AUIRLR3410 MOSFETs Transistors by Infineon – Efficient Power Switching for Modern Electronics

The MOSFETs Transistors AUIRLR3410 by Infineon are high-efficiency Semiconductors designed for low-voltage, high-current applications. These Discrete Semiconductors deliver exceptional switching performance, making them ideal for automotive, industrial, and consumer electronics. As part of Infineon’s advanced Transistors and MOSFETs lineup, the AUIRLR3410 provides reliable operation with low RDS(on) and enhanced energy efficiency.

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

Technical Specifications of AUIRLR3410

• Manufacturer: Infineon Technologies

• Model: AUIRLR3410

• Type: MOSFETs Transistors

• Technology: N-Channel MOSFET

• Drain-to-Source Voltage (Vds): 40V

• Continuous Drain Current: 18A

• RDS(on): 6.3 mO (at Vgs = 10V)

• Operating Temperature: -55°C to +175°C

• Package: DPAK (TO-252)

• Category: Semiconductors, Discrete Semiconductors, Transistors, MOSFETs

This MOSFET is optimized for low conduction losses and robust thermal performance.

Key Features of AUIRLR3410 MOSFETs

• Ultra-low RDS(on) for reduced conduction losses

• High current handling capability of 18A

• Compact DPAK package for space-saving designs

• Excellent thermal performance for demanding applications

• Part of Infineon’s trusted Transistors MOSFETs and Discrete Semiconductors range

The AUIRLR3410 MOSFETs Transistors by Infineon are an ideal solution for engineers designing efficient power electronics.

Applications of AUIRLR3410 MOSFETs

• Automotive electronics including powertrain systems

• DC-DC converters and power supplies

• Motor control and switching circuits

• Consumer electronics and home appliances

• Industrial automation requiring robust MOSFETs and Discrete Semiconductors

These Transistors deliver reliable performance in critical power management applications.

Installation and Handling Overview

To integrate the AUIRLR3410 MOSFET:

• Design PCB layouts to accommodate the DPAK (TO-252) footprint.

• Ensure proper heat sinking for high-current applications.

• Follow Infineon’s recommended gate drive voltage for efficient switching.

• Validate thermal and electrical performance during system testing.

This Semiconductors component is optimized for ease of design and superior energy efficiency.

Use Case Scenario: Automotive Power Control

Scenario: An automotive manufacturer needed efficient MOSFETs Transistors for high-current motor drivers.

Problem: Existing components produced excessive heat and reduced efficiency.

Solution: The AUIRLR3410 MOSFETs by Infineon offered ultra-low RDS(on) and superior thermal management.

Result: Enhanced energy efficiency, reduced heat generation, and improved system lifespan.

Download Datasheet for AUIRLR3410

Download AUIRLR3410 Datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics provides authentic Infineon MOSFETs Transistors with:

• 100% Genuine Products for Power Applications

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

• Bulk Order Discounts and OEM Support Available

• Expert Technical Assistance for Seamless Integration

• Secure Online Ordering at www.xonelec.com

FAQs – AUIRLR3410 MOSFETs Transistors by Infineon

Q1. What is the maximum drain current of AUIRLR3410?
It supports up to 18A continuous current.

Q2. Is it suitable for automotive use?
Yes, it is designed for automotive-grade applications.

Q3. What is the RDS(on) value?
It features an ultra-low RDS(on) of 6.3 mO at Vgs = 10V.

Q4. Can I order it worldwide?
Yes, Xon Electronics ships to USA, India, Australia, Europe & more.

Conclusion

The AUIRLR3410 MOSFETs Transistors by Infineon deliver efficient power switching and thermal performance for automotive, industrial, and consumer electronics. As part of Infineon’s high-quality Semiconductors, they are the preferred choice for engineers building energy-efficient systems. Order today from Xon Electronics for global delivery and technical support.

ATMEGA644P-20AU 8-bit Microcontrollers - MCU by Microchip – Versatile Embedded Solutions

The 8-bit Microcontrollers - MCU ATMEGA644P-20AU by Microchip are high-performance Semiconductors designed for efficient embedded applications. As part of Microchip’s reliable range of Integrated Circuits - ICs, these Embedded Processors & Controllers provide powerful computing capabilities, low power consumption, and flexible interfacing options for a wide array of electronic designs.

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

Technical Specifications of ATMEGA644P-20AU

• Manufacturer: Microchip Technology

• Model: ATMEGA644P-20AU

• Type: 8-bit Microcontrollers - MCU

• Architecture: AVR® 8-bit

• Flash Memory: 64KB

• SRAM: 4KB

• Operating Voltage: 1.8V to 5.5V

• Clock Speed: 20 MHz

• Package: TQFP-44

• Category: Semiconductors, Integrated Circuits - ICs, Embedded Processors & Controllers, Microcontrollers - MCU, 8-bit Microcontrollers - MCU

This MCU is perfect for developers seeking a balance of performance and energy efficiency in embedded designs.

