502352-0700 Headers & Wire Housings by Molex

The Molex 502352-0700 is a compact and dependable wire housing designed for secure board-to-wire interconnections. Known for precision engineering and durability, this component ensures consistent electrical contact in demanding environments such as industrial automation, consumer electronics, and automotive systems.

As part of the bold: Connectors, Headers & Wire Housings family, this housing supports quick assembly, firm locking, and long-term reliability. Designers frequently select it when space-saving yet dependable Connectors, Headers & Wire Housings are required.

Genuine parts are available directly from Xonelec.

Technical Specifications of 502352-0700

• Manufacturer: Molex

• Part Number: 502352-0700

• Product Type: Wire Housing

• Series: Micro/Board-to-Wire Connector System

• Positions: 7 circuits

• Mounting Style: Cable mount

• Material: High-grade thermoplastic

• Pitch: Compact micro pitch

• Locking Mechanism: Positive latch

• Category: Connectors, Headers & Wire Housings

This model delivers strong mechanical retention and reliable signal transfer in tight spaces.

Key Features of 502352-0700 Wire Housing

• Compact, space-saving design

• Secure locking for vibration resistance

• Easy crimp terminal insertion

• Durable housing for long lifecycle

• Reliable electrical contact performance

• Fast assembly for production efficiency

These benefits make it ideal for modern Connectors, Headers & Wire Housings used across multiple industries.

Applications of 502352-0700

Commonly used in:

• Consumer electronics

• Automotive control modules

• Industrial control panels

• Home appliances

• LED drivers and lighting systems

• PCB-to-cable harness assemblies

In all these applications, dependable Connectors, Headers & Wire Housings ensure stable signal and power connections without failures.

Working Principle Overview

Crimp Terminal Insertion:
Wires are crimped to compatible terminals.

Housing Assembly:
Terminals snap securely into the housing.

Board Connection:
Housing mates with PCB header for stable electrical contact.

This simple yet effective design improves installation speed compared to traditional Connectors, Headers & Wire Housings systems.

Wiring and Connection Overview

Steps:

1. Strip wire and crimp terminal

2. Insert terminal into housing

3. Lock into mating header on PCB

The positive latch prevents accidental disconnection, making it suitable for vibration-prone environments.

Use Case Scenario – Compact Control Module

Scenario: Embedded control board required a reliable 7-pin cable interface.

Problem: Larger connectors consumed excess PCB space.

Solution: 502352-0700 compact housing implemented.

Result: Reduced footprint, improved cable management, and enhanced durability.

This showcases why engineers prefer Connectors, Headers & Wire Housings from Molex for high-density designs.

Download Datasheet

For complete dimensions, mating compatibility, and material specifications, download the official 502352-0700 datasheet from the product page at XON 

Conclusion

The 502352-0700 Headers & Wire Housings by Molex offer a dependable, compact, and easy-to-install solution for board-to-wire connectivity. With strong mechanical retention, space efficiency, and trusted performance, it’s a smart choice for modern electronics.

For authentic stock and reliable supply, choose XON for your next connector requirement.

FAQs – 502352-0700

Q1. How many positions does this housing support?
It supports 7 circuits.

Q2. Is it suitable for compact PCBs?
Yes, it features a micro pitch for space-saving designs.

Q3. Does it include a locking mechanism?
Yes, a secure latch ensures stable mating.

Q4. What applications is it best for?
Consumer, automotive, and industrial electronics.

Q5. Where can I buy it online?
Available directly at XON.

502352-0400 Headers & Wire Housings by Molex LLC – Compact & Secure PCB Connectivity

The Headers & Wire Housings 502352-0400  are precision-engineered interconnect solutions designed to deliver reliable board-to-wire connections in compact electronic assemblies. Built with durable materials and tight tolerances, these professional Connectors ensure stable electrical contact and long-term performance. Ideal for space-saving applications, these Headers & Wire Housings are widely used in consumer electronics, industrial control systems, and embedded devices.

Engineers rely on the 502352-0400 series for dependable Connectors that offer easy installation, secure locking, and consistent signal integrity across demanding environments.

Technical Specifications of 502352-0400

• Manufacturer: Molex

• Part Number: 502352-0400

• Product Type: Headers & Wire Housings

• Number of Positions: 4 Circuits

• Mounting Type: PCB Mount

• Pitch: Compact micro pitch design

• Contact Type: Crimp

• Housing Material: High-grade thermoplastic

• Current Rating: Suitable for signal/power lines

• Category: Connectors, Headers & Wire Housings

These specifications make it an excellent choice for compact Connectors in modern electronics.

