EA2-5NU Low Signal Relays - PCB by KEMET – Compact and Reliable Switching Solutions

The Low Signal Relays - PCB EA2-5NU by KEMET are high-quality Electromechanical components designed for precise and efficient signal switching in compact electronic circuits. As part of KEMET’s advanced Relays portfolio, these Low Signal Relays - PCB provide exceptional performance in low voltage and low current applications, making them ideal for industrial, communication, and consumer electronics.

In this blog, we’ll cover technical specifications, key features, applications, and purchasing details for engineers seeking compact and reliable relay solutions.

Technical Specifications of EA2-5NU

• Manufacturer: KEMET

• Model: EA2-5NU

• Type: Low Signal Relays - PCB

• Coil Voltage: 5V DC

• Contact Form: DPDT (Double Pole Double Throw)

• Contact Rating: 2A at 30V DC / 1A at 125V AC

• Mounting Type: Through Hole

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

• Category: Electromechanical, Relays, Low Signal Relays - PCB

These Relays are engineered to deliver precise signal routing and long operational life in high-density PCB layouts.

Key Features of EA2-5NU Low Signal Relays

• Compact DPDT relay for signal switching

• High insulation resistance for reliable operation

• Low power consumption coil design

• Excellent vibration and shock resistance

• Part of KEMET’s premium Electromechanical Relays lineup

The EA2-5NU Low Signal Relays - PCB by KEMET ensure reliable signal transmission in sensitive circuits.

Applications of EA2-5NU Low Signal Relays

• Communication equipment

• Measurement and test instruments

• Consumer electronics and home automation

• Industrial control systems

• Medical devices requiring precise Low Signal Relays - PCB

These Relays are an excellent choice for applications where precision and compact design are critical.

Installation and Handling Overview

To integrate the EA2-5NU relay:

• Solder securely onto the PCB using through-hole mounting.

• Ensure coil voltage matches 5V DC requirements.

• Follow proper relay handling precautions to avoid ESD damage.

• Test for correct switching in target applications.

This Electromechanical component simplifies signal routing in compact devices.

Use Case Scenario: Precision Test Equipment

Scenario: A test equipment manufacturer needed compact Low Signal Relays - PCB for routing low-voltage signals without interference.

Problem: Previously used relays caused signal degradation and had limited lifespan.

Solution: The EA2-5NU Relays by KEMET provided reliable switching with excellent isolation and longevity.

Result: Improved test accuracy and reduced maintenance requirements.

Download Datasheet for EA2-5NU

Download EA2-5NU Datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics supplies genuine KEMET Low Signal Relays - PCB with:

• 100% Authentic Products for Sensitive Applications

• Global Shipping to USA, India, Australia, Europe & more

• Bulk Order Discounts and OEM Support

• Expert Technical Assistance for Seamless Integration

• Secure Online Ordering at www.xonelec.com

FAQs – EA2-5NU Low Signal Relays by KEMET

Q1. What coil voltage does EA2-5NU support?
It supports a coil voltage of 5V DC.

Q2. Is this relay suitable for high-density PCBs?
Yes, its compact design is ideal for space-constrained layouts.

Q3. Can I use it in medical devices?
Yes, it’s suitable for precision applications like medical electronics.

Q4. Does Xon Electronics ship globally?
Yes, shipping is available to USA, India, Australia, Europe & more.

Conclusion

The EA2-5NU Low Signal Relays - PCB by KEMET offer compact design, reliable switching, and superior performance in sensitive circuits. As premium Electromechanical components in the Relays category, they are trusted worldwide for industrial and consumer applications. Order now from Xon Electronics for global delivery and technical support.

DX-5R5H104U Supercapacitors/Ultracapacitors by Elna – High-Energy Storage Solutions

The Supercapacitors/Ultracapacitors DX-5R5H104U by Elna are advanced Passive Components designed for applications requiring high-capacity energy storage and rapid charge/discharge cycles. As part of Elna’s innovative range of Capacitors, these Supercapacitors / Ultracapacitors provide superior performance in backup power systems, renewable energy setups, and consumer electronics.

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

Technical Specifications of DX-5R5H104U

• Manufacturer: Elna

• Model: DX-5R5H104U

• Type: Supercapacitors / Ultracapacitors

• Capacitance: 0.1F (100,000µF)

• Rated Voltage: 5.5V

• ESR: Low equivalent series resistance for high efficiency

• Dimensions: Compact cylindrical design

• Operating Temperature: -25°C to +70°C

• Category: Passive Components, Capacitors, Supercapacitors / Ultracapacitors

This Supercapacitor ensures excellent reliability and long life even in demanding conditions.

Key Features of DX-5R5H104U Supercapacitors

• High capacitance for energy-intensive applications

• Rapid charge and discharge capability

• Long operational life with low maintenance

• Compact and lightweight design for versatile use

• Part of Elna’s premium Passive Components and Capacitors lineup

The DX-5R5H104U Supercapacitors/Ultracapacitors by Elna are ideal for engineers requiring dependable energy storage solutions.

Applications of DX-5R5H104U Supercapacitors

• Backup power for memory systems and microcontrollers

• Renewable energy systems such as solar and wind

• Portable electronics requiring quick charge cycles

• Automotive systems like electric power steering and regenerative braking

• Industrial systems leveraging high-performance Supercapacitors / Ultracapacitors

These Capacitors provide reliable energy solutions for diverse sectors.

Installation and Handling Overview

To integrate the DX-5R5H104U:

• Ensure correct polarity when connecting in circuits.