Key Features of ATMEGA644P-20AU Microcontroller

• High-performance 8-bit AVR® architecture

• 64KB Flash memory and 4KB SRAM for versatile programming

• Multiple communication interfaces: UART, SPI, I²C

• Advanced power-saving features for low-power applications

• Part of Microchip’s renowned Embedded Processors & Controllers portfolio

The ATMEGA644P-20AU 8-bit Microcontrollers - MCU by Microchip offer excellent reliability and flexibility for a range of embedded systems.

Applications of ATMEGA644P-20AU Microcontrollers

• Consumer electronics and IoT devices

• Automotive control systems and dashboards

• Industrial automation and robotics

• Medical instrumentation and wearable devices

• OEM designs requiring robust Microcontrollers - MCU for precise control

These 8-bit Microcontrollers - MCU enable efficient and scalable embedded designs worldwide.

Installation and Handling Overview

To integrate the ATMEGA644P-20AU:

• Ensure proper PCB design with matching TQFP-44 footprint.

• Program using AVR development tools or compatible ISP programmers.

• Follow Microchip’s recommended guidelines for power and clock configuration.

• Test with in-system debugging tools for validation.

This Semiconductors solution ensures smooth deployment in embedded systems.

Use Case Scenario: Industrial Automation Controller

Scenario: An automation company required compact and energy-efficient 8-bit Microcontrollers - MCU for programmable controllers.

Problem: Standard MCUs lacked sufficient memory and interfacing options.

Solution: The ATMEGA644P-20AU Microcontroller by Microchip provided ample memory, multiple interfaces, and low power consumption.

Result: Improved product functionality and reduced development time.

Download Datasheet for ATMEGA644P-20AU

Download ATMEGA644P-20AU Datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics supplies genuine Microchip Embedded Processors & Controllers with:

• 100% Authentic Products for Embedded Designs

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

• Bulk Discounts and OEM Support Available

• Technical Assistance for Seamless Integration

• Secure Online Ordering at www.xonelec.com

FAQs – ATMEGA644P-20AU Microcontrollers

Q1. What is the maximum operating speed of this MCU?
It operates at up to 20 MHz.

Q2. Is it suitable for automotive applications?
Yes, it meets requirements for many automotive control systems.

Q3. How much Flash memory is included?
It offers 64KB of Flash for program storage.

Q4. Does Xon Electronics ship globally?
Yes, we deliver to USA, India, Australia, Europe & more.

Conclusion

The ATMEGA644P-20AU 8-bit Microcontrollers - MCU by Microchip are versatile solutions for embedded applications demanding efficient performance and low power usage. As part of Microchip’s premium Semiconductors lineup, they are trusted by engineers worldwide. Order now from Xon Electronics for fast global shipping and technical support.

AQW212EHAX Solid State Relays - PCB Mount by Panasonic – Compact & Reliable Switching Solutions

The Solid State Relays - PCB Mount AQW212EHAX by Panasonic are advanced Electromechanical solutions designed for silent and reliable switching in compact electronic systems. These Solid State Relays provide excellent isolation, long operational life, and easy PCB integration, making them ideal for industrial, medical, and telecommunications applications.

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

Technical Specifications of AQW212EHAX

• Manufacturer: Panasonic

• Model: AQW212EHAX

• Type: Solid State Relays - PCB Mount

• Load Voltage: 60V

• Load Current: 0.12A

• Control Voltage: 3V to 5V

• Output Type: MOSFET Output

• Isolation Voltage: 1500Vrms

• Package: 4-Pin DIP

• Category: Electromechanical, Relays, Solid State Relays, Solid State Relays - PCB Mount

This relay offers superior performance in applications requiring compact, silent, and highly reliable switching.

Key Features of AQW212EHAX Solid State Relays

• Compact DIP package for seamless PCB mounting

• Long operational life with no mechanical wear

• Low power consumption and fast response times

• High isolation voltage for safety and reliability

• Part of Panasonic’s trusted Electromechanical Relays lineup

The AQW212EHAX Solid State Relays - PCB Mount by Panasonic deliver efficient switching for low-power and sensitive electronic circuits.

Applications of AQW212EHAX Solid State Relays

• Medical devices requiring silent operation

• Industrial automation and process control systems

• Telecommunication and networking equipment

• Security systems and alarm circuits

• OEM projects using Solid State Relays - PCB Mount for space-saving designs

These Relays are ideal for environments where durability and noise-free operation are essential.

Installation and Handling Overview

To integrate the AQW212EHAX:

• Align the relay pins with the PCB footprint and solder securely.

• Ensure control voltage levels are within specified ranges for reliable operation.

• Verify isolation requirements for safety compliance.

• Test the system under load conditions to confirm functionality.

This Electromechanical solution simplifies PCB assembly while enhancing system performance.

