2ESDV-04P Pluggable Terminal Blocks by Dinkle – Secure & Efficient Wiring for Industrial Electronics

The Pluggable Terminal Blocks 2ESDV-04P by Dinkle are designed to deliver reliable, safe, and easy-to-maintain wiring connections for industrial control systems, automation panels, and electronic devices. With a modular pluggable design, they simplify maintenance, reduce downtime, and ensure stable electrical performance.

In this blog, we explore the specifications, features, applications, wiring method, and why this product stands out in bold Connectors, bold Terminal Blocks, and bold Pluggable Terminal Blocks by Dinkle.

Technical Specifications of 2ESDV-04P

• Manufacturer: Dinkle

• Part Number: 2ESDV-04P

• Type: Pluggable Terminal Blocks by Dinkle

• Number of Positions: 4 pins

• Pitch: Standard spacing suitable for industrial wiring

• Connection Type: Pluggable screw terminal

• Voltage Rating: Supports industrial power & signal levels

• Mounting: PCB mount

• Category: Connectors, Terminal Blocks, Pluggable Terminal Blocks by Dinkle

Engineered for durability, this Dinkle terminal block ensures robust connections even in demanding applications.

Key Features of 2ESDV-04P

• Pluggable Design – Enables quick removal and reconnection during servicing

• Secure Screw Clamps – Holds wires firmly for vibration-resistant connections

• Compact 4-Pin Layout – Ideal for high-density control panel wiring

• Reliable PCB Mounting – Provides stable, long-term contact

• Industrial-Grade Construction – Built to withstand mechanical and electrical stress

These features make it one of the most dependable bold Pluggable Terminal Blocks by Dinkle and a strong competitor in industrial bold Connectors.

Applications of 2ESDV-04P

This terminal block is used extensively in:

• PLC control panels

• Industrial automation systems

• Power supply assemblies

• Motor drivers and actuators

• HVAC systems and building automation

• Electronic equipment wiring

• Communication and sensor modules

Its versatility makes it an essential component across bold Terminal Blocks and modern industrial wiring solutions.

Wiring and Installation Overview

1. Strip the wire to the recommended length.

2. Insert each wire into the screw clamp terminal.

3. Tighten screws securely to ensure strong grip and conductivity.

4. Plug the connector into the matching header on the PCB.

5. Test connections before powering the system.

The pluggable format greatly simplifies maintenance and field replacement.

Use Case Scenario: Industrial Control Panel Upgrade

Scenario: A factory upgraded its control panels to reduce maintenance time and wiring complexity.
Problem: Traditional fixed terminal blocks required rewiring during every service.
Solution: The 2ESDV-04P Pluggable Terminal Blocks by Dinkle allowed quick plug-in, plug-out maintenance.
Result: Reduced downtime, cleaner wiring layout, and improved overall reliability.

This showcases why engineers prefer Dinkle products in bold Connectors and bold Terminal Blocks.

Download Datasheet for 2ESDV-04P

Need more details such as power ratings, dimensions, or PCB layout?

Download the official datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics supplies high-quality bold Connectors, including durable bold Pluggable Terminal Blocks by Dinkle, offering:

• 100% Genuine Dinkle Components

• Worldwide Shipping (USA, India, Europe, Australia & more)

• OEM / Bulk Pricing Options

• Technical Support for Wiring & Automation Integration

• Secure, Fast Ordering System

Order today from www.xonelec.com for reliable terminal block solutions.

Conclusion

The 2ESDV-04P Pluggable Terminal Blocks by Dinkle offer dependable wiring performance, easy installation, and excellent compatibility with industrial and automation systems. As a trusted part of bold Terminal Blocks and professional bold Pluggable Terminal Blocks by Dinkle, they deliver long-term reliability in demanding environments.

FAQs – 2ESDV-04P Terminal Block

Q1. What type of connector is 2ESDV-04P?
A 4-pin pluggable screw-type terminal block.

Q2. What category does it belong to?
It falls under Connectors, Terminal Blocks, and Pluggable Terminal Blocks by Dinkle.

Q3. Where is it used?
In automation systems, control panels, power supplies, and electronic devices.

Q4. Does it support secure wiring?
Yes, its screw clamp system ensures vibration-resistant connections.

Q5. Where can I buy it?
You can purchase it globally at www.xonelec.com.

BAV70 Diodes - General Purpose, Power, Switching by ON Semiconductor – High-Speed & Reliable Performance

Introduction

The Diodes – General Purpose, Power, Switching BAV70 by ON Semiconductor is a high-speed dual switching diode designed for signal routing, small-signal rectification, and high-frequency applications. As part of the Semiconductors, Discrete Semiconductors, Diodes & Rectifiers, Diodes – General Purpose, Power, Switching category, the BAV70 is widely used in compact electronics requiring fast switching and stable performance.

Available globally at www.xonelec.com, the BAV70 offers dependable performance for modern-day circuit designs.

Technical Specifications

• Manufacturer: ON Semiconductor

• Part Number: BAV70

• Type: Dual Switching Diode

• Reverse Voltage (VR): 70V

• Forward Current (IF): 200mA

• Reverse Recovery Time (trr): 6ns

• Package: SOT-23

• Configuration: Two diodes in series

• Category: Semiconductors, Discrete Semiconductors, Diodes & Rectifiers, Diodes – General Purpose, Power, Switching

This device ensures efficient switching with excellent stability for high-frequency and low-power applications.