• Avoid exceeding the rated voltage of 5.5V.

• Use in environments within the specified temperature range.

• Follow Elna’s recommended guidelines for Supercapacitors / Ultracapacitors.

This Passive Component simplifies high-capacity energy design.

Use Case Scenario: Backup Power in IoT Devices

Scenario: An IoT device manufacturer needed reliable backup energy storage for their wireless sensors.

Problem: Standard batteries failed to provide immediate power during outages.

Solution: The DX-5R5H104U Supercapacitors/Ultracapacitors by Elna offered rapid charge cycles and dependable backup power.

Result: Extended product reliability and enhanced customer satisfaction.

Download Datasheet for DX-5R5H104U

Download DX-5R5H104U Datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics supplies genuine Elna Supercapacitors / Ultracapacitors with:

• 100% Authentic Products for Energy Storage Applications

• Global Shipping to USA, India, Australia, Europe & more

• OEM Discounts and Bulk Order Support Available

• Technical Assistance for Seamless Integration

• Safe Online Ordering at www.xonelec.com

FAQs – DX-5R5H104U Supercapacitors/Ultracapacitors by Elna

Q1. What is the rated voltage for this supercapacitor?
It supports up to 5.5V.

Q2. Can this component handle high charge/discharge cycles?
Yes, it is designed for rapid cycling applications.

Q3. Is it suitable for automotive systems?
Absolutely, it works well in automotive energy recovery systems.

Q4. Does Xon Electronics offer global delivery?
Yes, we ship to USA, India, Australia, Europe & more.

Conclusion

The DX-5R5H104U Supercapacitors/Ultracapacitors by Elna offer superior energy storage capabilities for diverse industrial and consumer applications. As premium Passive Components in the Capacitors category, they ensure reliable performance and long life. Order today from Xon Electronics for global delivery and technical support.

GST220A12-R7B – 220W Desktop Power Adapter by Mean Well for Global Power Needs

The Desktop AC Adapters GST220A12-R7B by Mean Well deliver a high-efficiency, low-noise power supply solution for industrial, medical, and IT applications. Designed for compliance with global safety standards and energy regulations, this 220W adapter ensures reliable, green, and robust external power conversion in demanding environments.

In this blog, we’ll cover the product’s specifications, key benefits, real-world applications, usage insights, and where to buy or download the datasheet from Xon Electronics.

Technical Specifications of GST220A12-R7B

• Manufacturer: Mean Well

• Part Number: GST220A12-R7B

• Type: Desktop AC-DC Adapter

• Input Voltage Range: 90–264 VAC

• Output Voltage: 12V DC

• Output Power: 220W

• Output Current: 18.34A

• Efficiency: Up to 94%

• Connector Type: 4-pin DIN

• Dimensions: 190 x 82 x 44 mm

• Certifications: UL, TUV, CCC, PSE, CE

• Category: Power Supplies, Desktop AC Adapters by Mean Well

With universal input support and compact form factor, the GST220A12-R7B Desktop AC Adapters by Mean Well are engineered for high-reliability power distribution.

Key Features of GST220A12-R7B

• High Efficiency (94%) – Minimizes energy loss and heat output

• Level VI Energy Compliance – Meets latest energy-saving standards

• Built-in Active PFC Function – Enhances power factor for cleaner energy draw

• No-Load Power Consumption <0.15W – Ideal for standby mode devices

• Global Safety Approvals – Certified for use in multiple international markets

Thanks to its eco-friendly design and electrical safety, Desktop AC Adapters by Mean Well are trusted for mission-critical equipment worldwide.

Applications of GST220A12-R7B Power Adapter

• Industrial PCs and Embedded Controllers

• Medical Diagnostic Instruments (non-patient contact)

• LED Signage and Display Systems

• POS Terminals and Retail Equipment

• Security Cameras and Surveillance Systems

Wherever compact and compliant external power is needed, the GST220A12-R7B Desktop AC Adapters by Mean Well deliver consistent performance and safety.

Setup & Integration Guide

To integrate the GST220A12-R7B with your system:

[Step 1] Confirm AC input range compatibility (90–264 VAC)
[Step 2] Plug into a standard IEC C14 power cord input
[Step 3] Use the 4-pin DIN output connector to interface with your device
[Step 4] Ensure proper ventilation around the adapter
[Step 5] Check output voltage and current draw match application needs

Engineered for plug-and-play convenience, Desktop AC Adapters by Mean Well simplify system power management and reduce downtime.

Use Case Scenario – Powering Industrial Touchscreen Displays

Scenario: A digital signage company required a power source for large-format displays in retail stores that run 24/7.

Problem: Generic adapters overheated and lacked efficiency certifications.

Solution: The GST220A12-R7B Desktop AC Adapters by Mean Well offered high output, PFC, and international certifications.

Result: Stable power delivery, reduced energy waste, and compliance with local energy laws.

This example shows why engineers and integrators rely on Desktop AC Adapters by Mean Well for demanding applications.

Download Datasheet for GST220A12-R7B

Looking for wiring diagrams, safety approvals, or mechanical drawings?

[Download GST220A12-R7B Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics is your reliable source for Desktop AC Adapters by Mean Well, including the GST220A12-R7B:

• 100% Genuine Mean Well Power Supplies
• Global Shipping – USA, India, Australia, Europe & more
• In-Stock & Quick Dispatch
• Tech Support for System Compatibility
• Safe & Simple Online Checkout

Order now at www.xonelec.com and power your project with the performance of Desktop AC Adapters by Mean Well.