Use Case Scenario: Medical Device Switching

Scenario: A medical device manufacturer needed compact Solid State Relays - PCB Mount for noise-free operation.

Problem: Traditional mechanical relays created audible noise and wore out quickly.

Solution: The AQW212EHAX Solid State Relays by Panasonic provided silent switching and a long service life.

Result: Enhanced device performance with zero relay maintenance required.

Download Datasheet for AQW212EHAX

Download AQW212EHAX Datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics supplies authentic Panasonic Solid State Relays - PCB Mount with:

• 100% Genuine Products for Industrial and Medical Applications

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

• OEM Discounts and Bulk Order Options Available

• Technical Assistance for Seamless Integration

• Secure Online Ordering at www.xonelec.com

FAQs – AQW212EHAX Solid State Relays

Q1. What type of output does this relay use?
It features a MOSFET output for efficient switching.

Q2. Is this relay silent during operation?
Yes, it operates silently with no mechanical parts.

Q3. Can this relay be used in medical devices?
Absolutely, it’s ideal for noise-sensitive environments.

Q4. Does Xon Electronics ship globally?
Yes, we deliver to USA, India, Australia, Europe & more.

Conclusion

The AQW212EHAX Solid State Relays - PCB Mount by Panasonic are compact, silent, and highly reliable switching components for modern electronic systems. As a premium Electromechanical product, it ensures long-lasting performance in critical applications. Order today from Xon Electronics for global delivery and technical support.

AD9910BSVZ Data Acquisition ADCs/DACs - Specialised by Analog Devices – High-Performance Data Converters

The Data Acquisition ADCs/DACs - Specialised AD9910BSVZ by Analog Devices are advanced Semiconductors designed for high-speed digital-to-analog conversion in critical systems. These Integrated Circuits - ICs are part of Analog Devices’ premium range of Data Converter ICs, providing precision and reliability for applications requiring fast signal generation and processing.

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

Technical Specifications of AD9910BSVZ

• Manufacturer: Analog Devices

• Model: AD9910BSVZ

• Type: Data Acquisition ADCs/DACs - Specialised

• Resolution: 14-bit DAC

• Maximum Update Rate: 1 GSPS (Giga-Samples per Second)

• Power Supply: 1.8V and 3.3V

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

• Package Type: LFCSP-100

• Category: Semiconductors, Integrated Circuits - ICs, Data Converter ICs, Data Acquisition ADCs/DACs - Specialised

These Data Converter ICs are designed for applications requiring precise signal control and high-speed data processing.

Key Features of AD9910BSVZ Data Converters

• High-speed 1 GSPS 14-bit DAC for advanced signal processing

• Integrated PLL (Phase-Locked Loop) for clock multiplication

• Flexible digital waveform generation capabilities

• Low phase noise and high dynamic range performance

• Part of Analog Devices’ trusted Semiconductors and Data Acquisition ADCs/DACs - Specialised portfolio

The AD9910BSVZ Data Acquisition ADCs/DACs - Specialised by Analog Devices ensure superior accuracy and speed in complex systems.

Applications of AD9910BSVZ Data Converters

• Wireless communication systems and base stations

• Test and measurement instrumentation

• Radar and military-grade systems

• High-speed data acquisition and waveform generation

• OEM solutions integrating Data Acquisition ADCs/DACs - Specialised for precision control

These Integrated Circuits - ICs are vital for engineers building next-generation high-speed electronic systems.

Installation and Handling Overview

To integrate the AD9910BSVZ:

• Ensure proper PCB layout design for high-speed signal integrity.

• Use low-noise power supplies for stable operation.

• Follow Analog Devices’ recommended grounding and decoupling practices.

• Validate signal output with high-frequency oscilloscopes or analyzers.

These Data Converter ICs demand careful design consideration for optimal performance.

Use Case Scenario: Advanced Communication Systems

Scenario: A wireless communication company required high-speed Data Acquisition ADCs/DACs - Specialised for precision signal synthesis.

Problem: Conventional DACs failed to meet bandwidth and phase noise requirements.

Solution: The AD9910BSVZ Data Acquisition ADCs/DACs by Analog Devices offered 1 GSPS conversion and low jitter operation.

Result: Improved signal clarity and faster system response in the communication platform.

Download Datasheet for AD9910BSVZ

Download AD9910BSVZ Datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics offers authentic Analog Devices Data Converter ICs with:

• 100% Genuine Products for Critical Applications

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

• Bulk Order Discounts and OEM Support

• Technical Assistance for Seamless Integration

• Secure Online Ordering at www.xonelec.com

FAQs – AD9910BSVZ Data Acquisition ADCs/DACs

Q1. What is the maximum sample rate of this DAC?
It supports up to 1 GSPS.

Q2. Is this suitable for military-grade systems?
Yes, it is widely used in radar and defense applications.

Q3. Does it include a PLL for clock multiplication?
Yes, it features an integrated PLL for flexibility.