Key Features of 502352-0400 Headers & Wire Housings

• Space-saving low-profile design

• Secure locking mechanism

• Reliable contact retention

• Easy crimp termination

• Durable insulation housing

• Long lifecycle performance

Such advantages position it among the most trusted Headers & Wire Housings for professional Connectors systems.

Applications of 502352-0400

The 502352-0400 Headers & Wire Housings are widely used in:

• Consumer Electronics

• Industrial Automation

• Embedded Controllers

• Battery Packs

• Medical Devices

• IoT Modules

• Signal & Power Interconnects

These Connectors ensure safe and stable electrical transmission across compact Headers & Wire Housings assemblies.

Wiring and Connection Overview

Typical installation steps:

1. Crimp wire to terminal

2. Insert into housing

3. Align with PCB header

4. Lock into place

This straightforward method ensures reliable assembly using Connectors and reduces installation time.

Use Case Scenario – Embedded Control Board

A device manufacturer required compact Headers & Wire Housings for limited PCB space.

Problem: Larger Connectors occupied excess board area
Solution: Switched to 502352-0400 micro Connectors
Result: Reduced footprint and improved reliability

This demonstrates why efficient Headers & Wire Housings are critical in modern compact electronics.

Download Datasheet & FAQs

Download Datasheet:
Refer to the official datasheet for dimensions, electrical ratings, mating compatibility, and assembly instructions 502352-0400 Datasheet (PDF).

Conclusion

The 502352-0400 Headers & Wire Housings by Molex deliver compact size, strong retention, and dependable electrical performance. These high-quality Connectors provide secure board-to-wire connections and are ideal for engineers seeking efficient Headers & Wire Housings in professional electronics applications.

FAQs

Q1. What type of connector is 502352-0400?
It is a compact Headers & Wire Housings connector.

Q2. Is it suitable for PCB mounting?
Yes, designed for direct PCB installation.

Q3. Does it support crimp terminals?
Yes, it uses crimp-style terminations.

Q4. Where is it commonly used?
Embedded devices, automation, and consumer electronics.

Q5. Are these durable for repeated mating cycles?
Yes, built for reliable long-term Connectors performance.

MKS2C024701A00KSSD Film Capacitors by WIMA GmbH & Co. KG – Stable & Reliable Performance for Electronic Circuits

The MKS2C024701A00KSSD Film Capacitors are precision-engineered components designed to deliver stable capacitance, low losses, and long operational life in demanding electronic systems. Developed by WIMA, these high-quality Passive Components provide dependable energy storage and filtering for modern circuits. Known for their compact design and durability, these Film Capacitors are ideal for industrial, power supply, and audio applications where consistent Capacitors performance is critical.

Engineers prefer the MKS2C024701A00KSSD for its reliability, making it one of the most trusted Passive Components for professional electronic assemblies.

Technical Specifications of MKS2C024701A00KSSD

• Manufacturer: WIMA

• Part Number: MKS2C024701A00KSSD

• Product Type: Film Capacitors

• Dielectric Type: Metallized Polyester (PET)

• Capacitance: 470pF

• Voltage Rating: 100V DC (typical)

• Tolerance: ±10%

• Mounting Type: Through Hole

• Package: Box Type

• Temperature Range: –55°C to +100°C

• Category: Passive Components, Capacitors

These specifications ensure reliable performance in precision Capacitors applications.

Key Features of MKS2C024701A00KSSD Film Capacitors

• Stable capacitance over temperature

• Low ESR and low dissipation factor

• High insulation resistance

• Self-healing dielectric construction

• Compact box design for easy PCB mounting

• Long service life for critical circuits

These benefits make it a dependable choice among modern Film Capacitors and other Passive Components.

Applications of MKS2C024701A00KSSD

The MKS2C024701A00KSSD Film Capacitors are widely used in:

• Power Supply Filtering

• Signal Coupling & Decoupling

• Timing Circuits

• Audio Equipment

• Industrial Control Systems

• Consumer Electronics

• SMPS and Automation Boards

Such Capacitors ensure smooth signal flow and voltage stabilization across various Passive Components designs.

Wiring and Installation Overview

Typical PCB installation:

• Insert leads through PCB holes

• Solder securely

• Maintain proper spacing for thermal performance

This easy mounting style allows seamless integration of Film Capacitors into standard through-hole assemblies.

Use Case Scenario – Power Supply Circuit

A power electronics designer needed reliable Capacitors for voltage stabilization.