Key Features

• High-speed switching (6ns typical)

• Low leakage and forward voltage drop

• Excellent stability across temperature variations

• Compact SOT-23 package

• Ideal for signal processing and switching applications

These advantages make the BAV70 a popular choice among designers working with Semiconductors, Discrete Semiconductors, Diodes & Rectifiers, Diodes – General Purpose, Power, Switching for precision circuit applications.

Applications

The BAV70 Diodes – General Purpose, Power, Switching by ON Semiconductor is used in:

• Signal switching and routing

• High-frequency communication circuits

• Small-signal rectification

• Voltage clamping and polarity protection

• Instrumentation and test equipment

Its fast recovery and low leakage characteristics ensure optimal performance in Discrete Semiconductors applications.

Wiring and Connection Overview

• Pin 1: Diode 1 Anode

• Pin 2: Common Cathode

• Pin 3: Diode 2 Anode

The SOT-23 package offers easy PCB integration, making this Diodes – General Purpose, Power, Switching part suitable for space-constrained designs.

Use Case Scenario – High-Frequency Switching Circuit

Scenario: A portable RF module required a high-speed switching diode with minimal leakage.
Problem: Conventional diodes caused frequency distortion and delay.
Solution: The BAV70 Diodes – General Purpose, Power, Switching by ON Semiconductor provided ultra-fast recovery time and stable switching.
Result: Improved signal integrity and reduced switching delay across all frequency ranges.

This highlights the importance of Semiconductors, Discrete Semiconductors, Diodes & Rectifiers, Diodes – General Purpose, Power, Switching in high-performance electronics.

Download Datasheet for BAV70

Download the BAV70 Datasheet from XON Electronics.

Also Available from Other Manufacturers

XON Electronics also offers BAV70 and equivalent Diodes – General Purpose, Power, Switching from top manufacturers, including:

• Yangjie

• Good-Ark

• Formosa

• Blue Rocket

• Lite-On

• SMC Diode

• Diotec

• Yenji

• Rectron

• Diodes Incorporated

• Texas Instruments
  …and many more.

Why Buy from XON Electronics?

Buy the BAV70 from www.xonelec.com and benefit from:

• 100% genuine ON Semiconductor parts

• Worldwide delivery to USA, India, Australia, Europe & more

• Competitive pricing and bulk order support

• Fast order processing

• Trusted electronic components supplier

Choose XON Electronics for all Semiconductors, Discrete Semiconductors, Diodes & Rectifiers, Diodes – General Purpose, Power, Switching requirements.

Conclusion

The BAV70 Diodes – General Purpose, Power, Switching by ON Semiconductor is a high-performance dual switching diode designed for speed, stability, and signal integrity. As part of the Semiconductors, Discrete Semiconductors, Diodes & Rectifiers, Diodes – General Purpose, Power, Switching family, it offers exceptional reliability for modern electronics.

Buy today from www.xonelec.com and upgrade your circuits with dependable ON Semiconductor quality.

SN74HC573AN Latches by Texas Instruments – Fast & Reliable 8-Bit Data Latching

The Latches SN74HC573AN by Texas Instruments are high-speed octal transparent latches designed for buffering, data holding, and signal stabilization in digital systems. Widely used in microcontroller interfaces, memory systems, automation devices, and communication circuits, this latch ensures high-performance logic operations with stable outputs.

This article explores specifications, features, applications, wiring, and why this device is a top choice in bold Semiconductors, bold Integrated Circuits – ICs, bold Logic ICs, and bold Latches by Texas Instruments.

Technical Specifications of SN74HC573AN

• Manufacturer: Texas Instruments

• Part Number: SN74HC573AN

• Type: Latches by Texas Instruments

• Function: Octal transparent latch with 3-state outputs

• Operating Voltage: 2V to 6V

• OE Control: Output enable for 3-state bus interfacing

• Propagation Delay: Low, suitable for high-speed digital logic

• Package: DIP-20 (Through-hole)

• Category: Semiconductors, Integrated Circuits – ICs, Logic ICs

Engineered for reliable performance, this latch excels in timing-critical digital systems.

Key Features of SN74HC573AN

• Octal 8-Bit Latching – Efficiently stores and buffers data for logic operations

• 3-State Outputs – Ideal for microcontrollers, memory buses, and multiplexed lines

• High-Speed CMOS Technology – Ensures fast switching with low power consumption

• Flexible Voltage Range – Works seamlessly in modern 2–6V digital circuits

• Through-Hole Package – Easy for prototyping and industrial assembly

These attributes make it one of the most dependable options in bold Logic ICs and highly trusted bold Latches by Texas Instruments.

Applications of SN74HC573AN

This latch is commonly used in:

• Microcontroller and CPU memory interfaces

• Data buffering and signal stabilization

• Address/data bus isolation

• Industrial automation control boards

• Communication and embedded systems

• LED matrices and driver circuits

• Multiplexed logic systems

Its versatility and reliability make it a favorite in professional bold Semiconductors and advanced bold Integrated Circuits – ICs.

Wiring and Connection Overview

1. Connect D0–D7 to input data lines.

2. Connect Q0–Q7 to output logic or data bus.

3. Use LE (Latch Enable) to latch or pass input data.

4. Control OE (Output Enable) for 3-state bus driving.

5. Power with Vcc (5V typical) and connect GND.

Once wired, the latch can buffer large data sets with precision and speed.

