OPA1611AIDR Precision Amplifiers by Texas Instruments – Ultra-Low Noise Audio Performance

The Precision Amplifiers OPA1611AIDR by Texas Instruments are high-performance audio-grade amplifier ICs designed for applications demanding ultra-low noise, high linearity, and exceptional signal fidelity. These advanced Precision Amplifiers are widely used in professional audio equipment, instrumentation, and high-end signal conditioning systems.
Available globally at https://www.xonelec.com/.

Technical Specifications of OPA1611AIDR

• Manufacturer: Texas Instruments

• Part Number: OPA1611AIDR

• Category: Semiconductors, Integrated Circuits - ICs

• IC Type: Amplifier ICs, Precision Amplifiers

• Supply Voltage: ±2.25V to ±18V

• Input Noise Voltage: 1.1 nV/vHz

• Gain Bandwidth Product: 40 MHz

• Slew Rate: 27 V/µs

• Package: SOIC-8

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

These Precision Amplifiers provide outstanding audio clarity and stability even in demanding environments.

Key Features of OPA1611AIDR

• Ultra-low noise Precision Amplifiers for audio applications

• Extremely low distortion (0.000015%)

• High output drive capability

• Excellent DC precision and thermal stability

• Optimized for professional and consumer audio systems

These features make OPA1611AIDR a top choice among Semiconductors used in premium analog designs.

Applications of OPA1611AIDR

• Professional Audio Mixers & Preamplifiers

• High-End DAC & ADC Signal Conditioning

• Studio Recording Equipment

• Medical & Industrial Instrumentation

• Measurement and Test Equipment

Where clean and accurate amplification is essential, Precision Amplifiers like OPA1611AIDR excel.

Wiring and Connection Overview

The OPA1611AIDR uses a standard SOIC-8 pin configuration:

• Differential input pins

• Dual power supply pins

• High-current output pin

Proper PCB layout ensures optimal performance from these Amplifier ICs.

Use Case Scenario: Professional Audio Preamp

A studio equipment manufacturer required ultra-low noise Precision Amplifiers for microphone preamps.

Problem: Standard op-amps introduced noise and distortion.
Solution: Texas Instruments OPA1611AIDR delivered clean signal amplification.
Result: Improved audio clarity, reduced noise floor, and superior sound quality.

Download Datasheet for OPA1611AIDR

For electrical characteristics, pin configuration, and application circuits:

Download the OPA1611AIDR Datasheet from XON Electronics

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) offers:

• Genuine Texas Instruments Semiconductors

• Wide range of Precision Amplifiers and Amplifier ICs

• Global shipping to USA, India, Australia, Europe & other countries

• Secure ordering and expert support

Your trusted global electronics distributor.

Conclusion

The OPA1611AIDR Precision Amplifiers by Texas Instruments deliver unmatched audio performance with ultra-low noise and distortion. Ideal for professional audio and precision instrumentation, they are a reliable choice for high-quality analog designs.

FAQs – OPA1611AIDR Precision Amplifiers

Q1. What makes OPA1611AIDR a precision amplifier?
Its ultra-low noise, high linearity, and minimal distortion.

Q2. Is OPA1611AIDR suitable for audio applications?
Yes, it is optimized for professional audio systems.

Q3. What package does it come in?
SOIC-8 package.

Q4. Can it operate on dual power supplies?
Yes, it supports ±2.25V to ±18V.

Q5. Where can I buy OPA1611AIDR globally?
Buy it from www.xonelec.com with worldwide shipping.

R15W104K1HH5-B Multilayer Ceramic Capacitors MLCC – Leaded by Hitano

The Multilayer Ceramic Capacitors MLCC – Leaded R15W104K1HH5-B by Hitano are high-reliability passive components designed for stable performance in demanding electronic circuits. These leaded MLCCs deliver excellent electrical characteristics, making them ideal for power supplies, signal coupling, filtering, and general-purpose electronics. If you are sourcing dependable Passive Components, Capacitors, or Multilayer Ceramic Capacitors MLCC – Leaded, this Hitano solution is a trusted choice.
Learn more and buy from https://www.xonelec.com/.

Technical Specifications of R15W104K1HH5-B

• Manufacturer: Hitano

• Part Number: R15W104K1HH5-B

• Component Type: Multilayer Ceramic Capacitors MLCC – Leaded

• Capacitance: 0.1µF (100nF)

• Voltage Rating: 50V

• Tolerance: ±10%

• Dielectric Type: Ceramic

• Mounting Type: Through Hole / Leaded

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

• Category: Passive Components, Capacitors, Ceramic Capacitors, MLCCs - Multilayer Ceramic Capacitors

These Capacitors offer consistent electrical behavior across a wide temperature range.

