Z-8101010012B100 Headers & Wire Housings by Nextronics – Reliable Board Connectivity

The Headers & Wire Housings Z-8101010012B100 by Nextronics are designed to deliver secure electrical connections between printed circuit boards and wire assemblies. These components ensure stable signal transmission, easy assembly, and mechanical durability for industrial and consumer electronic applications.

Engineers working with bold: Connectors, Headers & Wire Housings rely on this part for dependable mating performance, precise alignment, and long operational life.

Available from www.xonelec.com — also recognized globally as X-On Electronics and XON Electronics — these components support fast sourcing and consistent quality.

Technical Specifications of Z-8101010012B100

Manufacturer: Nextronics
Part Number: Z-8101010012B100
Product Type: Headers & Wire Housings
Number of Positions: Multi-pin configuration
Pitch: Standard connector spacing
Contact Material: High-conductivity alloy
Housing Material: Flame-retardant thermoplastic
Termination Type: Crimp / IDC compatible
Mounting Type: PCB Through Hole / Wire Housing

Engineered for professional bold: Connectors, Headers & Wire Housings, this product delivers secure connectivity and consistent electrical performance.

Key Features of Z-8101010012B100

• Precise mating and alignment

• Strong mechanical retention

• Reliable electrical contact resistance

• Durable housing material

• Easy wire assembly and maintenance

These advantages make it ideal for applications requiring dependable bold: Connectors, Headers & Wire Housings.

Applications of Z-8101010012B100

The Z-8101010012B100 is widely used in:

• Industrial control systems

• Consumer electronics assemblies

• Power distribution boards

• Communication equipment

• Automotive electronics

• Embedded system wiring

It integrates seamlessly into systems that depend on reliable bold: Connectors, Headers & Wire Housings for signal and power connectivity.

Wiring and Installation Overview

Header and Housing Assembly Guidelines

• Ensure correct pin orientation during mating.

• Use proper crimping tools for wire terminals.

• Verify locking mechanism engagement.

• Avoid excessive bending or pulling on wires.

Proper installation ensures stable connection integrity and long service life.

Use Case Scenario

PCB-to-Wire Interconnection Module

Scenario: A system integrator required compact and reliable board-to-wire connections.
Challenge: Maintaining signal integrity and mechanical strength.
Solution: Z-8101010012B100 provided secure mating and easy assembly.
Result: Reduced installation time and improved system reliability.

Download Datasheet

For detailed mechanical drawings, electrical ratings, material specifications, and mating dimensions, download the official datasheet from the manufacturer or authorized distributors.Z-8101010012B100 Datasheet

Why Buy from XON Electronics?

• Genuine Nextronics components

• Global stock availability

• Fast international shipping

• Competitive pricing

• Professional technical support

Order confidently from www.xonelec.com — trusted worldwide as X-On Electronics and XON Electronics.

Conclusion

The Z-8101010012B100 Headers & Wire Housings by Nextronics deliver dependable connectivity, durable construction, and easy assembly for a wide range of electronic applications. They are ideal for professional board-to-wire interconnections.

FAQs – Z-8101010012B100 Headers & Wire Housings

Q1. What is the primary use of Z-8101010012B100?
It provides secure board-to-wire electrical connections.

Q2. Is it suitable for industrial environments?
Yes, it is designed for durable and reliable operation.

Q3. What termination type does it support?
It supports crimp or compatible termination methods.

Q4. Does it support multi-pin configurations?
Yes, it offers multi-position connectivity options.

Q5. Where can I purchase this connector?
It is available from authorized electronic distributors.

Introduction

The Pluggable Terminal Blocks ETB16030B000Z by Excel Cell Electronic (ECE) are dependable connectivity solutions designed for secure and flexible wire connections in modern electronic systems. Excel Cell Electronic (ECE) is known for producing robust terminal block solutions that support efficient installation and maintenance. As part of Connectors, Terminal Blocks, Pluggable Terminal Blocks, the ETB16030B000Z Pluggable Terminal Blocks by Excel Cell Electronic (ECE) offer excellent electrical performance and mechanical reliability for industrial and commercial applications.

Technical Specifications of ETB16030B000Z Pluggable Terminal Blocks

General Specifications

• Manufacturer: Excel Cell Electronic (ECE)

• Part Number: ETB16030B000Z

• Product Type: Pluggable Terminal Block

• Connection Type: Plug-in / detachable

• Mounting Type: PCB mount

• Design: Modular and service-friendly

• Product Category: Connectors, Terminal Blocks, Pluggable Terminal Blocks

These specifications make the ETB16030B000Z Pluggable Terminal Blocks by Excel Cell Electronic (ECE) suitable for structured and reliable wiring systems.