Use Case Scenario: Microcontroller Bus Expansion

Scenario: A designer needed to isolate an 8-bit data bus in a microcontroller-based automation system.
Problem: Direct connection caused signal instability and noise.
Solution: The SN74HC573AN Latches by Texas Instruments provided clean, stable signal latching and tri-state control.
Result: Improved signal integrity, reduced interference, and optimized system timing.

This demonstrates why TI devices dominate the world of bold Semiconductors and high-reliability bold Logic ICs.

Download Datasheet for SN74HC573AN

Need full electrical specs, timing diagrams, or application notes?

Download the official datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics offers premium bold Semiconductors, including reliable bold Latches by Texas Instruments, with:

• 100% Genuine TI Components

• Worldwide Shipping (USA, India, Europe, Australia & more)

• OEM & Bulk Order Pricing

• Engineering Support for Digital Logic Integration

• Secure Online Ordering

Order today from www.xonelec.com for high-performance digital logic solutions.

Conclusion

The SN74HC573AN Latches by Texas Instruments deliver reliable 8-bit data latching, high-speed performance, and versatile logic control for embedded and industrial applications. As one of the most trusted bold Integrated Circuits – ICs in digital design, it remains a top choice for engineers and developers worldwide.

FAQs – SN74HC573AN Latch

Q1. What type of IC is SN74HC573AN?
An octal transparent latch with 3-state outputs.

Q2. Which category does it belong to?
It belongs to Semiconductors, Integrated Circuits – ICs, and Logic ICs.

Q3. What voltage does it support?
Operates from 2V to 6V.

Q4. What is it used for?
Data buffering, bus driving, address/data line isolation, and embedded systems.

Q5. Where can I buy it?
You can purchase it globally from www.xonelec.com.

MMBT3904 Bipolar Transistors - BJT by Diotec – High-Efficiency Switching & Amplification

Introduction

The Bipolar Transistors – BJT MMBT3904  by Diotec is a compact, high-performance NPN transistor widely used for general-purpose switching and amplification. As part of the Semiconductors, Discrete Semiconductors, Transistors, Bipolar Transistors – BJT family, this device offers reliable low-power operation and exceptional electrical characteristics suitable for consumer electronics, industrial equipment, and communication devices.

Available now at www.xonelec.com, the MMBT3904 provides trusted performance for engineers and OEMs globally.

Technical Specifications

• Manufacturer: Diotec

• Part Number: MMBT3904

• Type: NPN Bipolar Transistors - BJT

• Collector-Emitter Voltage (Vce): 40V

• Collector Current (Ic): 200mA

• Power Dissipation (Pd): 625mW

• DC Current Gain (hFE): 100–300

• Transition Frequency (fT): 300MHz

• Package Type: SOT-23

• Category: Semiconductors, Discrete Semiconductors, Transistors, Bipolar Transistors - BJT

This transistor provides strong gain performance, fast switching speeds, and stable operation across a wide range of temperatures.

Key Features

• Fast switching capability

• High transition frequency (up to 300MHz)

• Low-power, high-gain NPN structure

• Suitable for analog and digital circuits

• Compact SOT-23 package for space-efficient PCB layouts

These features make the MMBT3904 ideal for engineers working with Semiconductors, Discrete Semiconductors, Transistors, Bipolar Transistors - BJT in modern electronic designs.

Applications

The MMBT3904 Bipolar Transistors - BJT by Diotec is widely used in:

• Signal amplification modules

• High-speed switching circuits

• LED driving and small-signal processing

• Communication and RF applications

• Industrial control boards and instrumentation

Its strong electrical characteristics make it highly suitable for Discrete Semiconductors applications requiring dependable performance.

Wiring and Connection Overview

• Pin 1 – Emitter (E): Common ground reference

• Pin 2 – Base (B): Input control current

• Pin 3 – Collector (C): Output signal path

The SOT-23 package of this Bipolar Transistor – BJT ensures easy integration into compact PCB designs.

Use Case Scenario – Signal Switching Module

Scenario: A compact digital controller required a fast-response transistor for high-frequency switching.
Problem: Standard BJTs failed to keep up with rapid switching cycles, causing signal delays.
Solution: The MMBT3904 Bipolar Transistors - BJT by Diotec offered high transition frequency and low saturation voltage.
Result: Achieved reliable, high-speed signal switching with minimal power dissipation.

This demonstrates its strength within Semiconductors, Discrete Semiconductors, Transistors, Bipolar Transistors - BJT categories.

Download Datasheet for MMBT3904

Download the MMBT3904 Datasheet from XON Electronics.

Also Available from Other Manufacturers

XON Electronics also provides MMBT3904 and equivalent Bipolar Transistors - BJT from top global manufacturers such as:

• Taiwan Semiconductor

• Yangjie

• Panjit

• EIC Semiconductor

• YFSEMI

• Surge

• Rectron

• ON Semiconductor

• NTE
  …and more.

Why Buy from XON Electronics?