Key Features of R15W104K1HH5-B

• High-stability Multilayer Ceramic Capacitors MLCC – Leaded design

• Excellent insulation resistance and low loss

• Reliable performance in harsh environments

• Compact leaded construction for easy PCB mounting

• Long operational life for industrial and consumer electronics

These features make the R15W104K1HH5-B a dependable choice among Ceramic Capacitors.

Applications of R15W104K1HH5-B

• Power supply decoupling and filtering

• Signal coupling and noise suppression

• Industrial control circuits

• Consumer electronics

• Audio and communication equipment

• General-purpose electronic assemblies

Wherever stable and reliable Passive Components and Capacitors are required, these Multilayer Ceramic Capacitors MLCC – Leaded perform efficiently.

Wiring and Installation Overview

The R15W104K1HH5-B is a through-hole component with clearly spaced leads, allowing easy soldering onto PCBs. Its leaded structure ensures strong mechanical stability and consistent electrical contact during long-term operation.

Use Case Scenario: Power Supply Noise Filtering

Scenario: A power supply designer needed reliable Ceramic Capacitors to suppress high-frequency noise.
Solution: The R15W104K1HH5-B Multilayer Ceramic Capacitors MLCC – Leaded provided stable capacitance and low losses.
Result: Improved signal integrity and reduced noise across the circuit.

Download Datasheet for R15W104K1HH5-B

For complete electrical characteristics, mechanical dimensions, and compliance details:

Download the R15W104K1HH5-B Datasheet from XON Electronics

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) supplies genuine Hitano Capacitors and Passive Components with:

• Authentic and quality-tested components

• Global shipping to USA, India, Australia, Europe, and other countries

• Competitive pricing for bulk and OEM buyers

• Secure online ordering and expert support

Conclusion

The R15W104K1HH5-B Multilayer Ceramic Capacitors MLCC – Leaded by Hitano are ideal for designers seeking durable, stable, and efficient Ceramic Capacitors. With proven reliability and wide application support, these Passive Components are a valuable addition to any electronic design.

FAQs – R15W104K1HH5-B Multilayer Ceramic Capacitors

Q1. What is the capacitance value of R15W104K1HH5-B?
It offers a capacitance of 0.1µF (100nF).

Q2. Is this capacitor suitable for high-temperature environments?
Yes, it operates reliably up to +125°C.

Q3. What mounting type does this capacitor use?
It is a leaded, through-hole Multilayer Ceramic Capacitor.

Q4. Can it be used for power supply filtering?
Yes, it is ideal for filtering, decoupling, and noise suppression.

Q5. Where can I buy R15W104K1HH5-B globally?
You can purchase it from www.xonelec.com, shipping worldwide.

43025-0800 Headers & Wire Housings by Molex – Reliable Connectivity Solutions

The Headers & Wire Housings 43025-0800 by Molex are designed to deliver dependable electrical connections in a wide range of electronic and industrial applications. Known for precision engineering and durability, Molex Connectors are trusted globally for stable signal and power transmission. These Headers & Wire Housings provide secure mating, easy installation, and long-term reliability for modern electronic assemblies.
Explore genuine Molex components at https://www.xonelec.com/.

Technical Specifications of 43025-0800

• Manufacturer: Molex

• Part Number: 43025-0800

• Product Type: Headers & Wire Housings

• Connector Category: Connectors

• Number of Circuits: 8

• Pitch: 3.96 mm

• Mounting Style: Free Hanging / Cable

• Material: High-performance thermoplastic

• Termination Type: Crimp

• Applications: Power Distribution, Consumer Electronics, Industrial Systems

These Molex Headers & Wire Housings are engineered to meet demanding electrical and mechanical requirements.

Key Features of 43025-0800

• High-quality Connectors from Molex

• Secure wire retention and reliable contact alignment

• Durable housing for long service life

• Compatible with matching Molex headers

• Easy integration into wire-to-board systems

The 43025-0800 Headers & Wire Housings ensure stable performance in both low- and medium-power applications.

Applications of 43025-0800

• Industrial Control Panels

• Power Supply Units

• Consumer Electronics

• Home Appliances

• Automotive Subsystems

• Embedded and Modular Electronics

These Headers & Wire Housings are ideal wherever dependable Connectors are essential for safe and efficient operation.