Conclusion

The GST220A12-R7B Desktop AC Adapters by Mean Well combine performance, efficiency, and safety in a compact desktop form. Whether you're building industrial, medical, or digital systems, Desktop AC Adapters by Mean Well provide clean, compliant, and dependable power—now available worldwide from Xon Electronics.

FAQs – GST220A12-R7B Adapter

Q1. What’s the output power rating?
220W at 12V DC.

Q2. What efficiency level does it meet?
Level VI energy efficiency.

Q3. What is the connector type?
4-pin DIN output.

Q4. Is this adapter fan-cooled?
No, it uses natural convection—silent operation.

Q5. Can I buy this worldwide?
Yes, from www.xonelec.com with shipping to USA, India, Australia, Europe, and more.

G2R-2-SN-DC24S – Dual-Pole Relay by Omron for Versatile Load Switching

The General Purpose Relays G2R-2-SN-DC24S by Omron are reliable, high-performance electromagnetic relays designed for control panels, automation systems, and industrial equipment. With a transparent enclosure, plug-in mounting, and dual-pole switching, this 24V DC relay delivers dependable performance in a wide range of applications.

In this blog, we explore its technical specifications, features, usage scenarios, wiring tips, and how to download the datasheet or buy from Xon Electronics.

Technical Specifications of G2R-2-SN-DC24S

• Manufacturer: Omron

• Part Number: G2R-2-SN-DC24S

• Type: Electromechanical General Purpose Relay

• Coil Voltage: 24V DC

• Contact Configuration: DPDT (2 Form C)

• Contact Rating: 5A @ 250VAC / 30VDC

• Mounting Style: Plug-In (Through-Socket)

• Operating Time: Approx. 10 ms

• Release Time: Approx. 5 ms

• Dielectric Strength: 5,000V between coil and contacts

• Category: Relays, General Purpose Relays by Omron

The G2R-2-SN-DC24S General Purpose Relays by Omron are built for durable, high-speed switching across control circuits, power systems, and automation interfaces.

Key Features of G2R-2-SN-DC24S

• DPDT Contacts (2-Pole Switching) – Supports two independent circuits per relay

• Plug-In Mounting Design – Easy installation and replacement

• Clear Transparent Housing – Visual inspection of contacts and coil

• Mechanical Indicator & Test Button – For manual testing and diagnostics

• High Dielectric Strength – Ensures safe isolation between control and load circuits

Thanks to their robust construction and versatility, General Purpose Relays by Omron are widely used in industrial, commercial, and OEM applications.

Applications of G2R-2-SN-DC24S Relay

• Industrial Automation Panels

• Building Management Systems

• HVAC Control Units

• PLC Output Modules

• Alarm and Signal Systems

Whether for switching AC loads, controlling motors, or acting as interface relays, the G2R-2-SN-DC24S General Purpose Relays by Omron provide high reliability and ease of use.

Wiring & Installation Guide

To install the G2R-2-SN-DC24S:

[Step 1] Choose a compatible Omron P2R socket for plug-in mounting
[Step 2] Insert the relay securely into the socket
[Step 3] Connect load wires to the DPDT terminals per your circuit
[Step 4] Apply 24V DC to the coil terminals to activate switching
[Step 5] Test functionality using the mechanical push-button

This quick-swap format makes General Purpose Relays by Omron maintenance-friendly and perfect for high-cycle environments.

Use Case Scenario – Motor Start/Stop Control

Scenario: An industrial system integrator needed a durable relay to control start/stop logic for a dual-motor conveyor setup.

Problem: Previous relays suffered early failure due to low isolation and inconsistent contact performance.

Solution: The G2R-2-SN-DC24S General Purpose Relays by Omron offered DPDT contacts, high dielectric strength, and easy monitoring.

Result: Improved system uptime, better field diagnostics, and fewer service calls.

That’s why engineers trust General Purpose Relays by Omron for both AC and DC load switching.

Download Datasheet for G2R-2-SN-DC24S

Need contact specs, pinout diagram, or safety approvals?

[Download G2R-2-SN-DC24S Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics is a trusted source for General Purpose Relays by Omron, including the G2R-2-SN-DC24S model:

• 100% Authentic Omron Components
• Global Shipping – USA, India, Australia, Europe & more
• In-Stock and Ready to Ship
• Technical Assistance Available
• Secure Online Checkout

Order now at www.xonelec.com and power your systems with General Purpose Relays by Omron.

Conclusion

The G2R-2-SN-DC24S General Purpose Relays by Omron offer the perfect balance of functionality, reliability, and serviceability. With dual-pole switching, quick plug-in mounting, and high isolation ratings, General Purpose Relays by Omron are the trusted choice for automation, HVAC, and control systems—available globally from Xon Electronics.

FAQs – G2R-2-SN-DC24S Omron Relay

Q1. What coil voltage is required?
24V DC.

Q2. What is the contact rating?
5A @ 250VAC or 30VDC.

Q3. What type of mounting is used?
Plug-in through a compatible socket.

Q4. Is it visually inspectable?
Yes, it has a clear housing with indicator.

Q5. Can I buy it worldwide?
Yes, available at www.xonelec.com with shipping to USA, India, Australia, Europe, and more.