Q4. Can I purchase this globally?
Yes, Xon Electronics ships to USA, India, Australia, Europe & more.

Conclusion

The AD9910BSVZ Data Acquisition ADCs/DACs - Specialised by Analog Devices provide unmatched speed and precision for advanced electronic systems. As premium Semiconductors in the Integrated Circuits - ICs category, they are ideal for high-performance applications worldwide. Order today from Xon Electronics for global delivery and technical support.

9G0848G102 DC Fans by Sanyo Denki – Advanced Thermal Management Solutions

The DC Fans 9G0848G102 by Sanyo Denki are high-performance Thermal Management solutions engineered for optimal airflow and cooling in electronic systems. These durable Fans & Blowers provide efficient heat dissipation, ensuring the longevity and reliability of sensitive components. As part of Sanyo Denki’s trusted range of DC Fans, the 9G0848G102 is ideal for industrial, telecom, and consumer electronics applications requiring consistent cooling.

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

Technical Specifications of 9G0848G102

• Manufacturer: Sanyo Denki

• Model: 9G0848G102

• Type: DC Fans

• Rated Voltage: 48V DC

• Airflow: 57.0 CFM

• Speed: 4800 RPM

• Noise Level: 46 dBA

• Bearing Type: Ball Bearing

• Dimensions: 80mm x 80mm x 25mm

• Category: Thermal Management, Fans & Blowers, DC Fans

These Fans are built for high-efficiency cooling and quiet operation in space-constrained systems.

Key Features of 9G0848G102 DC Fans

• High airflow of 57.0 CFM for superior cooling

• Durable ball bearing design for extended lifespan

• Compact size for integration into tight enclosures

• Low noise levels for quieter operation

• Part of Sanyo Denki’s robust Fans & Blowers and DC Fans product line

The 9G0848G102 DC Fans by Sanyo Denki deliver reliable performance even in demanding thermal conditions.

Applications of 9G0848G102 DC Fans

• Cooling of industrial control panels and machinery

• Thermal regulation in telecommunications equipment

• Heat dissipation in server and data center systems

• Consumer electronics and medical devices

• OEM designs requiring compact and efficient DC Fans for Thermal Management

These Fans & Blowers ensure consistent cooling for high-performance electronics.

Installation and Handling Overview

To install the 9G0848G102 DC Fan:

• Mount securely using the provided screw holes on the fan’s frame.

• Connect to the power supply using appropriate voltage and polarity.

• Ensure unobstructed airflow for maximum cooling efficiency.

• Perform regular cleaning to maintain optimal thermal performance.

These Thermal Management components are designed for easy integration and maintenance.

Use Case Scenario: Data Center Cooling

Scenario: A data center required robust DC Fans for server racks operating 24/7.

Problem: Previous fans failed under heavy thermal loads, leading to system downtime.

Solution: The 9G0848G102 DC Fans by Sanyo Denki offered high airflow and low noise levels.

Result: Improved system reliability and reduced maintenance costs.

Download Datasheet for 9G0848G102

Download 9G0848G102 Datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics supplies genuine Sanyo Denki DC Fans with:

• 100% Authentic Products for Thermal Management

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

• OEM Discounts and Bulk Order Options Available

• Expert Technical Support for Integration

• Secure Online Ordering at www.xonelec.com

FAQs – 9G0848G102 DC Fans by Sanyo Denki

Q1. What voltage does the 9G0848G102 require?
It operates at 48V DC.

Q2. Are these fans suitable for server cooling?
Yes, they are ideal for high-performance server and data center systems.

Q3. How noisy is this fan during operation?
It produces only 46 dBA, ensuring quieter operation.

Q4. Is worldwide shipping available?
Yes, Xon Electronics ships to USA, India, Australia, Europe & more.

Conclusion

The 9G0848G102 DC Fans by Sanyo Denki are efficient and durable cooling solutions for industrial, telecom, and consumer electronics applications. As essential Thermal Management components, they ensure reliable performance and system longevity. Order now from Xon Electronics for global delivery and technical assistance.

744206 Common Mode Chokes / Filters by Wurth – Advanced EMI Suppression for Modern Electronics

The Common Mode Chokes / Filters 744206 by Wurth are premium-quality Passive Components engineered for high-efficiency noise suppression in power and signal lines. These robust Inductors and Chokes & Coils are widely used in industrial, automotive, and consumer electronics applications to eliminate electromagnetic interference (EMI) and ensure signal integrity.

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

Technical Specifications of 744206

• Manufacturer: Wurth Electronics

• Model: 744206

• Type: Common Mode Chokes / Filters

• Inductance: 10 mH

• Rated Current: 2 A

• DC Resistance (DCR): 200 mO

• Operating Temperature: -40°C to +125°C

• Mounting Type: Through Hole

• Category: Passive Components, Inductors, Chokes & Coils, Common Mode Chokes / Filters

These Common Mode Chokes / Filters are designed for high EMI suppression performance in compact electronic circuits.