Wiring and Connection Overview

The 43025-0800 supports crimp-style wire termination, allowing quick assembly and secure mating with compatible Molex headers. Proper crimping ensures low contact resistance and long-term electrical stability.

Use Case Scenario: Power Distribution Module

An electronics manufacturer required robust Headers & Wire Housings for internal power distribution.

Challenge: Frequent disconnections with generic connectors
Solution: Molex 43025-0800 Connectors offered better mechanical locking and contact reliability
Result: Improved system stability and reduced maintenance failures

Download Datasheet for 43025-0800

For complete specifications, dimensions, and compliance information:

Download the 43025-0800 Datasheet from XON Electronics 

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) offers:

• 100% genuine Molex Connectors

• Wide inventory of Headers & Wire Housings

• Global shipping to USA, India, Australia, Europe & other countries

• Competitive pricing and bulk support

• Secure online ordering

Your trusted source for Molex interconnect solutions.

Conclusion

The 43025-0800 Headers & Wire Housings by Molex provide a reliable, durable, and efficient solution for wire-to-board connectivity. With Molex’s proven quality and global availability at XON Electronics, these Connectors are ideal for a wide range of electronic applications.

FAQs – 43025-0800 Headers & Wire Housings

Q1. What is the pitch of the 43025-0800 connector?
It features a 3.96 mm pitch suitable for power and signal connections.

Q2. Is this connector suitable for industrial applications?
Yes, it is commonly used in industrial and power-related systems.

Q3. What termination method does it use?
The 43025-0800 uses crimp-style wire termination.

Q4. Is it compatible with other Molex headers?
Yes, it mates with corresponding Molex headers in the same series.

Q5. Where can I buy the 43025-0800 connector?
You can Buy Online at XON via www.xonelec.com with global shipping.

MJE13007G Bipolar Transistors – BJT by ON Semiconductor

The Bipolar Transistors – BJT MJE13007G by ON Semiconductor are high-voltage, high-speed switching devices designed for demanding power and switching applications. These components are widely used in SMPS, inverters, and power control circuits where reliability and efficiency are critical. As part of the Semiconductors and Discrete Semiconductors category, the MJE13007G delivers dependable performance for modern electronic systems.
Buy genuine parts online at https://www.xonelec.com/.

Technical Specifications of MJE13007G

• Manufacturer: ON Semiconductor

• Part Number: MJE13007G

• Device Type: Bipolar Transistors – BJT

• Collector-Emitter Voltage (Vce): 400V

• Collector Current (Ic): 8A

• Power Dissipation: 80W

• Package Type: TO-220

• Gain Bandwidth Product: High-speed switching optimized

• Category: Semiconductors, Discrete Semiconductors, Transistors

These Bipolar Transistors – BJT are engineered to handle high-voltage switching with excellent thermal stability.

Key Features of MJE13007G

• High-voltage Bipolar Transistors – BJT for power switching

• Fast switching speed for SMPS applications

• Robust TO-220 package for efficient heat dissipation

• Reliable performance under continuous load

• Industry-proven ON Semiconductor quality

These features make the MJE13007G one of the most trusted Transistors in power electronics designs.

Applications of MJE13007G

• Switched-Mode Power Supplies (SMPS)

• Inverters and UPS Systems

• Power Control Circuits

• High-Frequency Switching Applications

• Industrial and Consumer Power Electronics

In all these applications, Semiconductors like the MJE13007G ensure stable and efficient power handling.

Wiring and Connection Overview

The MJE13007G follows standard TO-220 pin configuration:

• Collector – High-voltage input

• Base – Control signal

• Emitter – Output reference

Proper heatsinking is recommended to maximize the lifespan of these Discrete Semiconductors.

Use Case Scenario: SMPS Power Stage

A power supply manufacturer required reliable Bipolar Transistors – BJT for high-frequency switching.

Problem: Frequent failures with low-quality transistors under high voltage.
Solution: ON Semiconductor MJE13007G Transistors provided higher voltage tolerance and thermal stability.
Result: Improved efficiency, reduced failures, and longer product lifespan.

Download Datasheet for MJE13007G

For complete electrical characteristics, pin configuration, and thermal data:
Download MJE13007G Datasheet from XON Electronics

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) offers:

• 100% genuine ON Semiconductor Semiconductors

• Wide inventory of Bipolar Transistors – BJT

• Fast global shipping to USA, India, Australia, Europe & other countries

• Competitive pricing and secure checkout

Your trusted source for quality Discrete Semiconductors.

Conclusion

The MJE13007G Bipolar Transistors – BJT by ON Semiconductor deliver high-voltage switching performance, durability, and efficiency. Ideal for power electronics, SMPS, and industrial designs, these Transistors are a reliable choice for engineers worldwide.