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EMK325BJ476MM-T – 47µF High-Cap MLCC by Taiyo Yuden for Power & Signal Filtering

The Multilayer Ceramic Capacitors MLCC - SMD/SMT EMK325BJ476MM-T by Taiyo Yuden deliver high capacitance, compact footprint, and excellent reliability—making them ideal for modern electronics requiring bulk decoupling, filtering, and transient suppression. Built on advanced ceramic dielectric technology, this 1210-size capacitor ensures stable electrical performance across voltage and temperature ranges.

In this blog, we’ll cover its full specifications, top features, application areas, mounting tips, and how to download the datasheet or purchase from Xon Electronics.

Technical Specifications of EMK325BJ476MM-T

• Manufacturer: Taiyo Yuden

• Part Number: EMK325BJ476MM-T

• Type: Multilayer Ceramic Capacitor (MLCC)

• Capacitance: 47 µF

• Voltage Rating: 6.3V

• Dielectric Type: X5R

• Tolerance: ±20%

• Mounting Type: Surface Mount (SMD/SMT)

• Package Size: 1210 (3.2mm x 2.5mm)

• Operating Temperature: -55°C to +85°C

• Category: Capacitors, Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden

With a high capacitance value in a compact form, the EMK325BJ476MM-T Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden are built for space-sensitive designs demanding high-performance filtering.

Key Features of EMK325BJ476MM-T

• High Capacitance (47µF) – Supports stable decoupling and energy buffering

• X5R Dielectric – Ensures minimal capacitance loss under temperature or voltage variation

• Compact 1210 SMD Package – Saves PCB space while supporting high-density layouts

• Reliable Surface Mount Technology – Ideal for automated pick-and-place assembly

• RoHS and Halogen-Free Compliant – Eco-friendly and globally accepted

Because of these advantages, Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden are widely adopted in power modules, mobile devices, and automotive ECUs.

Applications of EMK325BJ476MM-T

• DC-DC Converter Output Filtering

• Power Rail Decoupling in SoC/MCU Systems

• Battery Management Systems (BMS)

• LED Lighting and Displays

• Portable Consumer Electronics

When compact size meets high capacitance, the Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden deliver efficient energy storage and noise suppression in next-gen electronics.

Mounting and Design Guidelines

For best results when integrating the EMK325BJ476MM-T:

[Step 1] Use appropriate land pattern per IPC standard for 1210 package
[Step 2] Avoid placing the capacitor near high-heat or high-vibration zones
[Step 3] Select reflow soldering with a peak temp below 260°C
[Step 4] Allow enough spacing to reduce mechanical stress from PCB flex
[Step 5] Use multiple capacitors in parallel if ESR or ESL needs optimization

These best practices help you unlock full performance from Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden in your circuits.

Use Case Scenario – Microcontroller Power Rail Stabilization

Scenario: A hardware design engineer needed a stable bypass capacitor for a 3.3V microcontroller in a portable wearable.

Problem: Previous 10µF capacitors caused voltage ripple during peak load.

Solution: The EMK325BJ476MM-T Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden offered 47µF in the same footprint with X5R stability.

Result: Enhanced voltage regulation and longer system uptime under dynamic load conditions.

This real-world case shows why engineers trust Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden for high-efficiency designs.

Download Datasheet for EMK325BJ476MM-T

Looking for electrical curves, ESR graphs, or soldering profiles?

[Download EMK325BJ476MM-T Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics provides genuine Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden, including the EMK325BJ476MM-T:

• 100% Original Taiyo Yuden Components
• Global Shipping – USA, India, Australia, Europe & more
• Ready Stock & Rapid Dispatch
• Technical Support for Capacitor Selection
• Safe & Efficient Checkout System

Buy now at www.xonelec.com and power your innovation with Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden.

Conclusion

The EMK325BJ476MM-T Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden offer high capacitance, thermal reliability, and compact packaging. Whether you're working on compact embedded systems or power-sensitive devices, Multilayer Ceramic Capacitors MLCC - SMD/SMT by Taiyo Yuden are the premium choice—now available globally from Xon Electronics.

FAQs – EMK325BJ476MM-T Capacitor

Q1. What is the capacitance value of this MLCC?
47µF.

Q2. What dielectric material is used?
X5R.

Q3. What is the voltage rating?
6.3V.

Q4. What is the package size?
1210 (3.2mm x 2.5mm).

Q5. Can I purchase globally?
Yes, order at www.xonelec.com with delivery to USA, India, Australia, Europe, and more.

EC350V-07P – 7-Position Pluggable Terminal Block by Dinkle for Reliable Wiring Interfaces

The Pluggable Terminal Blocks EC350V-07P by Dinkle provide a highly secure and modular solution for wiring industrial control panels, automation systems, and PCB-based power distribution. With a 3.5mm pitch, 7-position configuration, and plug-in design, this terminal block allows easy connection and disconnection during assembly, maintenance, or system upgrades.

In this blog, we’ll explore the full specifications, standout features, top applications, wiring tips, and where to buy or download the datasheet at Xon Electronics.

Technical Specifications of EC350V-07P

• Manufacturer: Dinkle

• Part Number: EC350V-07P

• Type: Pluggable Terminal Block

• Positions: 7

• Pitch: 3.50 mm

• Termination Style: Screw

• Mounting Type: Plug-in / Header Interface

• Current Rating: 8A

• Voltage Rating: 300V

• Wire Range: 28–16 AWG

• Category: Connectors, Pluggable Terminal Blocks by Dinkle

The EC350V-07P Pluggable Terminal Blocks by Dinkle are designed for compact power and signal interfaces, offering field-ready reliability and flexible design integration.