Key Features of 744206 Common Mode Chokes

• Excellent EMI suppression for differential and common mode noise

• High reliability in industrial and automotive environments

• Compact through-hole design for easy PCB integration

• Wide operating temperature range for harsh conditions

• Part of Wurth’s trusted range of Passive Components, Inductors, and Chokes & Coils

The 744206 Common Mode Chokes / Filters by Wurth are ideal for engineers building robust power and signal filtering systems.

Applications of 744206 Common Mode Chokes

• Power supplies and AC/DC converters

• Industrial control systems and automation equipment

• Automotive electronics and EV charging systems

• Consumer electronics requiring EMI suppression

• OEM designs leveraging premium Common Mode Chokes / Filters

These Passive Components ensure optimal noise reduction for sensitive electronic devices.

Installation and Handling Overview

To integrate the 744206 Common Mode Choke:

• Place the component in the designated through-hole mounting location on the PCB.

• Solder carefully to ensure secure electrical and mechanical connections.

• Verify orientation and polarity as per the circuit design.

• Test EMI suppression performance during system validation.

These Inductors simplify the process of EMI mitigation in critical systems.

Use Case Scenario: Power Supply EMI Reduction

Scenario: A power supply manufacturer required efficient Common Mode Chokes / Filters for meeting EMI compliance standards in compact designs.

Problem: Previous solutions were bulky and lacked sufficient noise attenuation.

Solution: The 744206 Common Mode Chokes / Filters by Wurth offered compact size with superior EMI suppression.

Result: Enhanced power supply efficiency and full compliance with global EMI standards.

Download Datasheet for 744206

Download 744206 Datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics provides authentic Wurth Common Mode Chokes / Filters with:

• 100% Genuine Products for EMI Suppression

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

• OEM Discounts and Bulk Order Options Available

• Technical Support for Seamless Integration

• Secure Online Ordering at www.xonelec.com

FAQs – 744206 Common Mode Chokes by Wurth

Q1. What current rating does this choke support?
It supports up to 2 A continuous current.

Q2. Is it suitable for automotive electronics?
Yes, it performs well in automotive and industrial environments.

Q3. What type of mounting does it use?
It uses through-hole mounting for easy PCB integration.

Q4. Can I get global shipping?
Yes, Xon Electronics ships to USA, India, Australia, Europe & more.

Conclusion

The 744206 Common Mode Chokes / Filters by Wurth deliver superior EMI suppression for power and signal lines in industrial, automotive, and consumer electronics. As premium Passive Components, they ensure long-lasting performance and compliance with stringent EMI standards. Order today from Xon Electronics for global delivery and expert technical support.

74HC373N – Octal Transparent Latch by NXP for Parallel Data Storage

The Latches 74HC373N by NXP are high-speed silicon gate CMOS devices designed to store and hold parallel data in digital systems. With an octal D-type transparent latch configuration and 3-state outputs, this IC is ideal for temporary data storage, bus driving, buffering, and memory address latching in microcontroller and processor-based applications.

In this blog, we’ll explore technical specs, key features, use cases, connection tips, and how to purchase or download the datasheet from Xon Electronics.

Technical Specifications of 74HC373N

• Manufacturer: NXP

• Part Number: 74HC373N

• Type: Octal D-Type Transparent Latch with 3-State Outputs

• Logic Family: HC (High-Speed CMOS)

• Supply Voltage Range: 2V to 6V

• Input Compatibility: CMOS, TTL

• Number of Channels: 8 (Octal)

• Package Type: DIP-20

• Propagation Delay: ~13ns at 5V

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

• Category: Logic ICs, Latches by NXP

With robust performance and versatile features, the 74HC373N Latches by NXP are ideal for logic interfacing in computers, embedded systems, and digital controllers.

Key Features of 74HC373N

• Octal Data Storage (8-bit) – Stores 8 bits of data simultaneously

• Transparent Latch Function – Allows real-time data transfer during enable

• 3-State Outputs – Supports bus-oriented systems and multiplexing

• TTL-Compatible Inputs – Easy interface with legacy and mixed logic levels

• Standard DIP-20 Package – Great for prototyping and breadboard use

Thanks to its efficient architecture, Latches by NXP are essential in systems requiring temporary data retention, such as microprocessor address latching or I/O buffering.

Applications of 74HC373N Latch

• Microcontroller and Processor Address Latching

• Bus Driver Circuits

• Data Storage in Timing Control Systems

• Memory Control Interfaces

• General Digital Signal Processing

Because of their high-speed operation and compatibility with modern logic levels, the 74HC373N Latches by NXP are widely used in digital electronics and embedded systems design.