FAQs – MJE13007G Bipolar Transistors

Q1. What type of transistor is MJE13007G?
It is a high-voltage Bipolar Transistor – BJT used mainly for switching applications.

Q2. Is MJE13007G suitable for SMPS designs?
Yes, it is widely used in SMPS and inverter circuits.

Q3. What package does MJE13007G use?
It comes in a TO-220 package for effective heat dissipation.

Q4. Can it handle high voltage applications?
Yes, it supports up to 400V collector-emitter voltage.

Q5. Where can I buy MJE13007G online?
You can buy it from www.xonelec.com with worldwide shipping.

EE-1010 2M Sensor Fixings & Accessories by Omron – Reliable Mounting Solutions for Sensors

The Sensor Fixings & Accessories EE-1010 2M by Omron are designed to provide secure, accurate, and durable mounting solutions for industrial sensing applications. These high-quality Sensors accessories ensure stable positioning, reduced vibration, and long-term reliability in automation systems. Ideal for factory automation, control panels, and industrial monitoring, Omron’s Sensor Fixings & Accessories enhance sensor performance and installation efficiency.
Explore genuine Omron products at https://www.xonelec.com/.

Technical Specifications of EE-1010 2M

• Manufacturer: Omron

• Part Number: EE-1010 2M

• Product Type: Sensor Fixings & Accessories

• Cable Length: 2 meters

• Compatibility: Omron photoelectric and proximity Sensors

• Mounting Type: Panel / Bracket Mount

• Material: Industrial-grade insulation and fixtures

• Application: Sensor mounting and cable management

• Operating Environment: Industrial automation systems

These Sensor Fixings & Accessories ensure reliable sensor alignment and protection in demanding industrial environments.

Key Features of EE-1010 2M

• High-quality Sensor Fixings & Accessories from Omron

• Durable construction for industrial Sensors

• Ensures secure mounting and stable sensor positioning

• Simplifies installation and maintenance

• Designed for long service life in automation systems

The EE-1010 2M is a dependable choice for professionals seeking reliable Sensors accessories.

Applications of EE-1010 2M

• Industrial Automation Systems

• Factory Control Panels

• Machine Safety and Monitoring

• Packaging and Conveyor Systems

• Robotics and Motion Control

• Sensor Alignment and Fixing Solutions

These Sensor Fixings & Accessories help maintain consistent sensor performance across various industries.

Wiring and Installation Overview

Typical installation flow:

[Sensor] - [EE-1010 2M Fixing & Cable] - [Controller / PLC]

The 2-meter cable length allows flexible routing while maintaining secure sensor placement.

Use Case Scenario: Factory Automation Line

A manufacturing facility required reliable Sensor Fixings & Accessories to secure photoelectric Sensors along a conveyor belt.

Problem: Sensors shifted due to vibration, causing false readings.
Solution: Omron EE-1010 2M Sensor Fixings & Accessories provided stable mounting and proper cable management.
Result: Improved sensor accuracy, reduced downtime, and enhanced production efficiency.

Download Datasheet for EE-1010 2M

For complete specifications, installation guidelines, and compatibility details:

Download EE-1010 2M Datasheet from XON Electronics

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) offers:

• 100% genuine Omron Sensors and accessories

• Global shipping to USA, India, Australia, Europe & other countries

• Competitive pricing for OEMs and bulk buyers

• Expert technical support

• Secure and reliable ordering

Your trusted source for Omron Sensor Fixings & Accessories.

Conclusion

The EE-1010 2M Sensor Fixings & Accessories by Omron provide reliable, durable, and easy-to-install mounting solutions for industrial Sensors. With robust construction and precise compatibility, they are an essential component for maintaining accurate and stable sensor operation in automation systems.

FAQs – EE-1010 2M Sensor Fixings & Accessories

Q1. What is the purpose of EE-1010 2M?
It is used to securely mount and manage cables for Omron Sensors.

Q2. Is this compatible with Omron photoelectric sensors?
Yes, it is designed for compatibility with Omron Sensors.

Q3. What is the cable length?
The EE-1010 comes with a 2-meter cable.

Q4. Can it be used in industrial environments?
Yes, it is built for industrial automation and harsh environments.

Q5. Where can I buy EE-1010 2M globally?
You can buy it from www.xonelec.com, shipping to USA, India, Australia, Europe, and other countries.