Key Features of EC350V-07P

• 7-Circuit Configuration – Supports multi-line connections with a single plug

• 3.50mm Pitch – Space-saving layout for compact control boards

• Screw Clamp Termination – Ensures strong mechanical wire retention

• Modular Pluggable Design – Simplifies wiring maintenance and field replacement

• UL and IEC Approved – Globally accepted in industrial and commercial standards

Thanks to these benefits, Pluggable Terminal Blocks by Dinkle are widely used in control cabinets, sensor hubs, and embedded power distribution.

Applications of EC350V-07P Terminal Block

• Industrial Automation and PLC Systems

• HVAC and Lighting Controls

• Signal Transmission in Control Panels

• Power Supply Boards

• Communication Interfaces

Whether you're building a control panel or wiring modular PCBs, the EC350V-07P Pluggable Terminal Blocks by Dinkle deliver fast, secure, and serviceable connectivity.

Wiring and Assembly Guidelines

To use the EC350V-07P effectively:

[Step 1] Strip wires to 6–7 mm and insert into the screw clamp openings
[Step 2] Tighten screws to recommended torque for firm contact
[Step 3] Mate the terminal block to the PCB-mounted header (sold separately)
[Step 4] Test the continuity and connection stability
[Step 5] Label circuits using integrated marking options for easy identification

The tool-free plug-in system and rugged screw terminals make Pluggable Terminal Blocks by Dinkle both field-friendly and factory-efficient.

Use Case Scenario – Modular Power Signal Board

Scenario: An OEM needed a multi-channel pluggable connector for low-voltage signal wiring in a modular industrial panel.

Problem: Fixed terminal blocks increased service time and complexity.

Solution: The EC350V-07P Pluggable Terminal Blocks by Dinkle allowed fast, tool-less disconnection for testing and replacement.

Result: Reduced assembly and maintenance time while improving wiring organization.

This shows why engineers prefer Pluggable Terminal Blocks by Dinkle in modern modular panel systems.

Download Datasheet for EC350V-07P

Need mechanical drawings, recommended torque, or header compatibility?

[Download EC350V-07P Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics offers verified Pluggable Terminal Blocks by Dinkle, including EC350V-07P:

• 100% Genuine Dinkle Products
• Global Delivery – USA, India, Australia, Europe & more
• In-Stock Inventory & Quick Dispatch
• Technical Support for Panel Design
• Secure, Hassle-Free Online Checkout

Order today from www.xonelec.com and streamline your wiring systems with Pluggable Terminal Blocks by Dinkle.

Conclusion

The EC350V-07P Pluggable Terminal Blocks by Dinkle offer robust connection, easy maintenance, and safe performance for industrial and commercial systems. With compact pitch, modularity, and dependable wire retention, Pluggable Terminal Blocks by Dinkle are the trusted choice of professionals—now available globally from Xon Electronics.

FAQs – EC350V-07P Dinkle Terminal Block

Q1. How many positions does EC350V-07P support?
7 positions.

Q2. What is the rated voltage and current?
300V at 8A.

Q3. Can this be disconnected easily in the field?
Yes, it features a pluggable design for quick disconnection.

Q4. What is the pitch?
3.50 mm.

Q5. Is international shipping available?
Yes, via www.xonelec.com to USA, India, Australia, Europe, and other countries.

D-DP-01-1-M-1 – Reliable D-Sub Connector by Itek for Secure Signal Transmission

The D-Sub Standard Connectors D-DP-01-1-M-1 by Itek offer a dependable and durable solution for data and signal interfacing in computing, industrial, and communication systems. Featuring a compact metal-shell design and standard pin configuration, this connector ensures robust mechanical retention and EMI shielding in high-reliability applications.

In this blog, we’ll explore the product specifications, features, typical use cases, installation tips, and how to buy or download the datasheet from Xon Electronics.

Technical Specifications of D-DP-01-1-M-1

• Manufacturer: Itek

• Part Number: D-DP-01-1-M-1

• Connector Type: D-Sub Plug, Standard

• Number of Positions: 9 (DB9, Male)

• Mounting Style: Panel Mount

• Termination: Solder Cup

• Shell Material: Steel, Tin-Plated

• Contact Material: Brass with Gold Flash

• Current Rating: 5A

• Category: Connectors, D-Sub Standard Connectors by Itek

Built for strength and compatibility, the D-DP-01-1-M-1 D-Sub Standard Connectors by Itek are ideal for serial ports, I/O interfaces, and data acquisition systems.

Key Features of D-DP-01-1-M-1

• Industry-Standard DB9 Configuration – Compatible with RS-232 and legacy I/O ports

• Solder Cup Termination – Enables secure, manual wire connections

• Metal Shell Construction – Offers shielding against EMI and mechanical stress

• Panel Mount Style – Easy installation in enclosures and chassis

• Reliable Mating Cycles – Supports high-connect/disconnect applications

Thanks to these features, D-Sub Standard Connectors by Itek are widely used across industrial electronics, test equipment, and legacy communication systems.

Applications of D-DP-01-1-M-1 Connector

• RS-232 and Serial Communication Ports

• Industrial Control Panels

• Embedded System Debug Ports

• CNC Machines and Legacy Interfaces

• Test and Measurement Instruments

From industrial automation to embedded development, the D-DP-01-1-M-1 D-Sub Standard Connectors by Itek provide a proven solution for signal integrity and mechanical reliability.

