crimping Tools in industrial settings.

Use Case Scenario: Automotive Connector Assembly

Scenario: An automotive supplier needed a dedicated Crimping Tool for assembling harnesses using Mini-Fit Jr. terminals.

Problem: Inconsistent crimps with generic tools caused field failures and rework costs.

Solution: The Molex 63827-0800 provided consistent crimps tailored for Mini-Fit Jr., increasing connection reliability.

Result: Higher production quality, fewer failures, and increased customer satisfaction.

This demonstrates how specialized Tools & Supplies from Molex deliver real-world results.

Download Datasheet for 63827-0800

Need compatibility details or mechanical specifications?

[Download 63827-0800 Datasheet from Xon Electronics]

Find the documentation you need to implement this Crimping Tool with confidence.

Why Buy from Xon Electronics?

Xon Electronics is your source for reliable Tools & Supplies and genuine Molex Crimpers / Crimping Tools:

• 100% Original Molex Products
• Worldwide Shipping – USA, India, Australia, Europe & other countries
• OEM and Bulk Order Support
• Technical Assistance Available
• Fast and Secure Online Ordering

Get top-quality Tools from Xon Electronics with global reach and professional service.

Conclusion

The 63827-0800 Crimpers / Crimping Tools by Molex are purpose-built for reliability, consistency, and comfort in wire termination tasks. Designed for use with Mini-Fit Jr. terminals, this tool is essential for achieving high-quality results in any assembly or repair job. Available now at Xon Electronics with expert support and international shipping.

FAQs – 63827-0800 Crimping Tool

Q1. Which terminals are compatible with this tool?
It is designed for use with Molex Mini-Fit Jr. terminals.

Q2. What wire gauges does it support?
It supports 18 to 24 AWG wire sizes.

Q3. Does it have a ratchet mechanism?
Yes, it includes a full-cycle ratchet for reliable crimping.

Q4. Is it suited for professional use?
Absolutely. It is widely used in manufacturing and maintenance environments.

Q5. Can I buy this tool internationally?
Yes, it's available at www.xonelec.com, with delivery to USA, India, Australia, Europe, and other countries.

200218-2200 Crimpers / Crimping Tools by Molex – Precision, Durability, and Comfort for Professional Wire Termination

The Crimpers / Crimping Tools 200218-2200 by Molex are engineered for fast, accurate, and repeatable crimping in professional and industrial wire harnessing applications. Designed to work with Molex terminals and connectors, this handheld tool ensures secure, high-quality terminations every time. As part of Molex’s premium line of Tools & Supplies, it combines ergonomic comfort with rugged construction—making it one of the most trusted Crimpers / Crimping Tools in the industry.

In this blog, we’ll explore the technical details, top features, application use cases, usage instructions, and how to buy or download the datasheet from Xon Electronics. If your team demands reliable Tools for precision wiring, this Molex model is an excellent choice.

Technical Specifications of 200218-2200

• Manufacturer: Molex

• Part Number: 200218-2200

• Tool Type: Hand Crimper

• Compatible Terminals: Molex KK, SL, and C-Grid series

• Wire Gauge Range: 18–24 AWG

• Operation: Manual, ratchet-style mechanism

• Construction: High-grade steel with ergonomic handle grips

• Category: Tools & Supplies, Tools, Crimpers / Crimping Tools

Designed for durability and ease of use, this tool supports high-volume operations while ensuring consistent, factory-quality crimps.

Key Features of 200218-2200 Crimping Tool

• Ratchet Mechanism – Guarantees full crimp cycle before release for optimal termination

• Ergonomic Design – Minimizes operator fatigue during repetitive crimping tasks

• High-Precision Jaw Profiles – Compatible with multiple Molex terminal families

• Durable Steel Frame – Withstands frequent use in industrial environments

• Compact and Lightweight – Ideal for use in the field or on the production line

This crimper is one of the most versatile and professional-grade Crimpers / Crimping Tools in Molex's Tools & Supplies range.

Applications of 200218-2200 Crimper

The 200218-2200 is widely used across electronics manufacturing, repair, and assembly:

• Industrial Wire Harness Assembly

• Telecom and Networking Installations

• Electrical Control Panel Construction

• Automotive and Off-Highway Wiring

• DIY Electronics and Prototyping Labs

• Service and Maintenance Workshops

Whether in a production plant or a repair bench, this Molex tool is a go-to for reliable Tools and consistent crimping performance.

How to Use the 200218-2200 Crimping Tool

Simple 3-step usage guide:

Step 1: Insert wire into terminal  
Step 2: Position terminal in crimper jaw  
Step 3: Squeeze handles until ratchet releases  
Result: Clean, strong, and reliable electrical crimp

This ensures professional-level crimps with every use—ideal for technicians and engineers seeking high-quality Crimpers / Crimping Tools.

Use Case Scenario: Production Line Harness Assembly

Scenario: An electronics manufacturer required reliable Crimpers / Crimping Tools for assembling harnesses with Molex terminals.

Problem: Existing tools caused inconsistent crimps, leading to electrical failures and high rejection rates.

Solution: The 200218-2200 ensured uniform crimps across thousands of connections, improving assembly reliability.

Result: Increased productivity, reduced rework, and fewer quality control issues.

This highlights how Molex’s Tools & Supplies contribute to better product integrity in professional applications.

Download Datasheet for 200218-2200

Need dimensions, terminal compatibility charts, or operational guidelines?

[Download 200218-2200 Datasheet from Xon Electronics]

Ensure your choice of Tools meets your specifications with accurate, up-to-date technical documentation.

Why Buy from Xon Electronics?

Xon Electronics is your trusted distributor for high-performance Tools & Supplies, offering:

• 100% Genuine Molex Tools
• Fast Global Delivery – USA, India, Australia, Europe & other countries
• Special Pricing for OEMs and Assembly Shops
• Technical Assistance with Product Selection
• Secure Online Checkout and Reliable Support

Choose Xon Electronics for professional-grade Crimpers / Crimping Tools you can count on.

Conclusion

The 200218-2200 Crimpers / Crimping Tools by Molex are trusted by engineers and technicians around the world for precise, ergonomic, and reliable crimping. Designed for durability and efficiency, this tool is essential for any wire assembly workflow. Available now from Xon Electronics with expert support and fast worldwide delivery.

FAQs – 200218-2200 Crimping Tool

Q1. What wire sizes does this tool support?
It supports 18 to 24 AWG wire sizes.

Q2. Is it compatible with Molex terminals only?
It’s specifically designed for Molex KK, SL, and C-Grid terminals.

Q3. Does it have a ratchet mechanism?
Yes, to ensure consistent crimps and prevent partial closures.

Q4. Can it be used in high-volume production?
Absolutely, it is engineered for repeatable use in manufacturing.

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