Problem: Ceramic components showed higher noise
Solution: Switched to MKS2C024701A00KSSD Film Capacitors
Result: Reduced ripple and improved signal clarity

This shows how high-quality Passive Components enhance overall circuit stability.

Download Datasheet & FAQs

Download Datasheet:
Refer to the official datasheet for electrical ratings, dimensions, tolerance details, and mounting guidelines MKS2C024701A00KSSD Datasheet (PDF). 

Conclusion

The MKS2C024701A00KSSD Film Capacitors by WIMA deliver precision, durability, and electrical stability for a wide range of electronic systems. As trusted Passive Components, these Capacitors ensure consistent filtering, coupling, and energy storage, making them an essential choice for engineers seeking reliable Film Capacitors performance.

FAQs

Q1. What type of capacitor is MKS2C024701A00KSSD?
It is a metallized polyester Film Capacitors.

Q2. Is it suitable for filtering applications?
Yes, ideal for smoothing and decoupling circuits.

Q3. Does it offer long-term reliability?
Yes, designed for durable Passive Components performance.

Q4. Can it be used in audio circuits?
Yes, it provides stable and low-noise characteristics.

Q5. Is through-hole mounting supported?
Yes, it is designed for standard PCB insertion.

D-110-35 Solder Sleeves & Shield Tubing by TE Connectivity – Reliable Wire Protection & Splicing

The Solder Sleeves & Shield Tubing D-110-35  are high-performance heat-shrink components designed for secure splicing, shielding, and insulation of cables in demanding environments. Built for professional Wire & Cable assemblies, these sleeves simplify installations while ensuring strong electrical and mechanical protection. Engineers trust this solution for durable Wire & Cable Management in aerospace, industrial, automotive, and telecom systems.

With integrated solder preforms and insulation tubing, the D-110-35 provides quick, reliable terminations and long-term reliability in mission-critical Solder Sleeves & Shield Tubing applications.

Technical Specifications of D-110-35

• Manufacturer: TE Connectivity

• Part Number: D-110-35

• Product Type: Solder Sleeves & Shield Tubing

• Insulation Type: Heat Shrink

• Splice Method: Pre-installed solder ring

• Operating Temperature: Wide industrial range

• Compliance: Industry-grade reliability standards

• Application Category: Wire & Cable, Wire & Cable Management

These specifications ensure secure electrical connections and efficient Wire & Cable Management.

Key Features of D-110-35 Solder Sleeves & Shield Tubing

• Integrated solder for fast, reliable splicing

• Heat-shrink insulation for strong environmental sealing

• Excellent strain relief and mechanical strength

• Reduces installation time and labor

• Resistant to vibration and harsh conditions

Such benefits make these Solder Sleeves & Shield Tubing essential for professional Wire & Cable assemblies.

Applications of D-110-35

The D-110-35 Solder Sleeves & Shield Tubing are widely used in:

• Aerospace harness assemblies

• Automotive wiring systems

• Industrial control panels

• Defense electronics

• Marine installations

• Telecom and data equipment

These Wire & Cable solutions provide safe and efficient Wire & Cable Management while protecting sensitive conductors.

Installation Overview

Typical process:

1. Insert wires into sleeve

2. Position solder ring at joint

3. Apply controlled heat

4. Solder melts and bonds

5. Tubing shrinks to seal and insulate

This quick process ensures reliable connections using Solder Sleeves & Shield Tubing without complex tools.

Use Case Scenario – Aircraft Wiring Harness

An aerospace manufacturer required secure Wire & Cable Management for vibration-prone wiring.

Problem: Traditional splices loosened over time
Solution: Installed D-110-35 Solder Sleeves & Shield Tubing
Result: Improved durability, reduced failures, and faster assembly

This highlights the reliability of professional Wire & Cable protection components.

Download Datasheet & FAQs

Download Datasheet:
Access the official datasheet for dimensions, shrink ratios, temperature ratings, and installation guidelines.

FAQs

Q1. What is D-110-35 used for?
Cable splicing, shielding, and insulation.

Q2. Does it require soldering tools?
Only heat application is required; solder is pre-installed.

Q3. Is it suitable for harsh environments?
Yes, designed for demanding Wire & Cable Management needs.

Q4. Can it reduce installation time?
Yes, integrated design speeds up assembly.

Q5. Where are these Solder Sleeves commonly used?
Aerospace, industrial, automotive, and telecom sectors.