Installation and Assembly Tips

To integrate this connector into your application:

[Step 1] Strip and tin each wire for soldering into the solder cup terminals
[Step 2] Secure the connector to the enclosure panel using mounting screws
[Step 3] Apply solder to each terminal ensuring good electrical contact
[Step 4] Use an appropriate backshell or hood for strain relief
[Step 5] Verify continuity and mechanical stability after installation

D-Sub Standard Connectors by Itek make panel wiring straightforward and long-lasting for field use and system-level assembly.

Use Case Scenario – CNC Control System Interface

Scenario: An industrial machine OEM required a rugged serial interface for CNC controller-to-computer communication.

Problem: Frequent disconnections and EMI interference were causing data loss.

Solution: The D-DP-01-1-M-1 D-Sub Standard Connectors by Itek provided solid locking, shielding, and secure solder terminations.

Result: Improved signal reliability, reduced maintenance, and consistent performance in high-vibration environments.

Another reason why engineers choose D-Sub Standard Connectors by Itek in demanding conditions.

Download Datasheet for D-DP-01-1-M-1

Need pin layout, mechanical dimensions, or torque specs?

[Download D-DP-01-1-M-1 Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics offers verified D-Sub Standard Connectors by Itek, including D-DP-01-1-M-1:

• 100% Genuine Itek Components
• Global Shipping – USA, India, Australia, Europe & more
• In-Stock & Ready to Ship
• Engineering Support for I/O Solutions
• Secure Online Ordering Platform

Order today from www.xonelec.com and upgrade your interface design with D-Sub Standard Connectors by Itek.

Conclusion

The D-DP-01-1-M-1 D-Sub Standard Connectors by Itek offer time-tested reliability, easy assembly, and EMI shielding in a standard DB9 configuration. Whether you're retrofitting legacy systems or building industrial I/O interfaces, D-Sub Standard Connectors by Itek ensure strong connections and smooth operation—now available globally from Xon Electronics.

FAQs – D-DP-01-1-M-1 Itek Connector

Q1. What type of connector is D-DP-01-1-M-1?
A standard DB9 male D-Sub connector.

Q2. Is it suitable for RS-232 applications?
Yes, it is designed for standard serial communications.

Q3. How is it mounted?
Panel-mounted using screws.

Q4. What is the termination method?
Solder cup.

Q5. Can I purchase this worldwide?
Yes, at www.xonelec.com with delivery to USA, India, Australia, Europe, and other countries.

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CY8C27243-24PVXI – Programmable 8-bit MCU by Infineon for Embedded Control

The 8-bit Microcontrollers - MCU CY8C27243-24PVXI by Infineon offer a cost-effective, programmable solution for embedded control applications. Designed around the powerful PSoC® architecture, this microcontroller provides a flexible combination of digital blocks, analog peripherals, and a reconfigurable interconnect matrix—enabling engineers to create complex designs without needing external components.

In this blog, we’ll explore the technical specs, top features, application insights, integration tips, and where to buy or download the datasheet from Xon Electronics.

Technical Specifications of CY8C27243-24PVXI

• Manufacturer: Infineon

• Part Number: CY8C27243-24PVXI

• Core: 8-bit proprietary M8C CPU

• Operating Voltage: 3V to 5.25V

• Program Memory: 16KB Flash

• RAM: 256 Bytes

• Digital Blocks: 4

• Analog Blocks: 6 (12-bit ADC, DAC, comparators)

• Clock Speed: Up to 24 MHz

• Package: 28-Pin SSOP

• Category: Microcontrollers, 8-bit Microcontrollers - MCU by Infineon

With a combination of digital programmability and embedded analog capability, the CY8C27243-24PVXI 8-bit Microcontrollers - MCU by Infineon reduce component count and speed up product development.

Key Features of CY8C27243-24PVXI

• Programmable Digital and Analog Blocks – Customize timers, PWMs, filters, or ADCs easily

• In-System Reprogrammable Flash – Enables firmware updates in the field

• CapSense® Touch Interface Support – Integrates capacitive touch sensing

• Flexible I/O Routing – Assign peripheral functions to almost any I/O pin

• Low Power Modes – Designed for battery-efficient systems

Thanks to its versatility and compact form factor, the 8-bit Microcontrollers - MCU by Infineon are widely used in both consumer and industrial applications.

Applications of CY8C27243-24PVXI

• Home Appliance Controllers

• Battery-Powered Consumer Devices

• Touch Sensing Interfaces

• Signal Conditioning Modules

• Industrial Automation and Monitoring Systems

The CY8C27243-24PVXI 8-bit Microcontrollers - MCU by Infineon are a go-to choice for developers who need a flexible microcontroller with analog and digital integration.

Integration Tips for Developers

To get the most from the CY8C27243-24PVXI:

[Step 1] Use PSoC Designer™ IDE to visually configure the analog/digital blocks
[Step 2] Assign pins using the Global Interconnect (GI) matrix
[Step 3] Optimize power usage with sleep and standby modes
[Step 4] Utilize CapSense® for touch buttons or sliders
[Step 5] Perform firmware updates using the in-system programming capability

The 8-bit Microcontrollers - MCU by Infineon make embedded control design faster, more compact, and easier to modify without PCB changes.

Use Case Scenario – Smart Water Purifier Control

Scenario: A manufacturer needed a compact MCU to manage sensors, buttons, and display logic in a digital water purifier.

Problem: Their previous design required multiple external components for ADCs and interface logic.

Solution: The CY8C27243-24PVXI 8-bit Microcontrollers - MCU by Infineon consolidated analog input, touch sensing, and digital logic in one chip.