Connection Guide

Here’s how to use the 74HC373N in a basic logic setup:

[Step 1] Connect data lines D0–D7 to input pins 3–6 and 11–14
[Step 2] Use the LE (Latch Enable) pin to control when data is latched
[Step 3] Enable output via the OE (Output Enable) pin for bus access
[Step 4] Power the chip with Vcc (pin 20) and connect GND (pin 10)
[Step 5] Confirm logic states using LEDs or a logic analyzer during operation

Easy to configure and integrate, Latches by NXP deliver dependable timing and data retention in digital systems.

Use Case Scenario – Microprocessor Address Bus Control

Scenario: A digital designer needed to hold a memory address output from a microcontroller while switching to a data bus.

Problem: Real-time switching caused unstable behavior during transitions.

Solution: The 74HC373N Latches by NXP provided address latching with transparent logic and tri-state outputs.

Result: Smooth and reliable address control with simplified timing architecture.

This demonstrates how Latches by NXP enhance system stability in address/data separation and bus interfacing.

Download Datasheet for 74HC373N

Need pinouts, electrical characteristics, or logic timing diagrams?

[Download 74HC373N Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics offers a full range of Latches by NXP, including the 74HC373N model:

• 100% Authentic NXP Components
• Global Shipping – USA, India, Australia, Europe & more
• In-Stock & Ready for Fast Dispatch
• Expert Technical Support
• Secure, Easy Checkout for All Orders

Order now at www.xonelec.com and build stable digital systems using Latches by NXP.

Conclusion

The 74HC373N Latches by NXP offer an excellent combination of speed, versatility, and reliability for temporary data storage and bus interfacing in digital systems. With 3-state outputs and easy-to-use DIP packaging, Latches by NXP simplify logic design and improve timing precision—available worldwide from Xon Electronics.

FAQs – 74HC373N NXP Latch

Q1. What does the 74HC373N do?
It latches 8-bit data inputs with 3-state output capability.

Q2. What package is it in?
DIP-20 through-hole.

Q3. Is it TTL-compatible?
Yes, fully compatible with TTL and CMOS logic levels.

Q4. Can I use it with microcontrollers?
Absolutely—it’s widely used for address/data bus control.

Q5. Can I order it internationally?
Yes, available at www.xonelec.com with shipping to USA, India, Australia, Europe, and other countries.

712797R – Compact Molex Wire Housing for Secure PCB Connectivity

The Headers & Wire Housings 712797R by Molex are engineered for dependable, high-density electrical connections in consumer electronics, industrial systems, and automotive assemblies. Designed with Molex's trusted standards, this housing offers a compact footprint and reliable retention, making it a go-to solution for signal and low-current power applications.

In this blog, we’ll break down technical specifications, key features, common applications, installation guidance, and how to purchase or download the datasheet from Xon Electronics.

Technical Specifications of 712797R

• Manufacturer: Molex

• Part Number: 712797R

• Type: Wire Housing / Connector

• Mounting Type: Free-Hanging (In-line)

• Number of Circuits: 2

• Pitch: 2.54 mm

• Termination Style: Crimp

• Housing Material: Nylon (UL 94V-0)

• Gender: Receptacle

• Category: Connectors, Headers & Wire Housings by Molex

Small yet reliable, the 712797R Headers & Wire Housings by Molex ensure excellent mechanical and electrical connections in space-constrained designs.

Key Features of 712797R

• 2.54mm Pitch Standard – Compatible with a wide range of pin headers

• Crimp Terminal Interface – Provides secure, vibration-resistant connections

• Polarization Features – Prevents mismating and improves assembly accuracy

• Durable Nylon Housing – Withstands temperature variations and mechanical stress

• RoHS Compliant – Environmentally safe and industry-certified

Because of these features, Headers & Wire Housings by Molex are widely used in PCB-to-wire interconnect applications where compactness and reliability are critical.

Applications of 712797R Housing

• Consumer Electronics and Home Appliances

• Power Supply and Signal Transmission Modules

• LED Lighting Assemblies

• Automotive Subsystems

• Test & Measurement Equipment

The 712797R Headers & Wire Housings by Molex are especially popular in cable harnesses and control boards requiring simple, durable, and easily maintainable connectors.

Installation Guide

To install and use the 712797R housing:

[Step 1] Crimp compatible Molex terminals to stripped wire leads
[Step 2] Insert crimped terminals into the housing until they click into place
[Step 3] Align housing with matching header on the PCB
[Step 4] Press-fit or lock into the mating header
[Step 5] Tug test the wires to confirm secure engagement

With a user-friendly design and wide compatibility, Headers & Wire Housings by Molex reduce installation errors and speed up assembly times.

Use Case Scenario – LED Control Board Integration

Scenario: A lighting system integrator required compact, easy-to-install wire housings to connect LED control modules to main driver boards.

Problem: Existing connectors were too bulky and prone to disconnections under vibration.

Solution: The 712797R Headers & Wire Housings by Molex offered a space-saving, high-retention alternative.

Result: Streamlined production, improved field reliability, and simpler servicing.