Key Features of ETB16030B000Z Pluggable Terminal Blocks

Design and Performance Benefits

• Secure and stable wire connection

• Easy plug-and-unplug maintenance

• Durable housing for long service life

• Supports efficient system upgrades

• Proven performance within Connectors, Terminal Blocks, Pluggable Terminal Blocks

The ETB16030B000Z Pluggable Terminal Blocks by Excel Cell Electronic (ECE) are designed to simplify wiring while maintaining strong electrical integrity.

Applications of ETB16030B000Z Pluggable Terminal Blocks

Common Use Cases

• Industrial automation systems

• Power distribution panels

• Control and monitoring equipment

• Building and factory automation

• Systems using Connectors, Terminal Blocks, Pluggable Terminal Blocks

These applications highlight the versatility of the ETB16030B000Z Pluggable Terminal Blocks by Excel Cell Electronic (ECE) across multiple industries.

Installation and Usage Overview

Assembly Guidelines

• Mount the terminal block securely onto the PCB

• Insert wires into the plug section firmly

• Ensure correct polarity and wire alignment

• Test connection stability after installation

Proper installation ensures optimal performance of Connectors, Terminal Blocks, Pluggable Terminal Blocks.

Use Case Example: Modular Control Panel

Practical Implementation

• Application: Industrial control panel wiring

• Challenge: Easy maintenance and secure connections

• Solution: ETB16030B000Z Pluggable Terminal Blocks by Excel Cell Electronic (ECE)

• Result: Faster servicing and reliable electrical connections

This use case demonstrates the value of high-quality Connectors, Terminal Blocks, Pluggable Terminal Blocks.

Datasheet Information

For detailed electrical ratings, mechanical dimensions, and material specifications, refer to the official Excel Cell Electronic (ECE) datasheet available through authorized distributors.

Why Buy ETB16030B000Z Pluggable Terminal Blocks from XON?

Purchasing ETB16030B000Z Pluggable Terminal Blocks by Excel Cell Electronic (ECE) from www.xonelec.com ensures:

• 100% genuine ECE components

• Competitive pricing and stock availability

• Fast global shipping

• Professional customer support

Order confidently from x-on electronics or xon electronics for trusted Connectors, Terminal Blocks, Pluggable Terminal Blocks.

FAQs – ETB16030B000Z Pluggable Terminal Blocks

What is the main advantage of pluggable terminal blocks?

They allow easy disconnection and maintenance without rewiring.

Is this terminal block suitable for industrial use?

Yes, it is designed for industrial and commercial applications.

Can it support modular system designs?

Absolutely, it is ideal for modular and scalable systems.

Does it ensure secure wire connections?

Yes, it provides stable and reliable electrical connections.

Where can I buy it online?

You can purchase it from www.xonelec.com with worldwide shipping.

Conclusion

The ETB16030B000Z Pluggable Terminal Blocks by Excel Cell Electronic (ECE) provide a reliable, modular, and maintenance-friendly solution for modern wiring needs. As a trusted option within Connectors, Terminal Blocks, Pluggable Terminal Blocks, this product is an excellent choice for engineers seeking efficiency and durability.

Introduction

The Pin & Socket Connectors 03-09-2032 by Molex are reliable interconnect solutions engineered for secure electrical connections in a wide range of electronic systems. Molex is globally known for precision engineering and durable connector designs. As part of Connectors, Pin & Socket Connectors, the 03-09-2032 Pin & Socket Connectors by Molex ensure consistent electrical performance, mechanical stability, and long service life across industrial and commercial applications.

Technical Specifications of 03-09-2032 Pin & Socket Connectors

General Specifications

• Manufacturer: Molex

• Part Number: 03-09-2032

• Product Type: Pin & Socket Connector

• Contact Type: Precision pin and socket

• Mounting Type: Wire-to-board / wire-to-wire compatible

• Material: High-quality conductive alloy

• Product Category: Connectors, Pin & Socket Connectors

These features make the 03-09-2032 Pin & Socket Connectors by Molex suitable for dependable signal and power transmission.

Key Features of 03-09-2032 Pin & Socket Connectors

Design and Performance Benefits

• Secure mating and reliable contact retention

• Excellent electrical conductivity

• Durable construction for repeated connections

• Designed for consistent performance

• Trusted quality within Connectors, Pin & Socket Connectors

The 03-09-2032 Pin & Socket Connectors by Molex are built to meet demanding connectivity requirements.

Applications of 03-09-2032 Pin & Socket Connectors

Common Use Cases

• Industrial control equipment

• Consumer electronics assemblies

• Power distribution systems

• Automotive and automation electronics

• Systems using Connectors, Pin & Socket Connectors

These applications highlight the versatility of the 03-09-2032 Pin & Socket Connectors by Molex across multiple industries.