Result: Smaller PCB, lower BOM cost, and enhanced user interface.

This shows why 8-bit Microcontrollers - MCU by Infineon are ideal for feature-rich, compact applications.

Download Datasheet for CY8C27243-24PVXI

Need pin configuration, memory maps, or electrical specs?

[Download CY8C27243-24PVXI Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics is your trusted source for 8-bit Microcontrollers - MCU by Infineon, including the CY8C27243-24PVXI:

• 100% Original Infineon (Cypress) Components
• Worldwide Shipping – USA, India, Australia, Europe & more
• In-Stock Inventory with Quick Dispatch
• Support for PSoC-based Designs
• Simple, Secure Checkout Process

Order today at www.xonelec.com and streamline your embedded designs with 8-bit Microcontrollers - MCU by Infineon.

Conclusion

The CY8C27243-24PVXI 8-bit Microcontrollers - MCU by Infineon combine flash programmability, analog-digital configurability, and compact packaging—making them a perfect fit for modern embedded applications. Power your next innovation with 8-bit Microcontrollers - MCU by Infineon, now available from Xon Electronics.

FAQs – CY8C27243-24PVXI Microcontroller

Q1. What programming tools are compatible?
PSoC Designer™ from Infineon/Cypress.

Q2. Can this MCU handle analog signal inputs?
Yes, it features 6 analog blocks including ADCs and comparators.

Q3. What’s the flash size?
16KB.

Q4. Is it suitable for touch sensing?
Yes, it supports CapSense® technology.

Q5. Can I buy it globally?
Yes, at www.xonelec.com with shipping to USA, India, Australia, Europe, and more.

B64290A711X830 – High-Performance Ferrite Toroid by TDK for EMI Suppression

The Ferrite Toroids / Ferrite Rings B64290A711X830  by TDK are designed to offer effective electromagnetic interference (EMI) suppression and noise filtering in power supplies, transformers, and communication circuits. With TDK's proprietary N30 material and precision manufacturing, this toroid supports high-frequency applications while maintaining minimal core loss and excellent stability.

In this blog, we will cover the technical specs, top features, common applications, usage guidelines, and how to download the datasheet or order from Xon Electronics.

Technical Specifications of B64290A711X830

• Manufacturer: TDK

• Part Number: B64290A711X830

• Type: Ferrite Toroid Core / Ferrite Ring

• Core Material: N30

• Outer Diameter: 25 mm

• Inner Diameter: 15 mm

• Height: 10 mm

• AL Value (Inductance Factor): 2500 nH ±25% per 1 Turn²

• Temperature Range: -30°C to +100°C

• Mounting: Through-Hole / Cable-wrapped

• Category: Magnetic Components, Ferrite Toroids / Ferrite Rings by TDK

The B64290A711X830 Ferrite Toroids / Ferrite Rings by TDK deliver excellent impedance and inductance characteristics across a wide temperature and frequency range.

Key Features of B64290A711X830

• High AL Value (2500 nH/Turn²) – Ideal for compact, high-efficiency inductors

• Low Core Loss – Enhances energy efficiency in power conversion circuits

• TDK N30 Material – Ensures consistent performance across temperature swings

• Suitable for High-Frequency Filtering – Great for EMI and RFI suppression

• Compact Toroidal Shape – Reduces stray magnetic fields

Thanks to these advantages, Ferrite Toroids / Ferrite Rings by TDK are widely used in designs where reliable magnetic performance and EMI suppression are key.

Applications of B64290A711X830 Ferrite Ring

• Switched-Mode Power Supplies (SMPS)

• Common Mode Chokes

• EMI/RFI Filters

• RF Transformers and Inductors

• Cable Shielding and Ferrite Beads

Whether you're designing for industrial equipment, consumer electronics, or RF applications, the B64290A711X830 Ferrite Toroids / Ferrite Rings by TDK ensure stable and efficient magnetic performance.

Usage Tips for Optimal Performance

To use this toroid core effectively:

[Step 1] Choose the right wire gauge based on current requirements
[Step 2] Wind the required number of turns evenly to achieve desired inductance
[Step 3] Use insulating tape or coating if necessary for high-voltage circuits
[Step 4] Mount securely to prevent vibration-related stress
[Step 5] Validate inductance and core heating during circuit testing

Ferrite Toroids / Ferrite Rings by TDK are highly versatile and customizable for both power and signal applications.

Use Case Scenario – EMI Filter in Industrial Control Unit

Scenario: An OEM developer needed to reduce EMI in a power control unit without increasing board space.

Problem: Discrete inductors weren’t filtering enough at higher frequencies.

Solution: The B64290A711X830 Ferrite Toroids / Ferrite Rings by TDK provided compact, efficient suppression of high-frequency noise using common-mode winding.

Result: Improved EMC compliance, reduced interference, and a stable system.

This practical application demonstrates the critical role of Ferrite Toroids / Ferrite Rings by TDK in electromagnetic compatibility.

Download Datasheet for B64290A711X830

Need detailed magnetic properties, saturation curves, or application notes?

[Download B64290A711X830 Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics stocks genuine Ferrite Toroids / Ferrite Rings by TDK, including B64290A711X830:

• 100% Authentic TDK Components
• Global Shipping – USA, India, Australia, Europe & more
• Ready Stock and Fast Dispatch
• Expert Support for Magnetic Design
• Secure Online Ordering Platform

Order now from www.xonelec.com and ensure clean signal performance with Ferrite Toroids / Ferrite Rings by TDK.