Yet another reason why engineers choose Headers & Wire Housings by Molex for demanding signal and low-power interconnections.

Download Datasheet for 712797R

Need detailed specs, mating pinout, or 3D models?

[Download 712797R Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics is your trusted source for Headers & Wire Housings by Molex, including the 712797R:

• 100% Authentic Molex Components
• Global Shipping – USA, India, Australia, Europe & more
• Ready-to-Ship Inventory
• Design & Technical Assistance Available
• Easy & Secure Checkout Process

Order now from www.xonelec.com and build with precision connectivity solutions from Molex.

Conclusion

The 712797R Headers & Wire Housings by Molex provide robust, compact, and reliable wire-to-board connectivity for a wide range of electronics. With a 2.54mm pitch, crimp-style interface, and high mechanical reliability, Headers & Wire Housings by Molex ensure error-free connections in industrial, consumer, and automotive circuits—available globally from Xon Electronics.

FAQs – 712797R Molex Housing

Q1. How many circuits does the 712797R support?
2 circuits.

Q2. What is the pitch size?
2.54mm.

Q3. Is it RoHS compliant?
Yes, it meets global environmental compliance standards.

Q4. What type of wires can it accept?
Compatible with crimped wires using Molex terminals.

Q5. Can I order this globally?
Yes, it's available at www.xonelec.com with shipping to USA, India, Australia, Europe, and other countries.

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6056 – Compact Test Jack by Keystone for PCB & Panel Testing Applications

The Test Plugs & Test Jacks 6056 by Keystone offer a practical and durable solution for circuit testing, monitoring, and prototyping in electronic systems. Designed for easy integration onto PCBs or panels, this test jack ensures secure and reliable contact with standard test probes, making it ideal for industrial, lab, and development use.

In this blog, we’ll look at the key specifications, features, applications, usage instructions, and how to download the datasheet or purchase from Xon Electronics.

Technical Specifications of 6056

• Manufacturer: Keystone

• Part Number: 6056

• Type: Test Jack

• Mounting Type: Through-Hole

• Contact Material: Phosphor Bronze

• Plating: Gold over Nickel

• Color: Black

• Current Rating: 10A

• Body Material: Nylon

• Category: Connectors, Test Plugs & Test Jacks by Keystone

Durable, compact, and efficient, the 6056 Test Plugs & Test Jacks by Keystone are trusted components for high-frequency and high-reliability testing environments.

Key Features of 6056

• Low Profile Design – Ideal for compact PCB layouts

• High Current Capacity (10A) – Suitable for power and signal testing

• Gold-Plated Contacts – Ensure excellent conductivity and corrosion resistance

• Through-Hole Mounting – Offers secure mechanical stability

• Color-Coded Insulation – Supports easy identification in multi-jack arrays

These features make Test Plugs & Test Jacks by Keystone an essential part of any professional test and measurement setup.

Applications of 6056 Test Jack

• PCB Signal and Power Testing

• In-Circuit Debugging and Monitoring

• Prototype Boards and Test Fixtures

• Industrial Control Panels

• R&D and Educational Electronics Labs

Whether you're developing a new product or troubleshooting an existing system, the 6056 Test Plugs & Test Jacks by Keystone offer easy access for measurements and diagnostics.

Installation Instructions

To integrate the 6056 test jack:

[Step 1] Insert the jack into the pre-drilled PCB through-holes
[Step 2] Solder the terminals securely for long-term mechanical and electrical integrity
[Step 3] Ensure the panel or board supports the jack's profile
[Step 4] Use compatible test plugs or standard banana jacks during measurements
[Step 5] Clearly label test points for technician use

Because of their rugged construction and ease of use, Test Plugs & Test Jacks by Keystone are found in test environments around the world.

Use Case Scenario – In-Field Equipment Diagnostics

Scenario: A maintenance team needed to quickly diagnose voltage levels in a high-density industrial controller.

Problem: Traditional probe points were inaccessible and inconsistent.

Solution: The 6056 Test Plugs & Test Jacks by Keystone provided durable and clearly marked test access points.

Result: Faster diagnostics, improved safety, and reduced downtime.

Another reason why engineers rely on Test Plugs & Test Jacks by Keystone for critical system access.

Download Datasheet for 6056

Need part dimensions, footprint layout, or material specifications?

[Download 6056 Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics stocks a wide range of Test Plugs & Test Jacks by Keystone, including the 6056 model:

100% Genuine Keystone Components
Global Delivery – USA, India, Australia, Europe & more
In-Stock & Ready to Ship
Expert Support for Testing Solutions
Easy and Secure Online Ordering

Order now from www.xonelec.com and upgrade your test setups with Keystone’s proven reliability.

Conclusion

The 6056 Test Plugs & Test Jacks by Keystone are reliable, space-efficient, and ideal for a wide range of testing needs. With high current capacity, quality gold-plated contacts, and rugged build, Test Plugs & Test Jacks by Keystone ensure accurate, repeatable test connections for modern electronic systems—available now from Xon Electronics.