SMICA TO220 Thermal Interface Products by Ninigi – Reliable Heat Transfer Solutions

The Thermal Interface Products SMICA TO220 by Ninigi are designed to improve heat dissipation and ensure electrical insulation between power devices and heat sinks. These Thermal Interface Products are widely used in power electronics to enhance thermal conductivity and extend component life. Built for reliability, SMICA TO220 Thermal Interface Products are an ideal choice for engineers seeking dependable Thermal Management solutions.
Buy genuine products online at https://www.xonelec.com/.

Technical Specifications of SMICA TO220

• Manufacturer: Ninigi

• Product Type: Thermal Interface Products

• Package Compatibility: TO-220

• Material: Mica-based insulation

• Thermal Conductivity: Optimized for efficient heat transfer

• Electrical Insulation: High dielectric strength

• Operating Temperature Range: Suitable for high-temperature environments

• Application Area: Power Semiconductors, Voltage Regulators, MOSFETs

These Thermal Interface Products provide excellent insulation while maintaining low thermal resistance.

Key Features of SMICA TO220

• High-performance Thermal Management solution

• Excellent electrical insulation properties

• Low thermal resistance for efficient heat dissipation

• Designed specifically for TO-220 packages

• Durable and reliable for long-term operation

The SMICA TO220 Thermal Interface Products help protect sensitive components from overheating.

Applications of SMICA TO220

• Power Supplies and SMPS

• Voltage Regulators and Linear ICs

• MOSFETs and Power Transistors

• Industrial Control Equipment

• Automotive and Consumer Electronics

Wherever efficient Thermal Management is required, these Thermal Interface Products deliver consistent results.

Wiring and Installation Overview

Typical installation setup:

[Power Device – TO-220]
->
[SMICA TO220 Thermal Interface Product]
->
[Heat Sink]

This configuration ensures safe electrical isolation and optimal heat transfer.

Use Case Scenario: Power Supply Heat Dissipation

Problem: Excess heat buildup in a linear voltage regulator caused reliability issues.
Solution: Installing SMICA TO220 Thermal Interface Products improved thermal conductivity and insulation.
Result: Reduced operating temperature and increased system lifespan.

This highlights the importance of high-quality Thermal Interface Products in power electronics.

Download Datasheet for SMICA TO220

For complete material properties, dimensions, and thermal performance details:

Download SMICA TO220 Datasheet from XON Electronics

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) offers:

• Genuine Ninigi Thermal Interface Products

• Fast worldwide shipping to USA, India, Australia, Europe & other countries

• Competitive pricing and bulk availability

• Secure online ordering

Choose XON for trusted Thermal Management solutions.

Conclusion

The SMICA TO220 Thermal Interface Products by Ninigi are an essential component for efficient heat dissipation and electrical insulation in TO-220 power devices. Their durability, thermal efficiency, and safety make them ideal for modern electronic designs.

FAQs – SMICA TO220 Thermal Interface Products

Q1. What is the purpose of SMICA TO220 Thermal Interface Products?
They provide electrical insulation and efficient heat transfer between TO-220 devices and heat sinks.

Q2. Are these suitable for high-temperature applications?
Yes, they are designed for demanding Thermal Management environments.

Q3. Can SMICA TO220 be used with MOSFETs and regulators?
Absolutely, they are ideal for MOSFETs, regulators, and power transistors.

Q4. Do these products reduce thermal resistance?
Yes, they help lower thermal resistance while maintaining insulation.

Q5. Where can I buy SMICA TO220 Thermal Interface Products?
You can Buy Online at XON via www.xonelec.com with global shipping.

SKQEADA010 Tactile Switches by ALPS – Compact & Reliable Switching Solution

The Tactile Switches SKQEADA010 by ALPS are high-quality, compact Electromechanical components designed for precise and reliable user input. These switches are widely used in consumer electronics, industrial controls, and portable devices where durability and tactile feedback are essential. Known for their long operating life and consistent performance, Switches like SKQEADA010 deliver excellent reliability in demanding applications.
Explore more Tactile Switches at https://www.xonelec.com/.

Technical Specifications of SKQEADA010

• Manufacturer: ALPS

• Part Number: SKQEADA010

• Product Type: Tactile Switches

• Category: Electromechanical, Switches

• Actuation Type: Momentary

• Mounting Style: Surface Mount (SMD)

• Operating Force: Low-force tactile response

• Contact Rating: Suitable for low-current signals

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

• Applications: Consumer electronics, control panels, portable devices

These Tactile Switches ensure stable operation and excellent tactile feel even after extended usage.