Installation and Usage Overview

Assembly Guidelines

• Ensure correct pin-to-socket alignment

• Apply proper crimping or soldering techniques

• Avoid excessive mechanical stress during installation

• Inspect connections for secure mating

Correct installation ensures optimal performance of Connectors, Pin & Socket Connectors.

Use Case Example: Modular Wiring System

Practical Implementation

• Application: Modular wiring harness

• Challenge: Reliable and repeatable connections

• Solution: 03-09-2032 Pin & Socket Connectors by Molex

• Result: Improved connection reliability and easy maintenance

This example demonstrates the value of high-quality Connectors, Pin & Socket Connectors in professional designs.

Datasheet Information

For detailed electrical ratings, mechanical dimensions, and material specifications, refer to the official Molex datasheet available from authorized distributors.

Why Buy 03-09-2032 Pin & Socket Connectors from XON?

Purchasing 03-09-2032 Pin & Socket Connectors by Molex from www.xonelec.com ensures:

• 100% genuine Molex components

• Competitive pricing and bulk availability

• Fast global shipping

• Expert customer support

Order confidently from x-on electronics or xon electronics for trusted Connectors, Pin & Socket Connectors.

FAQs – 03-09-2032 Pin & Socket Connectors

What is the main purpose of this connector?

It provides secure electrical connections between wires and boards.

Is this connector suitable for industrial use?

Yes, it is designed for industrial and commercial environments.

Does it support repeated mating cycles?

Yes, it offers durable contact performance.

Can it be used in modular systems?

Absolutely, it is ideal for modular wiring designs.

Where can I buy it online?

You can purchase it from www.xonelec.com with worldwide delivery.

Conclusion

The 03-09-2032 Pin & Socket Connectors by Molex deliver reliability, durability, and excellent electrical performance. As a trusted solution within Connectors, Pin & Socket Connectors, they are an excellent choice for engineers seeking secure and long-lasting interconnect solutions.

DS1307N Real Time Clock by HGSEMI – Accurate Timekeeping IC

The Real Time Clock DS1307N by HGSEMI is a low-power clock and calendar IC designed to keep accurate time and date information even during power interruptions. With battery backup support and simple I²C interface communication, it is widely used in embedded systems, data logging, and automation equipment.

Design engineers working with bold: Semiconductors, Integrated Circuits - ICs, Clock & Timer ICs, Real Time Clock rely on DS1307N for reliable timekeeping accuracy and easy system integration.

Available from www.xonelec.com — globally known as X-On Electronics and XON Electronics — these components support rapid development and high-volume production.

Technical Specifications of DS1307N

Manufacturer: HGSEMI
Part Number: DS1307N
Product Type: Real Time Clock IC
Interface: I²C Serial Interface
Timekeeping Functions: Seconds, Minutes, Hours, Day, Date, Month, Year
Backup Supply: External battery support
Operating Voltage: Standard logic voltage range
Package Type: DIP-8
Mounting Type: Through Hole

Engineered for professional bold: Semiconductors, Integrated Circuits - ICs, Clock & Timer ICs, Real Time Clock, this IC ensures stable and continuous time tracking.

Key Features of DS1307N RTC

• Battery-backed timekeeping

• Low power consumption

• Simple I²C communication

• Automatic leap year compensation

• Compact DIP package

These features make it ideal for applications requiring dependable bold: Semiconductors, Integrated Circuits - ICs, Clock & Timer ICs, Real Time Clock.

Applications of DS1307N

The DS1307N is commonly used in:

• Embedded microcontroller systems

• Data logging equipment

• Industrial automation

• Smart meters

• IoT devices

• Consumer electronics

It integrates seamlessly into designs that depend on reliable bold: Semiconductors, Integrated Circuits - ICs, Clock & Timer ICs, Real Time Clock for accurate timestamping.

Wiring and Installation Overview

DIP Package Mounting Guidelines

• Ensure correct pin orientation during placement.

• Use proper pull-up resistors for I²C lines.

• Place the backup battery close to the IC.

• Add decoupling capacitors for stable power supply.

Proper installation improves accuracy and long-term reliability.

Use Case Scenario

Data Logger Time Tracking

Scenario: A data acquisition system required accurate timestamping during power outages.
Challenge: Maintaining real-time clock accuracy with minimal power consumption.
Solution: DS1307N maintained time using battery backup.
Result: Reliable data records and uninterrupted timekeeping.

Download Datasheet

For complete electrical specifications, pin configuration, communication protocol details, and application circuits, download the official datasheet from the manufacturer or authorized distributors.DS1307N Datasheet

Why Buy from XON Electronics?

• Genuine HGSEMI components

• Global stock availability

• Fast international shipping

• Competitive pricing

• Professional technical support

Order confidently from www.xonelec.com — trusted worldwide as X-On Electronics and XON Electronics.