FAQs – 6056 Keystone Test Jack

Q1. What is the current rating of this jack?
Up to 10A.

Q2. Is it through-hole or surface-mount?
Through-hole mount.

Q3. Can it be used in test panels?
Yes, perfect for both PCBs and panels.

Q4. What material is used for contact plating?
Gold over nickel for superior conductivity.

Q5. Is it globally available?
Yes, order from www.xonelec.com with shipping to USA, India, Australia, Europe, and other countries.

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551-3009F – Compact LED Indicator by Dialight for PCB Status Signaling

The LED Circuit Board Indicators 551-3009F by Dialight provide a reliable, energy-efficient visual status indicator for a wide variety of printed circuit board (PCB) applications. With a compact housing, high-visibility green LED, and easy-through-hole mounting, this component is ideal for embedded systems, control panels, and instrumentation boards where clear status feedback is essential.

In this blog, we’ll explore its technical specs, key benefits, typical use cases, installation instructions, and how to buy or download the datasheet from Xon Electronics.

Technical Specifications of 551-3009F

• Manufacturer: Dialight

• Part Number: 551-3009F

• Type: LED Circuit Board Indicator

• LED Color: Green

• Mounting Type: Through-Hole

• Lens Type: Diffused

• Lens Style/Size: Round with domed top, 3mm

• Voltage Rating: 2.1V (typical)

• Current Rating: 20mA

• Package Configuration: Single LED, 2 leads

• Category: Optoelectronics, LED Circuit Board Indicators by Dialight

The 551-3009F LED Circuit Board Indicators by Dialight deliver superior visibility, durability, and easy integration into both low- and high-volume designs.

Key Features of 551-3009F

• High-Efficiency Green LED – Excellent visibility at low current

• Diffused Lens Design – Provides a soft, even glow for easy status reading

• Standard 3mm Package – Fits most through-hole layouts

• Durable Plastic Housing – Ensures long life and mechanical strength

• RoHS Compliant – Environmentally safe and globally accepted

These features make LED Circuit Board Indicators by Dialight ideal for status indication in power systems, instrumentation, and user interfaces.

Applications of 551-3009F Indicator

• Power ON/OFF Indicators

• Fault or Warning Lights

• Data Transmission Status

• Embedded System Diagnostics

• Consumer Electronics Feedback Lights

From control panels to PCBs in compact devices, the 551-3009F LED Circuit Board Indicators by Dialight are perfect for delivering fast, clear feedback to users and technicians.

Installation Guidelines

Here’s how to install and operate the 551-3009F LED:

[Step 1] Insert the LED leads into the PCB according to polarity (long lead is anode)
[Step 2] Solder in place using standard through-hole reflow methods
[Step 3] Connect a current-limiting resistor in series (typically 330O for 5V systems)
[Step 4] Power on the board and confirm light output
[Step 5] Mount lens flush or slightly raised for best visibility

Thanks to its compact and durable design, LED Circuit Board Indicators by Dialight ensure straightforward integration into dense circuit layouts.

Use Case Scenario – Visual Feedback for Embedded Devices

Scenario: A design engineer needed a reliable status LED for an embedded microcontroller system operating on 3.3V and 5V rails.

Problem: Surface-mount LEDs were too fragile and difficult to rework during prototyping.

Solution: The 551-3009F LED Circuit Board Indicators by Dialight provided a sturdy, easy-to-install option with clear visibility.

Result: Faster prototyping, better durability, and successful deployment in the final product.

This illustrates why LED Circuit Board Indicators by Dialight are trusted in production and development environments alike.

Download Datasheet for 551-3009F

Need voltage-current curves, PCB footprint, or brightness ratings?

[Download 551-3009F Datasheet from Xon Electronics]

Why Buy from Xon Electronics?

Xon Electronics offers a full range of LED Circuit Board Indicators by Dialight, including the 551-3009F:

• 100% Genuine Dialight Components
• Global Shipping – USA, India, Australia, Europe & more
• In-Stock for Immediate Dispatch
• Technical Assistance for Integration
• Safe, Easy, and Secure Checkout

Buy today from www.xonelec.com and upgrade your visual indicators with Dialight reliability.

Conclusion

The 551-3009F LED Circuit Board Indicators by Dialight offer dependable signal visibility, long operational life, and easy through-hole mounting for any electronics application. Compact, efficient, and globally trusted, LED Circuit Board Indicators by Dialight are a perfect fit for engineers seeking quality and performance—now available worldwide at Xon Electronics.

FAQs – 551-3009F Dialight Indicator

Q1. What color is the LED?
Green.

Q2. Is this a surface mount or through-hole component?
Through-hole.

Q3. What voltage does it operate at?
Typically 2.1V at 20mA.

Q4. Can I use it in embedded systems?
Yes, it's perfect for microcontroller and logic-level circuits.

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

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