Purchase the MMBT3904 from www.xonelec.com and enjoy:

• 100% genuine Diotec components

• Worldwide shipping to USA, India, Australia, Europe & more

• Competitive pricing for bulk and OEM orders

• Professional sourcing support

• Secure online ordering

Trust XON Electronics for all your Semiconductors, Discrete Semiconductors, Transistors, Bipolar Transistors – BJT needs.

Conclusion

The MMBT3904 Bipolar Transistors - BJT by Diotec delivers excellent switching speed, stable gain, and versatile performance for modern electronics. As part of the Semiconductors, Discrete Semiconductors, Transistors, Bipolar Transistors - BJT family, it ensures precise operation in both digital and analog circuits.

Buy today from www.xonelec.com and enhance your electronic designs with Diotec quality.

SN74HC138N Encoders, Decoders, Multiplexers & Demultiplexers by Texas Instruments – High-Speed Logic for Digital Systems

The Encoders, Decoders, Multiplexers & Demultiplexers SN74HC138N  by Texas Instruments is a high-performance 3-to-8 line decoder designed for fast digital logic operations. Widely used in microcontroller interfaces, memory address decoding, I/O expansion, and digital automation systems, it delivers excellent speed, low power consumption, and reliable switching.

In this article, we explore the specifications, key features, applications, wiring, and why this IC is a top choice in bold Semiconductors, bold Integrated Circuits – ICs, bold Logic ICs, and bold Encoders, Decoders, Multiplexers & Demultiplexers by Texas Instruments.

Technical Specifications of SN74HC138N

• Manufacturer: Texas Instruments

• Part Number: SN74HC138N

• Type: Encoders, Decoders, Multiplexers & Demultiplexers by Texas Instruments

• Logic Function: 3-to-8 line decoder/demultiplexer

• Operating Voltage: 2V – 6V

• Output Type: CMOS logic

• Propagation Delay: Low, suitable for high-speed logic

• Package: DIP-16 through-hole

• Category: Semiconductors, Integrated Circuits – ICs, Logic ICs

This IC offers reliable, predictable logic behavior ideal for digital and automation systems.

Key Features of SN74HC138N

• Fast Logic Operation – High-speed decoding for microcontroller and FPGA systems

• Low Power Consumption – Optimized for modern low-voltage digital circuits

• Wide Operating Range – Works reliably across 2–6V supplies

• Multiple Enable Inputs – Allows flexible address decoding and control

• Through-Hole Package – Easy prototyping with DIP-16 compatibility

These benefits make it a solid performer in the category of bold Semiconductors and top-tier bold Logic ICs used in embedded and industrial electronics.

Applications of SN74HC138N

This IC is widely used in:

• Memory address decoding

• Microcontroller I/O expansion

• Digital automation and industrial controllers

• LED matrix display drivers

• Communication and data routing

• Multiplexing/demultiplexing logic

• Signal selection and logic gating

Its dependable performance makes it essential in advanced bold Encoders, Decoders, Multiplexers & Demultiplexers by Texas Instruments.

Wiring and Connection Overview

1. Connect A0, A1, A2 to microcontroller output pins.

2. Use G1, G2A, G2B enable pins to activate or disable the device.

3. Route Y0–Y7 outputs to LEDs, relays, encoders, gates, or address lines.

4. Power with Vcc (2–6V) and connect GND.

5. Test each output by toggling address inputs.

This straightforward wiring makes SN74HC138N easy to integrate into any digital logic design.

Use Case Scenario: Microcontroller I/O Expansion

Scenario: A developer needed more I/O lines for a sensor hub powered by a microcontroller.
Problem: GPIO pins were limited and direct wiring caused complexity.
Solution: The SN74HC138N Encoders, Decoders, Multiplexers & Demultiplexers by Texas Instruments allowed a 3-pin input to control 8 individual outputs.
Result: Cleaner wiring, efficient logic decoding, and reduced processor load.

This showcases why TI is a leader in bold Semiconductors and high-efficiency bold Logic ICs.

Download Datasheet for SN74HC138N

Need detailed electrical parameters or timing diagrams?

Download the official datasheet from Xon Electronics 

Why Buy from Xon Electronics?

Xon Electronics provides high-quality bold Semiconductors, including reliable bold Encoders, Decoders, Multiplexers & Demultiplexers by Texas Instruments, with:

• 100% Genuine TI ICs

• Worldwide Shipping (USA, India, Europe, Australia & more)

• OEM, Industrial & Bulk Pricing

• Technical Assistance for Logic Design

• Safe & Secure Online Ordering

Order now from www.xonelec.com and enhance your digital circuit designs.

Conclusion

The SN74HC138N Encoders, Decoders, Multiplexers & Demultiplexers by Texas Instruments deliver high-speed decoding, low power usage, and flexible logic functionality. As one of the most trusted bold Integrated Circuits – ICs in digital systems, it remains a favorite in embedded, industrial, and automation designs.

FAQs – SN74HC138N

Q1. What type of IC is SN74HC138N?
A high-speed 3-to-8 line decoder/demultiplexer.

Q2. What category does it belong to?
It falls under Semiconductors, Integrated Circuits – ICs, and Logic ICs.

Q3. What voltage does it operate on?
Works from 2V to 6V.

Q4. What are the outputs used for?
Address decoding, signal selection, multiplexing, and control applications.

Q5. Where can I buy it?
Available globally at www.xonelec.com.