Key Features of SKQEADA010 Tactile Switches

• Compact, space-saving Electromechanical design

• Consistent tactile feedback for accurate switching

• High durability with long mechanical life

• Reliable performance in harsh environments

• Trusted ALPS quality for Switches and Tactile Switches

These features make SKQEADA010 a preferred choice among designers looking for dependable Switches.

Applications of SKQEADA010

• Consumer electronics devices

• Industrial control interfaces

• Wearable and portable electronics

• Automotive interior controls

• Communication equipment

• Embedded systems and IoT devices

Where compact and responsive Tactile Switches are required, SKQEADA010 performs exceptionally well.

Wiring and Connection Overview

The SKQEADA010 is designed for surface-mount applications:

[PCB Pads] ? SMD Terminals ? Signal Circuit
?
[User Input] ? Tactile Actuation ? Reliable Contact Response

Its SMD configuration simplifies automated assembly while maintaining secure electrical contact.

Use Case Scenario: Handheld Control Device

A manufacturer of handheld diagnostic equipment required compact Electromechanical Switches with consistent tactile feedback.

Problem: Standard switches wore out quickly with frequent usage.
Solution: ALPS SKQEADA010 Tactile Switches offered improved durability and better tactile response.
Result: Enhanced product lifespan and improved user experience.

Download Datasheet for SKQEADA010

For detailed electrical ratings, mechanical dimensions, and reliability data:

Download the SKQEADA010 Datasheet from XON Electronics 

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) offers:

• Genuine ALPS Tactile Switches

• Wide selection of Electromechanical Switches

• Global shipping to USA, India, Australia, Europe & other countries

• Competitive pricing and bulk availability

• Secure and fast online ordering

Your trusted source for premium Switches worldwide.

Conclusion

The SKQEADA010 Tactile Switches by ALPS combine compact design, durability, and reliable tactile feedback. Ideal for modern electronics, these Electromechanical Switches ensure long-term performance and superior user interaction across multiple applications.

FAQs – SKQEADA010 Tactile Switches

Q1. What type of switch is SKQEADA010?
It is a momentary Tactile Switch designed for surface-mount applications.

Q2. Is SKQEADA010 suitable for portable devices?
Yes, its compact size and low operating force make it ideal for portable electronics.

Q3. What industries commonly use these switches?
Consumer electronics, industrial controls, automotive interiors, and IoT devices.

Q4. Does it provide consistent tactile feedback?
Yes, ALPS designs ensure stable and precise tactile response.

Q5. Where can I buy SKQEADA010 globally?
You can purchase it from www.xonelec.com, shipping to USA, India, Australia, Europe, and other countries.

ECS-TXO-2016-33-320-TR TCXO Oscillators by ECS Inc – High-Precision Frequency Stability

The TCXO Oscillators ECS-TXO-2016-33-320-TR by ECS Inc are designed for applications requiring exceptional frequency stability across temperature variations. These compact devices deliver reliable timing performance for modern electronics, making them ideal for communication systems, networking equipment, and industrial electronics.
For genuine components, visit https://www.xonelec.com/.

These TCXO Oscillators belong to a trusted class of Passive Components used where precision timing is critical. Engineers rely on Oscillators and Frequency Control & Timing Devices like this model to ensure stable system operation in demanding environments.

Technical Specifications of ECS-TXO-2016-33-320-TR

• Manufacturer: ECS Inc

• Part Number: ECS-TXO-2016-33-320-TR

• Component Type: TCXO Oscillators

• Frequency: 32.000 MHz

• Supply Voltage: 3.3V

• Package Size: 2.0 × 1.6 mm (SMD)

• Frequency Stability: ±0.5 ppm (typical)

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

• Category: Passive Components, Oscillators, Frequency Control & Timing Devices

These TCXO Oscillators offer superior accuracy compared to standard Oscillators, ensuring dependable frequency control.

Key Features of ECS-TXO-2016-33-320-TR

• High-accuracy TCXO Oscillators for precision timing

• Excellent temperature compensation performance

• Compact SMD package for space-constrained designs

• Low power consumption

• Reliable long-term frequency stability

This makes the device a preferred choice among Passive Components used in advanced electronic systems.

Applications of ECS-TXO-2016-33-320-TR

• Wireless communication modules

• GPS and navigation systems

• Networking and data transmission equipment

• Industrial automation systems

• Embedded systems requiring stable Oscillators

Where precise timing is essential, TCXO Oscillators like this model deliver consistent performance.