Conclusion

The DS1307N Real Time Clock by HGSEMI delivers accurate timekeeping, low power operation, and easy integration for embedded and industrial applications. It remains a reliable choice for real-time clock designs.

FAQs – DS1307N Real Time Clock

Q1. Does DS1307N support battery backup?
Yes, it supports external battery backup for continuous operation.

Q2. What communication protocol does it use?
It uses an I²C serial interface.

Q3. Can it track date and year automatically?
Yes, it includes automatic calendar tracking and leap year compensation.

Q4. Is it suitable for microcontroller projects?
Yes, it integrates easily with most microcontrollers.

Q5. Where can I purchase DS1307N?
It is available from authorized electronic distributors.

2EHDVC-06P Pluggable Terminal Blocks by Dinkle – Secure Power Connections

The Pluggable Terminal Blocks 2EHDVC-06P by Dinkle are engineered for reliable electrical connections in industrial control systems, automation panels, and power distribution applications. These terminal blocks provide strong mechanical retention, easy wire termination, and efficient modular connectivity for quick installation and maintenance.

Design engineers working with bold: Connectors, Terminal Blocks, Pluggable Terminal Blocks rely on the 2EHDVC-06P series for durability, safety compliance, and consistent electrical performance.

Available from www.xonelec.com — globally recognized as X-On Electronics and XON Electronics — these components ensure reliable sourcing and fast global delivery.

Technical Specifications of 2EHDVC-06P

Manufacturer: Dinkle
Part Number: 2EHDVC-06P
Product Type: Pluggable Terminal Block
Number of Positions: 6 Poles
Pitch: Industry standard spacing
Rated Voltage: Industrial grade rating
Rated Current: High current capacity
Wire Range: Supports multiple conductor sizes
Mounting Type: PCB Through Hole
Connection Type: Screw / Clamp mechanism

Engineered for professional bold: Connectors, Terminal Blocks, Pluggable Terminal Blocks, this terminal block delivers secure connectivity and long-term reliability.

Key Features of 2EHDVC-06P Terminal Blocks

• Secure pluggable locking design

• Easy wire insertion and removal

• High vibration resistance

• Flame-retardant housing material

• Reliable electrical insulation

These advantages make it ideal for applications requiring dependable bold: Connectors, Terminal Blocks, Pluggable Terminal Blocks.

Applications of 2EHDVC-06P

The 2EHDVC-06P is widely used in:

• Industrial automation equipment

• Power distribution panels

• PLC systems

• HVAC control systems

• Robotics and machinery

• Renewable energy controllers

It integrates seamlessly into systems that depend on reliable bold: Connectors, Terminal Blocks, Pluggable Terminal Blocks for signal and power distribution.

Wiring and Installation Overview

Pluggable Terminal Block Installation

• Strip wires to recommended length.

• Insert conductor securely into terminal slot.

• Tighten screw or clamp mechanism properly.

• Plug connector firmly into PCB header.

• Verify electrical continuity before operation.

Proper installation ensures safe and stable electrical connections.

Use Case Scenario

Control Panel Wiring System

Scenario: A panel builder needed modular connectors for easy maintenance.
Challenge: Ensuring fast installation with secure electrical contact.
Solution: 2EHDVC-06P provided reliable plug-and-play connectivity.
Result: Reduced wiring time and improved system serviceability.

Download Datasheet

For complete electrical ratings, dimensional drawings, material specifications, and safety certifications, download the official datasheet from the manufacturer or authorized distributors.2EHDVC-06P Datasheet

Why Buy from XON Electronics?

• Genuine Dinkle products

• Global inventory availability

• Fast international shipping

• Competitive pricing

• Expert technical support

Order confidently from www.xonelec.com — trusted worldwide as X-On Electronics and XON Electronics.

Conclusion

The 2EHDVC-06P Pluggable Terminal Blocks by Dinkle provide secure connections, easy maintenance, and durable construction for industrial and power applications. They are ideal for modern electrical interconnection systems.

FAQs – 2EHDVC-06P Pluggable Terminal Blocks

Q1. How many positions does the 2EHDVC-06P support?
It supports six connection positions.

Q2. Is this terminal block suitable for industrial environments?
Yes, it is designed for industrial-grade performance.

Q3. What wire sizes can it support?
It supports a range of standard conductor sizes.

Q4. Is the connector removable?
Yes, it features a pluggable design for easy maintenance.

Q5. Where can I purchase 2EHDVC-06P?
It is available from authorized electronic distributors.

EXR1000/35 Aluminium Electrolytic Capacitors by Hitano – Stable Power Filtering

The Aluminium Electrolytic Capacitors - Radial Leaded EXR1000/35 by Hitano are designed to deliver reliable energy storage, voltage smoothing, and ripple filtering in power supply and signal conditioning circuits. These capacitors provide consistent electrical performance, long operational life, and compact radial mounting for easy PCB integration.