Conclusion

The B64290A711X830 Ferrite Toroids / Ferrite Rings by TDK offer compact size, high inductance, and low core loss—ideal for EMI suppression and efficient energy transfer. Trusted by engineers worldwide, Ferrite Toroids / Ferrite Rings by TDK are the backbone of noise-free and stable electronics—available now from Xon Electronics.

FAQs – B64290A711X830 Ferrite Ring

Q1. What is the core material of this toroid?
TDK’s N30 ferrite material.

Q2. Can it be used for common mode filtering?
Yes, it’s ideal for that application.

Q3. What’s the inductance factor?
AL value of 2500 nH per turn².

Q4. Is it suitable for high-frequency EMI filtering?
Absolutely, it performs well up to several MHz.

Q5. Can I purchase it worldwide?
Yes, available at www.xonelec.com with delivery to USA, India, Australia, Europe, and more.

AP22653W6-7 – Smart Power Distribution Switch IC by Diodes Incorporated

The Power Switch ICs - Power Distribution AP22653W6-7 by Diodes Incorporated deliver robust protection and high-efficiency load switching for USB ports, embedded power systems, and general DC distribution. Designed for current-limited applications, this device protects downstream circuitry while maintaining fast and controlled switch performance.

In this blog, we’ll explore key technical specs, features, real-world applications, usage tips, and how to download the datasheet or purchase from Xon Electronics.

Technical Specifications of AP22653W6-7

• Manufacturer: Diodes Incorporated

• Part Number: AP22653W6-7

• Type: Current-Limited Power Distribution Switch

• Operating Voltage: 2.7V to 5.5V

• Continuous Load Current: 2.5A

• On-Resistance (Rds(on)): 70 mO (typ.)

• Overcurrent Protection: Active

• Fault Flag Output: Yes

• Enable Pin: Active-High

• Package: SOT-23-6

• Category: ICs, Power Switch ICs - Power Distribution by Diodes Incorporated

The AP22653W6-7 Power Switch ICs - Power Distribution by Diodes Incorporated combine current limiting, thermal protection, and fast switching in a compact footprint ideal for space-constrained boards.

Key Features of AP22653W6-7

• 2.5A Current Load Capability – Supports high USB and peripheral demands

• Low Rds(on) of 70 mO – Reduces power loss and thermal buildup

• Thermal Shutdown & Short-Circuit Protection – Increases system reliability

• Fault Flag (Open-Drain) – Provides immediate fault diagnostics

• SOT-23-6 Compact Package – Fits tight PCB layouts

Because of these advanced protections and high efficiency, Power Switch ICs - Power Distribution by Diodes Incorporated are trusted across computing, mobile, and industrial applications.

Applications of AP22653W6-7 Power Switch IC

• USB Port Power Management

• Battery-Powered Devices

• Set-Top Boxes and Smart TVs

• Embedded Controllers and IoT Nodes

• Industrial Control and Sensor Hubs

The AP22653W6-7 Power Switch ICs - Power Distribution by Diodes Incorporated are an ideal solution for controlled power delivery and current monitoring in modern electronics.

Usage and Integration Tips

To use the AP22653W6-7 effectively:

[Step 1] Connect VIN to a 5V supply, and VOUT to the downstream load
[Step 2] Pull the EN pin high to activate the switch
[Step 3] Use the FLAG pin to monitor overload or thermal fault status
[Step 4] Add recommended input/output capacitors (typically 1µF–10µF)
[Step 5] Ensure PCB layout accommodates heat dissipation under full load

Thanks to these integration-friendly features, Power Switch ICs - Power Distribution by Diodes Incorporated are simple to deploy yet powerful in performance.

Use Case Scenario – USB Charging Port Protection

Scenario: A consumer electronics brand needed robust power control and fault reporting in a compact USB charging system.

Problem: Voltage spikes and short circuits caused damage to previous designs.

Solution: The AP22653W6-7 Power Switch ICs - Power Distribution by Diodes Incorporated provided current limiting, thermal protection, and a fault indication flag.

Result: Safer USB ports, longer product life, and improved customer satisfaction.

This highlights the reliability and efficiency of Power Switch ICs - Power Distribution by Diodes Incorporated in real-world conditions.

Download Datasheet for AP22653W6-7

Need more detailed specs, pinouts, or thermal ratings?

[Download AP22653W6-7 Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics offers 100% authentic Power Switch ICs - Power Distribution by Diodes Incorporated, including the AP22653W6-7:

• Genuine Diodes Inc. Components
• Worldwide Shipping – USA, India, Australia, Europe & more
• Ready Stock & Fast Dispatch
• Engineering Support Available
• Safe & Simple Checkout Process

Order now at www.xonelec.com and power your designs reliably with Power Switch ICs - Power Distribution by Diodes Incorporated.

Conclusion

The AP22653W6-7 Power Switch ICs - Power Distribution by Diodes Incorporated offer a compact, efficient, and intelligent solution for current-limited power delivery and port protection. With thermal shutdown, short-circuit protection, and diagnostic flag output, Power Switch ICs - Power Distribution by Diodes Incorporated are ideal for any application requiring smart load control—now available globally from Xon Electronics.

FAQs – AP22653W6-7 Power Switch IC

Q1. What is the max continuous current?
2.5A.

Q2. Does it support fault indication?
Yes, it has an open-drain FLAG pin for fault output.

Q3. What’s the ideal application?
USB ports, power distribution, and low-voltage DC switching.

Q4. What is the package type?
SOT-23-6.

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