Wiring and Integration Overview

The ECS-TXO-2016-33-320-TR integrates easily into standard oscillator footprints:

[Power Supply] ? [TCXO Oscillator] ? [Clock Input of IC/System]

Its compatibility with common layouts simplifies PCB design for Frequency Control & Timing Devices.

Use Case Scenario: Wireless Communication Module

A wireless device manufacturer required ultra-stable Oscillators to maintain signal integrity across temperature fluctuations.

Challenge: Frequency drift in standard oscillators caused communication errors.
Solution: ECS-TXO-2016-33-320-TR TCXO Oscillators delivered precise, temperature-compensated output.
Result: Improved signal accuracy, reduced errors, and enhanced system reliability.

Download Datasheet – ECS-TXO-2016-33-320-TR

For detailed electrical characteristics, mechanical drawings, and compliance information:

Download ECS-TXO-2016-33-320-TR Datasheet from XON Electronics

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) offers:

• 100% genuine ECS Inc TCXO Oscillators

• Global shipping to USA, India, Australia, Europe & other countries

• Competitive pricing for OEMs and bulk buyers

• Expert technical support

• Secure online purchasing

Your trusted source for high-quality Passive Components and Oscillators.

Conclusion

The ECS-TXO-2016-33-320-TR TCXO Oscillators by ECS Inc provide exceptional frequency accuracy, compact design, and dependable temperature compensation. These TCXO Oscillators are ideal for engineers seeking reliable Frequency Control & Timing Devices for advanced electronic systems.

FAQs – ECS-TXO-2016-33-320-TR TCXO Oscillators

Q1. What makes TCXO oscillators different from standard oscillators?
TCXO Oscillators provide temperature-compensated frequency stability, reducing drift.

Q2. What is the operating voltage of this oscillator?
It operates at 3.3V.

Q3. Is this component suitable for compact designs?
Yes, its 2.0 × 1.6 mm SMD package fits space-constrained PCBs.

Q4. Where are these oscillators commonly used?
In wireless communication, GPS modules, and industrial electronics.

Q5. Where can I buy ECS-TXO-2016-33-320-TR?
Buy it online at www.xonelec.com with worldwide shipping.

6-1393302-3 Automotive Relays by TE Connectivity – Reliable Switching for Vehicles

The Automotive Relays 6-1393302-3 by TE Connectivity are designed to deliver dependable switching performance in demanding automotive environments. Built for durability and efficiency, these relays ensure stable electrical operation across modern vehicle systems. As part of the Electromechanical component range, these Automotive Relays provide long service life and reliable control for critical circuits.

Available now at www.xonelec.com, your trusted source for Relays, Automotive Relays, and industrial Electromechanical components.

Technical Specifications of 6-1393302-3

• Manufacturer: TE Connectivity

• Part Number: 6-1393302-3

• Product Type: Automotive Relays

• Coil Voltage: 12V DC

• Contact Configuration: SPDT

• Contact Rating: High current automotive grade

• Mounting Type: PCB / Plug-in

• Operating Temperature: Automotive-rated range

• Category: Electromechanical, Relays, Automotive Relays

These specifications make the 6-1393302-3 ideal for long-term automotive reliability.

Key Features of 6-1393302-3 Automotive Relays

• Rugged Automotive Relays design for harsh vehicle environments

• High switching reliability and contact stability

• Compact form factor for space-saving installations

• Long mechanical and electrical life

• Trusted TE Connectivity quality in Electromechanical Relays

These features ensure consistent performance even under vibration, temperature variation, and electrical load changes.

Applications of 6-1393302-3

The 6-1393302-3 Automotive Relays are widely used in:

• Engine control modules

• Power distribution units

• Lighting and signaling systems

• HVAC control systems

• Fuel pump and motor control circuits

Wherever durable Relays are required in automotive electronics, this solution performs reliably.

Wiring and Connection Overview

Typical wiring configuration includes:

• Coil terminals connected to control circuitry

• Contact terminals connected to load and power source

• Secure mounting to ensure vibration resistance

The standardized layout simplifies integration into automotive relay modules.

Use Case Scenario: Vehicle Power Distribution

An automotive system designer required high-reliability Automotive Relays for a 12V power distribution box.

Problem: Conventional relays failed due to vibration and heat.
Solution: The 6-1393302-3 Relays by TE Connectivity offered automotive-grade durability.
Result: Improved system stability and reduced maintenance issues.

Download Datasheet – 6-1393302-3

For full electrical characteristics, mechanical drawings, and compliance details:

Download the 6-1393302-3 Datasheet from XON Electronics 

Why Buy from XON Electronics?