Engineers working with bold: Passive Components, Capacitors, Aluminium Electrolytic Capacitors, Aluminium Electrolytic Capacitors - Radial Leaded rely on EXR1000/35 for dependable performance in industrial and consumer electronics.

Available from www.xonelec.com — globally recognized as X-On Electronics and XON Electronics — these components support efficient sourcing and rapid deployment.

Technical Specifications of EXR1000/35

Manufacturer: Hitano
Part Number: EXR1000/35
Product Type: Aluminium Electrolytic Capacitor – Radial Leaded
Capacitance: 1000µF
Rated Voltage: 35V
Tolerance: Standard electrolytic tolerance
Operating Temperature: Industrial temperature range
Mounting Type: Radial Through Hole
Package Size: Compact cylindrical design

Engineered for professional bold: Passive Components, Capacitors, Aluminium Electrolytic Capacitors, Aluminium Electrolytic Capacitors - Radial Leaded, this capacitor ensures stable electrical filtering and energy storage.

Key Features of EXR1000/35 Capacitors

• High capacitance for effective smoothing

• Low leakage current

• Long service life

• Stable performance under temperature variation

• Easy PCB installation with radial leads

These advantages make it ideal for applications requiring dependable bold: Passive Components, Capacitors, Aluminium Electrolytic Capacitors, Aluminium Electrolytic Capacitors - Radial Leaded.

Applications of EXR1000/35

The EXR1000/35 capacitor is commonly used in:

• Power supply filtering

• Audio amplifiers

• DC power smoothing circuits

• Consumer electronics

• Industrial control boards

• LED driver circuits

It integrates seamlessly into systems that depend on reliable bold: Passive Components, Capacitors, Aluminium Electrolytic Capacitors, Aluminium Electrolytic Capacitors - Radial Leaded for voltage stability.

Wiring and Installation Overview

Radial Lead Mounting Guidelines

• Observe correct polarity during installation.

• Maintain proper lead spacing on PCB.

• Avoid excessive soldering heat exposure.

• Provide adequate ventilation for thermal dissipation.

Proper installation ensures long-term stability and performance.

Use Case Scenario

Power Supply Smoothing Circuit

Scenario: A power supply designer needed reliable ripple filtering for a DC output stage.
Challenge: Maintaining voltage stability under load variations.
Solution: EXR1000/35 provided high capacitance and low ripple noise.
Result: Improved power quality and system reliability.

Download Datasheet

For detailed electrical specifications, endurance ratings, ripple current limits, and mechanical dimensions, download the official datasheet from the manufacturer or authorized distributors.EXR1000/35 Datasheet

Why Buy from XON Electronics?

• Genuine Hitano components

• Global inventory availability

• Fast international shipping

• Competitive pricing

• Professional technical support

Order confidently from www.xonelec.com — trusted worldwide as X-On Electronics and XON Electronics.

Conclusion

The EXR1000/35 Aluminium Electrolytic Capacitors - Radial Leaded by Hitano deliver dependable energy storage, stable voltage filtering, and compact PCB integration. They are ideal for power supplies, audio circuits, and industrial electronics.

FAQs – EXR1000/35 Aluminium Electrolytic Capacitors

Q1. What is the capacitance value of EXR1000/35?
It provides 1000µF capacitance.

Q2. What voltage rating does it support?
It is rated for 35V operation.

Q3. Is polarity important during installation?
Yes, aluminium electrolytic capacitors are polarized.

Q4. What mounting type does it use?
It uses radial through-hole mounting.

Q5. Where can I purchase EXR1000/35 capacitors?
They are available from authorized electronic distributors.

Introduction

The Low Signal Relays - PCB TX2-12V by Panasonic are compact, high-reliability electromechanical relays designed for precise switching of low-level signals. Manufactured by Panasonic, a global leader in relay technology, this model offers excellent insulation, stable contact performance, and long operational life. As part of Electromechanical, Relays, Low Signal Relays - PCB, the TX2-12V Low Signal Relays - PCB by Panasonic are widely used in communication, industrial, and control applications where accuracy and durability are essential.

Technical Specifications of TX2-12V Low Signal Relays - PCB

General Specifications

• Manufacturer: Panasonic

• Part Number: TX2-12V

• Product Type: Low Signal Relay – PCB Mount

• Coil Voltage: 12V DC

• Contact Configuration: DPDT (2 Form C)

• Mounting Type: PCB Mount

• Electrical Performance: Low contact resistance

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

These specifications make the TX2-12V Low Signal Relays - PCB by Panasonic suitable for compact and high-density PCB designs.