PRWAAWJW221B00 Wirewound Resistors – Through Hole by Royal Ohm

The Wirewound Resistors – Through Hole PRWAAWJW221B00 by Royal Ohm are designed for high-power, high-stability applications where accuracy and reliability are essential. With excellent thermal performance and long-term durability, they are ideal for industrial controls, power supplies, instrumentation, and demanding electronic circuits.

This blog explores the specifications, features, applications, wiring, and why this model stands out among bold Passive Components, bold Resistors, bold Wirewound Resistors, and bold Wirewound Resistors – Through Hole by Royal Ohm.

Technical Specifications of PRWAAWJW221B00

• Manufacturer: Royal Ohm

• Part Number: PRWAAWJW221B00

• Type: Wirewound Resistors – Through Hole by Royal Ohm

• Resistance Value: 220 O (series dependent)

• Power Rating: High-power wirewound construction

• Tolerance: ±5% (typical)

• Temperature Coefficient: Excellent temperature stability

• Mounting Type: Through-hole

• Category: Passive Components, Resistors, Wirewound Resistors

• Construction: Ceramic core with precision-wound resistance wire

Engineered for long-term performance, this resistor handles demanding electrical loads with minimal drift.

Key Features of PRWAAWJW221B00

• High Power Handling – Ideal for circuits requiring sustained load capacity

• Superior Heat Dissipation – Ceramic core ensures excellent thermal stability

• Long-Term Reliability – Robust construction minimizes resistance drift

• Precise, Stable Resistance – Ensures predictable circuit behavior

• Strong Mechanical Build – Perfect for industrial and rugged applications

These characteristics make it a top performer among bold Wirewound Resistors and trusted bold Wirewound Resistors – Through Hole by Royal Ohm.

Applications of PRWAAWJW221B00

This wirewound resistor is widely used in:

• Industrial automation equipment

• Power electronics and power supplies

• Motor drivers and control circuits

• Measurement and test equipment

• Load banks and current sensing

• Consumer and commercial electronics

• Safety and protection circuits

Its high-power stability places it among essential bold Passive Components for engineers and manufacturers.

Wiring and Mounting Overview

1. Insert resistor leads into PCB through-holes aligned with circuit design.

2. Solder both leads securely, ensuring strong mechanical bonding.

3. Keep spacing for heat dissipation and prevent thermal coupling with nearby components.

4. Trim excess leads after soldering.

5. Verify resistance using a multimeter before powering the circuit.

Wirewound resistors handle heat better than most types, making proper mounting important for long service life.

Use Case Scenario: Power Supply Load Regulation

Scenario: A power supply designer required a resistor capable of handling high current and heat for load regulation.
Problem: Standard film resistors overheated and drifted under continuous operation.
Solution: The PRWAAWJW221B00 Wirewound Resistors – Through Hole by Royal Ohm delivered superior thermal stability and high-power capability.
Result: Enhanced reliability, accurate voltage regulation, and reduced component failures.

This demonstrates why wirewound designs remain a preferred choice for demanding bold Resistors applications.

Download Datasheet for PRWAAWJW221B00

Need resistance curves, mechanical drawings, or thermal ratings?

Download the official datasheet from Xon Electronics 

Why Buy from Xon Electronics?

Xon Electronics supplies premium bold Passive Components, including durable bold Wirewound Resistors – Through Hole by Royal Ohm, offering:

• 100% Genuine Royal Ohm Components

• Global Shipping (USA, India, Europe, Australia & more)

• Bulk & OEM Pricing Options

• Technical Support for Circuit Design

• Safe & Reliable Ordering Experience

Order now from www.xonelec.com to upgrade your power and industrial designs.

Conclusion

The PRWAAWJW221B00 Wirewound Resistors – Through Hole by Royal Ohm deliver exceptional durability, high-power handling, and stable electrical performance. As one of the most dependable bold Passive Components, these bold Wirewound Resistors ensure consistent operation in industrial and electronic applications worldwide.

FAQs – PRWAAWJW221B00 Wirewound Resistors

Q1. What type of resistor is PRWAAWJW221B00?
A high-power wirewound through-hole resistor by Royal Ohm.

Q2. Where is it used?
In power supplies, automation equipment, load circuits, and industrial electronics.

Q3. Does it offer stable resistance?
Yes, wirewound technology provides excellent long-term stability.

Q4. What category does it belong to?
It belongs to Passive Components, Resistors, and Wirewound Resistors.

Q5. Where can I buy it?
Available globally at www.xonelec.com.

LM35DZ/NOPB Board Mount Temperature Sensors by Texas Instruments – Precision Temperature Monitoring for Electronics

The Board Mount Temperature Sensors LM35DZ/NOPB by Texas Instruments deliver high-accuracy temperature measurement with minimal self-heating and linear analog output. Ideal for embedded systems, automation, and industrial control applications, this device is widely preferred for its simplicity and precision.

In this blog, we review its specifications, features, applications, wiring details, and why it stands out within bold Sensors, bold Temperature Sensors, and bold Board Mount Temperature Sensors by Texas Instruments.

Technical Specifications of LM35DZ/NOPB

• Manufacturer: Texas Instruments

• Part Number: LM35DZ/NOPB

• Type: Board Mount Temperature Sensors by Texas Instruments

• Temperature Range: 0°C to +100°C

• Output Type: Analog voltage (10 mV/°C)

• Accuracy: ±0.5°C (typical at 25°C)

• Supply Voltage: 4V to 30V

• Mounting Style: Through-hole (TO-92 package)

• Category: Sensors, Temperature Sensors, Board Mount Temperature Sensors by Texas Instruments

This sensor provides a direct, linear voltage output proportional to temperature, making integration simple and highly effective.