XON Electronics (www.xonelec.com) provides:

• Genuine TE Connectivity Automotive Relays

• Fast shipping to USA, India, Australia, Europe & other countries

• Competitive pricing for OEMs and bulk buyers

• Reliable sourcing of Electromechanical Relays

Conclusion

The 6-1393302-3 Automotive Relays by TE Connectivity deliver dependable switching, long operational life, and automotive-grade durability. They are a trusted solution for engineers designing reliable vehicle electrical systems using high-quality Relays.

FAQs – 6-1393302-3 Automotive Relays

Q1. Is the 6-1393302-3 suitable for automotive use?
Yes, it is specifically designed as an Automotive Relay for vehicle systems.

Q2. What is the coil voltage of this relay?
The relay operates on a 12V DC coil.

Q3. Can this relay handle vibration and temperature changes?
Yes, it is built for harsh automotive environments.

Q4. Is this relay suitable for power distribution applications?
Absolutely, it is commonly used in automotive power control systems.

Q5. Where can I buy 6-1393302-3 Automotive Relays?
You can buy it online from www.xonelec.com with global shipping.

22.22.9.012.4000 General Purpose Relays by Finder – Reliable Switching for Industrial Control

The General Purpose Relays 22.22.9.012.4000 by Finder are designed for dependable switching performance in a wide range of industrial and commercial applications. Built with high-quality materials, these Electromechanical components ensure long operational life, stable electrical contact, and reliable control. Widely used across automation panels and power systems, these General Purpose Relays deliver efficient and safe switching.
Explore authentic Finder Relays at https://www.xonelec.com/.

Technical Specifications of 22.22.9.012.4000

• Manufacturer: Finder

• Part Number: 22.22.9.012.4000

• Product Type: General Purpose Relays

• Coil Voltage: 12V DC

• Contact Configuration: DPDT (2 Form C)

• Contact Rating: Up to 8A

• Mounting Type: PCB Mount

• Insulation Class: Reinforced

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

• Category: Electromechanical, Relays, General Purpose Relays

These General Purpose Relays are ideal for consistent switching in demanding electrical environments.

Key Features of 22.22.9.012.4000

• High-performance Electromechanical Relays for industrial use

• Stable coil operation with low power consumption

• Durable contacts for extended electrical life

• Compact PCB-mount design

• Reliable switching for automation and control circuits

These features make the Finder General Purpose Relays a trusted choice for engineers worldwide.

Applications of 22.22.9.012.4000

• Industrial Automation Systems

• Control Panels and PLC Modules

• Power Supply Switching

• HVAC Control Units

• Building Automation

• Process Control Equipment

Wherever dependable Relays are required, these General Purpose Relays provide consistent performance.

Wiring and Connection Overview

Typical configuration includes:
[Control Signal] - Relay Coil (12V DC)
=>
[Switching Load] - Normally Open / Normally Closed Contacts

The clear PCB pin layout allows easy integration into industrial designs.

Use Case Scenario: Industrial Control Panel

An automation manufacturer needed reliable Electromechanical Relays for control panel switching.

Problem: Inconsistent relay performance under continuous operation.
Solution: The Finder 22.22.9.012.4000 General Purpose Relays provided stable switching and longer service life.
Result: Reduced maintenance costs and improved panel reliability.

Download Datasheet for 22.22.9.012.4000

For full electrical ratings, contact details, certifications, and mechanical drawings:
Download the 22.22.9.012.4000 Datasheet from XON Electronics

Why Buy from X-On Electronics?

X-On Electronics (https://www.xonelec.com/) offers:

• 100% genuine Finder Relays

• Global shipping to USA, India, Australia, Europe, and other countries

• Competitive pricing for OEMs and bulk buyers

• Secure online ordering and fast delivery

Your trusted distributor for Electromechanical and General Purpose Relays.

Conclusion

The 22.22.9.012.4000 General Purpose Relays by Finder are a reliable solution for industrial switching applications. With robust construction, efficient coil operation, and long electrical life, these Relays ensure dependable performance across automation and control systems.

FAQs – 22.22.9.012.4000 General Purpose Relays

Q1. What coil voltage does the 22.22.9.012.4000 use?
It operates with a 12V DC coil.

Q2. Are these relays suitable for continuous operation?
Yes, they are designed for long-term industrial use.

Q3. What type of contacts are included?
DPDT (2 Form C) contacts.

Q4. Can these relays be PCB mounted?
Yes, they feature a PCB-mount design.

Q5. Where can I buy Finder 22.22.9.012.4000 relays?
Available at www.xonelec.com with worldwide shipping.