Key Features of TX2-12V Low Signal Relays - PCB

Design and Performance Benefits

• High insulation resistance for signal integrity

• Compact size for space-saving PCB layouts

• Long mechanical and electrical life

• Stable switching of low-level signals

• Proven reliability within Electromechanical, Relays, Low Signal Relays - PCB

The TX2-12V Low Signal Relays - PCB by Panasonic are engineered to meet stringent performance requirements.

Applications of TX2-12V Low Signal Relays - PCB

Common Use Cases

• Telecommunications equipment

• Industrial control systems

• Measurement and testing instruments

• Security and automation devices

• Systems using Electromechanical, Relays, Low Signal Relays - PCB

These applications demonstrate the versatility of the TX2-12V Low Signal Relays - PCB by Panasonic across multiple industries.

Mounting and Usage Overview

Installation Guidelines

• Place relay according to PCB footprint design

• Solder using standard wave or reflow processes

• Ensure correct coil voltage connection

• Test switching operation after installation

Proper installation ensures optimal performance of Electromechanical, Relays, Low Signal Relays - PCB.

Use Case Example: Signal Switching Module

Practical Implementation

• Application: Signal routing in control electronics

• Challenge: Reliable low-level signal switching

• Solution: TX2-12V Low Signal Relays - PCB by Panasonic

• Result: Stable signal transmission and improved system reliability

This example highlights the importance of quality Electromechanical, Relays, Low Signal Relays - PCB in sensitive electronic circuits.

Datasheet Information

For detailed electrical ratings, contact specifications, and mechanical dimensions, refer to the official Panasonic datasheet available through authorized distributors.

Why Buy TX2-12V Low Signal Relays from XON?

Purchasing TX2-12V Low Signal Relays - PCB by Panasonic from www.xonelec.com ensures:

• 100% genuine Panasonic components

• Competitive pricing and ready stock

• Fast global shipping

• Expert customer and technical support

Order confidently from x-on electronics or xon electronics for trusted Electromechanical, Relays, Low Signal Relays - PCB.

FAQs – TX2-12V Low Signal Relays - PCB

What is the main function of TX2-12V relay?

It is used for precise switching of low-level electrical signals.

Is this relay suitable for PCB mounting?

Yes, it is specifically designed for PCB installation.

Does it support long operational life?

Yes, it offers long mechanical and electrical endurance.

Can it be used in industrial applications?

Yes, it is widely used in industrial and communication systems.

Where can I buy this relay online?

You can purchase it from www.xonelec.com with worldwide shipping.

Conclusion

The TX2-12V Low Signal Relays - PCB by Panasonic deliver compact design, reliable switching, and long-term performance for modern electronic systems. As a trusted component within Electromechanical, Relays, Low Signal Relays - PCB, this relay is an excellent choice for engineers seeking dependable signal control solutions.

SN74HC174N(LX) Flip-Flops by lingxingic – High-Speed Logic Storage

The Flip-Flops SN74HC174N(LX) by lingxingic are hex D-type flip-flop integrated circuits designed for high-speed data storage, synchronization, and digital signal processing. These devices provide reliable clocked storage with clear functionality, making them ideal for microcontroller interfacing, counters, and register applications.

Design engineers working with bold: Semiconductors, Integrated Circuits - ICs, Logic ICs, Flip-Flops rely on this device for fast switching performance, low power consumption, and stable logic-level operation.

Available from www.xonelec.com — globally known as X-On Electronics and XON Electronics — these components support efficient prototyping and volume production.

Technical Specifications of SN74HC174N(LX)

Manufacturer: lingxingic
Part Number: SN74HC174N(LX)
Product Type: Hex D-Type Flip-Flop
Logic Family: High-Speed CMOS (HC)
Number of Circuits: 6 Flip-Flops
Clock Type: Positive Edge Triggered
Clear Function: Asynchronous Clear
Supply Voltage: Wide operating range
Package Type: DIP-16
Mounting Type: Through Hole

Engineered for professional bold: Semiconductors, Integrated Circuits - ICs, Logic ICs, Flip-Flops, this IC delivers dependable logic storage and timing accuracy.

Key Features of SN74HC174N(LX)

• High-speed CMOS operation

• Low power consumption

• Six independent D-type flip-flops

• Asynchronous clear for system reset

• Noise-resistant logic levels

These advantages make it ideal for systems requiring dependable bold: Semiconductors, Integrated Circuits - ICs, Logic ICs, Flip-Flops.

Applications of SN74HC174N(LX)

The SN74HC174N(LX) is commonly used in:

• Data registers and buffers

• Digital counters and timers

• Microcontroller interfacing

• Signal synchronization

• Industrial automation logic

• Embedded system designs

It integrates seamlessly into circuits that depend on reliable bold: Semiconductors, Integrated Circuits - ICs, Logic ICs, Flip-Flops for data integrity.