Key Features of LM35DZ/NOPB

• High Accuracy – Offers precise temperature readings without calibration

• Linear Analog Output – 10 mV per degree Celsius for easy conversion

• Low Power & Self-Heating – Ensures stable temperature sensing

• Easy PCB Mounting – TO-92 design fits compact electronics

• Wide Application Use – Suitable for consumer and industrial electronics

These strengths make it a top choice in bold Sensors and one of the most dependable bold Board Mount Temperature Sensors by Texas Instruments.

Applications of LM35DZ/NOPB

The LM35 sensor is widely used in:

• Industrial automation and control

• Embedded microcontroller projects

• Smart home and HVAC monitoring

• Battery management systems

• Power supply temperature control

• Medical and laboratory equipment

• Consumer electronics

Its versatility makes it a must-have component among bold Temperature Sensors for modern systems.

Wiring and Connection Overview

1. Pin 1 (V+) – Connect to +4V to +30V supply

2. Pin 2 (Vout) – Analog output to ADC/microcontroller input

3. Pin 3 (GND) – Ground connection

Once wired, the output voltage varies linearly with temperature (10 mV for each °C).

Use Case Scenario: Embedded HVAC Temperature Monitoring

Scenario: A development team needed a stable and precise temperature sensor for an embedded HVAC control board.
Problem: Other sensors produced non-linear readings and required recalibration.
Solution: The LM35DZ/NOPB Board Mount Temperature Sensors by Texas Instruments offered reliable accuracy with a simple analog output.
Result: Consistent temperature tracking, improved system responsiveness, and reduced calibration workload.

This showcases why TI remains a trusted leader in bold Sensors and bold Temperature Sensors for embedded electronics.

Download Datasheet for LM35DZ/NOPB

Need complete electrical specifications or wiring diagrams?

Download the official datasheet from Xon Electronics 

Why Buy from Xon Electronics?

Xon Electronics supplies high-quality bold Sensors, including precise bold Board Mount Temperature Sensors by Texas Instruments, with:

• ? 100% Genuine TI Components

• ?? Worldwide Shipping — USA, India, Europe, Australia & more

• ?? OEM & Bulk Pricing Support

• ?? Technical Guidance for Integration

• ?? Secure Online Ordering

Order today from www.xonelec.com and upgrade your system with reliable temperature sensing technology.

Conclusion

The LM35DZ/NOPB Board Mount Temperature Sensors by Texas Instruments provide accurate, energy-efficient, and easy-to-implement temperature measurement for electronics and industrial systems. As a leader in bold Sensors and high-performance bold Temperature Sensors, the LM35 series continues to be trusted by engineers worldwide.

FAQs – LM35DZ/NOPB Temperature Sensor

Q1. What type of sensor is LM35DZ/NOPB?
A high-accuracy analog Board Mount Temperature Sensor by Texas Instruments.

Q2. What is the temperature range?
0°C to +100°C for this variant.

Q3. Does it require calibration?
No, it provides accurate readings without calibration.

Q4. What category does it belong to?
It falls under Sensors, Temperature Sensors, and Board Mount Temperature Sensors by Texas Instruments.

Q5. Where can I purchase it?
Available globally at www.xonelec.com.

BAT54C Schottky Diodes & Rectifiers by Diotec – High-Speed Switching & Low Forward Voltage

The Schottky Diodes & Rectifiers BAT54C by Diotec are compact, fast-switching dual diodes designed for low-voltage, high-frequency applications. As part of the Semiconductors, Discrete Semiconductors, Diodes & Rectifiers, and Schottky Diodes & Rectifiers family, this device is well-known for its low forward voltage drop, fast recovery characteristics, and suitability for portable and battery-driven electronics.

Available globally from XON Electronics, ensuring reliable sourcing and fast delivery.

Technical Specifications of BAT54C

• Manufacturer: Diotec

• Part Number: BAT54C

• Category: Semiconductors, Discrete Semiconductors, Diodes & Rectifiers, Schottky Diodes & Rectifiers

• Configuration: Common Cathode

• Forward Voltage (VF): ~0.3V at IF = 10mA

• Reverse Voltage (VR): 30V

• Average Rectified Current: 200mA

• Package: SOT-23

• Reverse Recovery Time: Extremely fast, ideal for high-frequency circuits

Engineered for efficiency in power-sensitive systems.

Key Features of BAT54C

• Low forward voltage for improved power efficiency

• High-speed switching for RF and digital applications

• Dual-diode common-cathode configuration

• Excellent performance in Schottky Diodes & Rectifiers applications

• Ideal component in Semiconductors, Discrete Semiconductors, and Diodes & Rectifiers categories

• Compact SOT-23 package ideal for dense PCB layouts

Applications of BAT54C

This versatile Schottky diode is used in:

• Signal switching and high-speed logic circuits

• Power management and voltage clamping

• DC-DC converter modules

• RF communications

• Battery-powered devices

• Low-threshold OR-ing and polarity protection

The BAT54C excels as a low-loss solution for Schottky Diodes & Rectifiers design challenges.

Wiring and Connection Overview

• Dual diode with common-cathode design

• Suitable for OR-ing circuits, protection circuits, and switching networks

• Easy to integrate in compact boards due to its SOT-23 footprint

Use Case Example: Improving Efficiency in DC-DC Converters

A compact IoT module required minimal voltage loss and fast switching. Engineers used the BAT54C Schottky diode to:

• Reduce conduction losses

• Improve converter efficiency

• Provide rapid response to switching events

Its performance significantly improved battery longevity and system reliability.

Download BAT54C Datasheet

The complete datasheet with curves, thermal details, electrical characteristics, and recommended PCB layouts is available at www.xonelec.com.

Also Available from Other Manufacturers

Equivalent Schottky Diodes & Rectifiers are also offered by:

• LGE
• Lite-On
• Philips
• Yangjie
• Haolin
• GREEN POWER
• SMC Diode
• ON Semiconductor
• Good-Ark
• Rectron
• Taiwan Semiconductor etc.

Why Buy from XON Electronics?

• 100% genuine Diotec components

• Ships worldwide including USA, India, Australia, Europe, and more

• Competitive bulk and small-quantity pricing

• Trusted distributor of Semiconductors and Schottky Diodes & Rectifiers

• Fast processing and secure delivery

Shop with confidence at www.xonelec.com.

FAQs – Diotec BAT54C

Q1: What configuration does BAT54C use?
Common-cathode dual Schottky diode.

Q2: Is it suitable for battery-powered circuits?
Yes—low forward drop makes it ideal.

Q3: Can it be used in RF designs?
Yes, thanks to its high-speed switching.

Q4: Which package does it use?
SOT-23 surface-mount.

Q5: What is its reverse voltage rating?
30V maximum.

Conclusion

The BAT54C Schottky Diodes & Rectifiers by Diotec deliver excellent efficiency, low voltage drop, and high-speed switching performance—making them a staple in modern electronics. Perfectly suited for designs involving Semiconductors, Discrete Semiconductors, Diodes & Rectifiers, and especially Schottky Diodes & Rectifiers.

Order genuine parts from XON Electronics for fast, reliable global delivery.

23.1033-22 Test Plugs & Test Jacks by STAUBLI – Precision Connectivity for Test & Measurement

The Test Plugs & Test Jacks 23.1033-22 by STAUBLI are engineered for professional-grade testing environments where accuracy, durability, and safety are essential. STAUBLI is a global leader known for producing test accessories that meet strict industrial and laboratory requirements.

This blog covers specifications, features, applications, wiring details, and why this product stands out among bold Test & Measurement, bold Test Equipment Accessories, and bold Test Plugs & Test Jacks by STAUBLI.

Technical Specifications of 23.1033-22

• Manufacturer: STAUBLI

• Part Number: 23.1033-22

• Type: Test Plugs & Test Jacks by STAUBLI

• Connector Type: High-quality test plug

• Contact Material: Precision-engineered conductive metal

• Housing: Durable insulated body

• Current Rating: Suitable for standard lab testing loads

• Category: Test & Measurement, Test Equipment Accessories, Test Plugs & Test Jacks by STAUBLI

• Mounting Style: Panel or instrument connection

• Color Coding: For easy identification during testing

Built with robust safety features, this STAUBLI test plug ensures reliable signal transfer in demanding test environments.

Key Features of 23.1033-22

• Precision Connectivity – Guarantees stable and accurate measurement results

• Durable Insulation – Protects the user and maintains electrical integrity

• Robust Contact Design – Ensures long-lasting performance even under frequent use

• Easy Handling – Ergonomic shape for smooth insertion and removal

• Industrial-Grade Quality – Designed for laboratory, field, and industrial testing

These benefits make it a trusted choice in bold Test & Measurement and one of the most reliable bold Test Plugs & Test Jacks by STAUBLI.

Applications of 23.1033-22

This test plug is widely used in:

• Electrical and electronic testing labs

• Industrial test benches

• Multimeter and instrument interfaces

• Research and development setups

• Quality control testing

• Field service diagnostics

Its precision and quality place it among the best bold Test Equipment Accessories for professional testing tasks.

Wiring and Connection Overview

1. Insert the test plug into the corresponding jack or measurement point.

2. Ensure proper seating for stable contact.

3. Connect the opposite end to measuring equipment or test leads.

4. Verify signal stability before initiating measurement.

5. Remove by pulling straight out to maintain connector integrity.

STAUBLI’s craftsmanship ensures seamless integration into any testing setup.

Use Case Scenario: Electrical Calibration Laboratory

Scenario: A calibration lab needed high-precision test plugs to maintain accuracy in their advanced measurement systems.
Problem: Previous connectors introduced minor signal loss and inconsistent contact.
Solution: The 23.1033-22 Test Plugs & Test Jacks by STAUBLI provided stable conductivity and safe handling.
Result: Improved measurement accuracy, reduced testing errors, and enhanced workflow efficiency.

This demonstrates why STAUBLI leads the market in bold Test & Measurement and professional bold Test Equipment Accessories.

Download Datasheet for 23.1033-22

Need detailed ratings, dimensions, or safety specifications?

Download the official datasheet from Xon Electronics

Why Buy from Xon Electronics?