Wiring and Installation Overview

DIP Package Mounting Guidelines

• Ensure correct pin orientation before soldering.

• Use proper decoupling capacitors near VCC pins.

• Maintain clean PCB traces for clock signals.

• Avoid excessive soldering heat exposure.

Proper installation ensures consistent logic performance and longevity.

Use Case Scenario

Digital Data Latching System

Scenario: A designer required synchronized data storage for a microcontroller interface.
Challenge: Maintaining stable timing and minimizing signal noise.
Solution: SN74HC174N(LX) provided reliable edge-triggered storage.
Result: Improved data accuracy and system stability.

Download Datasheet

For complete pin configuration, timing diagrams, electrical characteristics, and recommended operating conditions, download the official datasheet from the manufacturer or authorized distributors.SN74HC174N(LX) Datasheet

Why Buy from XON Electronics?

• Genuine lingxingic components

• Global stock availability

• Fast international shipping

• Competitive pricing

• Professional technical support

Order confidently from www.xonelec.com — trusted worldwide as X-On Electronics and XON Electronics.

Conclusion

The SN74HC174N(LX) Flip-Flops by lingxingic deliver high-speed logic performance, low power operation, and dependable digital storage. They are ideal for registers, counters, and synchronization applications.

FAQs – SN74HC174N(LX) Flip-Flops

Q1. How many flip-flops are inside SN74HC174N(LX)?
It contains six independent D-type flip-flops.

Q2. Does it support asynchronous clear?
Yes, it includes a clear function for immediate reset.

Q3. What voltage range does it operate on?
It supports a wide CMOS voltage range.

Q4. Is it suitable for high-speed logic circuits?
Yes, it is optimized for high-speed digital operation.

Q5. Where can I purchase this IC?
It is available from authorized electronic distributors.

Introduction

The Thin Film Resistors - SMD RG2012N-821-W-T1 by Susumu are high-precision surface-mount resistors designed to deliver stable resistance, low noise, and excellent thermal performance in advanced electronic circuits. Manufactured by Susumu, a global leader in thin film resistor technology, this component is ideal for applications that demand accuracy and long-term reliability. As part of Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD, the RG2012N-821-W-T1 Thin Film Resistors - SMD by Susumu ensure consistent performance in compact PCB designs.

Technical Specifications of RG2012N-821-W-T1 Thin Film Resistors - SMD

General Specifications

• Manufacturer: Susumu

• Part Number: RG2012N-821-W-T1

• Product Type: Thin Film Resistor – SMD

• Resistance Value: 820 O

• Tolerance: Precision tolerance for critical applications

• Package Size: 2012 (0805)

• Mounting Type: Surface Mount

• Product Category: Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD

These specifications make the RG2012N-821-W-T1 Thin Film Resistors - SMD by Susumu well suited for space-efficient and high-accuracy circuit designs.

Key Features of RG2012N-821-W-T1 Thin Film Resistors - SMD

Design and Performance Benefits

• High resistance accuracy and repeatability

• Low temperature coefficient for stable operation

• Low noise characteristics

• Excellent long-term stability

• Proven reliability within Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD

The RG2012N-821-W-T1 Thin Film Resistors - SMD by Susumu are engineered to meet demanding electrical performance requirements.

Applications of RG2012N-821-W-T1 Thin Film Resistors - SMD

Common Use Cases

• Industrial automation and control systems

• Communication and networking equipment

• Medical and measurement instruments

• Automotive electronic modules

• Designs using Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD

These applications highlight the adaptability of the RG2012N-821-W-T1 Thin Film Resistors - SMD by Susumu across multiple industries.

Mounting and Usage Overview

Installation Guidelines

• Suitable for automated SMT pick-and-place

• Reflow solder according to recommended profiles

• Minimize thermal and mechanical stress

• Inspect solder joints after assembly

Proper installation ensures optimal performance of Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD.

Use Case Example: Precision Signal Control Circuit

Practical Implementation

• Application: Signal control and conditioning

• Challenge: Maintaining stable resistance under varying conditions

• Solution: RG2012N-821-W-T1 Thin Film Resistors - SMD by Susumu

• Result: Improved signal accuracy and circuit stability

This example demonstrates the importance of high-quality Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD.

Datasheet Information

For full electrical specifications, temperature ratings, and package details, refer to the official Susumu datasheet available through authorized distributors.

Why Buy RG2012N-821-W-T1 Thin Film Resistors from XON?

Purchasing RG2012N-821-W-T1 Thin Film Resistors - SMD by Susumu from www.xonelec.com offers:

• 100% genuine Susumu components

• Competitive pricing and ready availability

• Fast global shipping

• Professional technical support

Order with confidence from x-on electronics or xon electronics for premium Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD.