Xon Electronics provides premium bold Test & Measurement products, including authentic bold Test Plugs & Test Jacks by STAUBLI, with:

• 100% Genuine STAUBLI Components

• Worldwide Shipping – USA, India, Europe, Australia & more

• OEM & Bulk Pricing Options

• Expert Support for Technical Applications

• Fast & Secure Online Ordering

Order today at www.xonelec.com and upgrade your testing setup with precision-engineered accessories.

Conclusion

The 23.1033-22 Test Plugs & Test Jacks by STAUBLI offer outstanding electrical performance, durability, and user safety—making them essential for laboratory, industrial, and field testing. Designed for precision and reliability, they remain a top choice in bold Test Equipment Accessories and professional bold Test & Measurement solutions.

FAQs – 23.1033-22 Test Plugs & Test Jacks by STAUBLI

Q1. What category does the 23.1033-22 belong to?
It falls under Test & Measurement, Test Equipment Accessories, and Test Plugs & Test Jacks by STAUBLI.

Q2. Is it suitable for professional testing?
Yes, it is built for high-accuracy laboratory and industrial testing.

Q3. Is the insulation safe?
Absolutely—STAUBLI uses high-quality, durable insulating materials.

Q4. What type of applications use this test plug?
Calibration, diagnostics, quality control, and general electrical testing.

Q5. Where can I buy it?
You can order globally from www.xonelec.com.

SMAJ36CA ESD Protection Diodes / TVS Diodes by Littelfuse – Robust Circuit Protection for Industrial & Electronic Systems

The ESD Protection Diodes / TVS Diodes SMAJ36CA by Littelfuse are high-performance bidirectional transient voltage suppressors designed to protect sensitive electronics from electrostatic discharge, lightning surges, and voltage spikes. As part of the Circuit Protection and ESD Protection Diodes / TVS Diodes family, this component offers exceptional reliability across demanding applications.

Now available globally through XON Electronics with dependable sourcing and competitive pricing.

Technical Specifications of SMAJ36CA

• Manufacturer: Littelfuse

• Part Number: SMAJ36CA

• Category: Circuit Protection, ESD Protection Diodes / TVS Diodes

• Polarity: Bidirectional

• Working Peak Reverse Voltage (VRWM): 36V

• Breakdown Voltage: 40V – 44.2V

• Clamping Voltage: 58.1V

• Peak Pulse Power Rating: 400W (10/1000 µs)

• Package: SMA (DO-214AC)

• Operating Temperature Range: –55°C to +150°C

Engineered for strong surge handling and rapid clamping response.

Key Features of SMAJ36CA

• Strong 400W surge capability

• Fast response to transient events

• Low leakage current for stable circuit operation

• Bidirectional protection ideal for AC line and data interfaces

• Widely used in ESD Protection Diodes / TVS Diodes applications

• Reliable solution within Circuit Protection categories

Applications of SMAJ36CA

This Littelfuse device is trusted across:

• Communication and networking equipment

• Power supply and AC/DC adapter protection

• Automotive electronic modules

• Consumer electronics

• Industrial automation systems

• Sensors and microcontroller protection requiring strong Circuit Protection

Wiring and Connection Overview

• SMA surface-mount package

• Supports bidirectional transient suppression

• Simple PCB integration

• Ideal for protecting data lines, supply rails, and I/O interfaces

Use Case Example: Surge Protection in Industrial Controllers

A programmable controller exposed to electrical noise and line surges required a compact solution. By adding the SMAJ36CA TVS diode, engineers achieved:

• Reliable bidirectional surge suppression

• Longer equipment lifespan

• Fail-safe operation in harsh industrial environments

The high clamping power and fast reaction time made this diode essential for protection.

Download SMAJ36CA Datasheet

Designers can download the full datasheet with electrical characteristics and thermal graphs directly from XON Electronics.

Also Available from Other Manufacturers

Equivalent ESD Protection Diodes / TVS Diodes can be sourced from:

• Starsea

• Jinkaisheng

• TKS

• PROSEMI

• Ruilongyuan

• Tokmas

• Yenji

• Bourns

• Littelfuse

• Prisemi etc.

These brands provide alternatives for cost-effective and flexible procurement.

Why Buy from XON Electronics?

• 100% original Littelfuse components

• Worldwide shipping to USA, India, Australia, Europe, and more

• Competitive pricing for bulk and small quantities

• Trusted supplier of Circuit Protection and ESD Protection Diodes / TVS Diodes

• Fast dispatch with secure packaging

Shop securely at www.xonelec.com.

FAQs – Littelfuse SMAJ36CA

Q1: Is the SMAJ36CA bidirectional?
Yes, it offers bidirectional surge protection.

Q2: What is its power rating?
400W peak pulse capability.

Q3: Can it protect microcontrollers?
Yes, it is widely used for I/O and supply line protection.

Q4: What package does it use?
SMA (DO-214AC).

Q5: Suitable for industrial applications?
Absolutely—designed for rugged electrical environments.

Conclusion

The SMAJ36CA ESD Protection Diodes / TVS Diodes by Littelfuse provide outstanding transient suppression for modern circuits. As a strong member of the Circuit Protection and ESD Protection Diodes / TVS Diodes categories, it ensures reliability, stability, and long-term performance under challenging electrical conditions.

Purchase genuine Littelfuse SMAJ36CA diodes from XON Electronics—your trusted global distributor.