FAQs – RG2012N-821-W-T1 Thin Film Resistors - SMD

What makes this resistor suitable for precision circuits?

Thin film construction ensures tight tolerance and low temperature drift.

Is this resistor compatible with standard SMT assembly?

Yes, it is designed for automated SMT processes and reflow soldering.

Does it provide stable long-term performance?

Yes, it maintains resistance accuracy over time and temperature changes.

Can it be used in industrial electronics?

Absolutely, it is widely used in industrial, medical, and automotive systems.

Where can I buy this resistor online?

You can purchase it from www.xonelec.com with worldwide delivery.

Conclusion

The RG2012N-821-W-T1 Thin Film Resistors - SMD by Susumu provide precision, stability, and dependable performance for modern electronic applications. As a trusted component within Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD, this resistor is an excellent choice for engineers focused on accuracy and reliability.

Introduction

The Thin Film Resistors - SMD RG2012N-563-W-T1 by Susumu are precision surface-mount resistors engineered for stable performance, tight tolerance, and low noise in advanced electronic circuits. Manufactured by Susumu, a globally trusted name in resistor technology, this component is ideal for applications that demand accuracy and reliability. As part of Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD, the RG2012N-563-W-T1 Thin Film Resistors - SMD by Susumu ensure consistent electrical characteristics across various operating conditions.

Technical Specifications of RG2012N-563-W-T1 Thin Film Resistors - SMD

General Specifications

• Manufacturer: Susumu

• Part Number: RG2012N-563-W-T1

• Product Type: Thin Film Resistor – SMD

• Resistance Value: 56 kO

• Tolerance: Precision tolerance for accurate designs

• Package Size: 2012 (0805)

• Mounting Type: Surface Mount

• Product Category: Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD

These specifications make the RG2012N-563-W-T1 Thin Film Resistors - SMD by Susumu suitable for compact and high-density PCB layouts.

Key Features of RG2012N-563-W-T1 Thin Film Resistors - SMD

Design and Performance Benefits

• High resistance accuracy and stability

• Low temperature coefficient

• Low noise for signal-sensitive applications

• Excellent long-term reliability

• Proven quality within Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD

The RG2012N-563-W-T1 Thin Film Resistors - SMD by Susumu are built to support precision electronic designs.

Applications of RG2012N-563-W-T1 Thin Film Resistors - SMD

Common Use Cases

• Industrial automation and control systems

• Communication and networking equipment

• Medical and measurement instruments

• Automotive electronic modules

• Designs using Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD

These applications highlight the versatility of the RG2012N-563-W-T1 Thin Film Resistors - SMD by Susumu across multiple industries.

Mounting and Usage Overview

Installation Guidelines

• Compatible with automated SMT assembly

• Reflow solder following recommended profiles

• Handle carefully to avoid mechanical stress

• Inspect solder joints for quality assurance

Proper installation ensures optimal performance of Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD.

Use Case Example: High-Stability Signal Circuit

Practical Implementation

• Application: Signal conditioning and feedback circuits

• Challenge: Maintaining resistance stability under temperature changes

• Solution: RG2012N-563-W-T1 Thin Film Resistors - SMD by Susumu

• Result: Improved circuit accuracy and long-term performance

This example demonstrates the value of reliable Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD.

Datasheet Information

For complete electrical characteristics, thermal ratings, and mechanical dimensions, refer to the official Susumu datasheet available from authorized distributors.

Why Buy RG2012N-563-W-T1 Thin Film Resistors from XON?

Buying RG2012N-563-W-T1 Thin Film Resistors - SMD by Susumu from www.xonelec.com ensures:

• 100% genuine Susumu components

• Competitive pricing and consistent stock

• Fast global shipping

• Dedicated technical support

Order confidently from x-on electronics or xon electronics for premium Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD.

FAQs – RG2012N-563-W-T1 Thin Film Resistors - SMD

What makes this resistor suitable for precision applications?

Its thin film construction offers tight tolerance and low temperature drift.

Is it compatible with standard SMT assembly?

Yes, it supports automated pick-and-place and reflow soldering.

Does it provide stable long-term performance?

Yes, it is designed for excellent resistance stability over time.

Can it be used in industrial electronics?

Absolutely, it is suitable for industrial, medical, and automotive systems.

Where can I buy this resistor online?

You can purchase it from www.xonelec.com with worldwide delivery.

Conclusion

The RG2012N-563-W-T1 Thin Film Resistors - SMD by Susumu offer precision, stability, and dependable performance for advanced electronic applications. As a trusted component within Passive Components, Resistors, Film Resistors, Thin Film Resistors - SMD, this resistor is an excellent choice for engineers seeking accuracy and long-term reliability.