Conclusion

The D-110-35 Solder Sleeves & Shield Tubing by TE Connectivity provide secure, fast, and durable cable splicing for professional Wire & Cable applications. With easy installation, strong insulation, and reliable performance, these Solder Sleeves & Shield Tubing are a trusted choice for efficient Wire & Cable Management across industries.

KPT-1608SGC Standard LEDs – SMD by Kingbright Electronic Co., Ltd. – Compact & Efficient Indicator Lighting

The Standard LEDs - SMD KPT-1608SGC is a high-performance surface-mount LED designed for compact electronic circuits that demand consistent brightness and low power consumption. Built for modern Optoelectronics systems, this device offers excellent illumination efficiency and durability. These reliable LED Emitters are widely used in indicators, displays, and signal lighting where space-saving Standard LEDs - SMD are essential.

With strong optical output and stable electrical characteristics, the KPT-1608SGC ensures dependable LED Lighting performance across industrial and consumer electronics.

Technical Specifications of KPT-1608SGC

• Manufacturer: Kingbright

• Part Number: KPT-1608SGC

• Category: Standard LEDs - SMD

• Package Size: 0603 (1608 metric)

• Color: Green

• Forward Voltage: Approx. 2.0–2.2V

• Forward Current: 20mA

• Luminous Intensity: High brightness

• Viewing Angle: Wide

• Mounting Type: Surface Mount

• Industry Segment: Optoelectronics, LED Lighting, LED Emitters

These specifications make it ideal for compact PCB layouts requiring efficient LED Lighting.

Key Features of KPT-1608SGC Standard LEDs – SMD

• Small footprint for dense designs

• Low energy consumption

• Long operational life

• High brightness and clarity

• Reliable thermal performance

• Easy automated SMD assembly

Such benefits make this device a preferred option among Standard LEDs - SMD in modern Optoelectronics applications.

Applications of KPT-1608SGC

The KPT-1608SGC Standard LEDs - SMD is commonly used in:

• Status Indicators

• Control Panels

• Consumer Electronics

• Medical Equipment

• Automotive Dashboards

• Telecom Devices

• Backlighting Systems

These LED Emitters provide consistent and efficient illumination for professional LED Lighting solutions.

Wiring and Connection Overview

Typical connection method:

• Anode (+) ? Current limiting resistor ? Power

• Cathode (–) ? Ground

Using a proper resistor ensures safe current levels and extends the lifespan of Standard LEDs - SMD components.

Use Case Scenario – Equipment Status Panel

An equipment manufacturer needed bright yet compact LED Emitters for machine indicators.

Problem: Larger LEDs occupied excess PCB space
Solution: Implemented KPT-1608SGC Standard LEDs - SMD
Result: Reduced board size and improved visibility

This shows why miniature Optoelectronics parts are critical for efficient system design.

Download Datasheet & FAQs

Download Datasheet:
Refer to the official datasheet for dimensions, electrical ratings, optical characteristics, and soldering guidelines KPT-1608SGC Datasheet (PDF).

Conclusion

The KPT-1608SGC Standard LEDs - SMD by Kingbright deliver bright, efficient, and reliable lighting in a compact form factor. These dependable LED Emitters are perfect for space-constrained PCBs and modern LED Lighting systems, making them a top choice in today’s Optoelectronics industry.

FAQs

Q1. What color does KPT-1608SGC emit?
Green.

Q2. Is it suitable for surface mount assembly?
Yes, it is a compact Standard LEDs - SMD package.

Q3. Is it energy efficient?
Yes, designed for low current consumption.

Q4. Where is it typically used?
Indicators, displays, and LED Lighting circuits.

Q5. Is it reliable for long-term use?
Yes, built for durability in professional Optoelectronics systems.

SXH-002T-P0.6 Terminals by JST Mfg. Co., Ltd. – Reliable Crimp Contacts for Secure Connections

The  Terminals  SXH-002T-P0.6 are precision-engineered crimp contacts designed to deliver stable and long-lasting electrical performance in compact wiring systems. Manufactured by JST, these high-quality Terminals ensure dependable conductivity and secure mechanical retention, making them ideal for modern Connectors used across electronics and industrial applications.

Whether used in consumer electronics, automotive modules, or control systems, the SXH-002T-P0.6 provides efficient wire termination and consistent signal integrity. This blog explains the specifications, features, applications, wiring method, datasheet details, and FAQs to help you select reliable Connectors and Terminals for your project.

Technical Specifications of SXH-002T-P0.6

• Manufacturer: JST

• Part Number: SXH-002T-P0.6

• Product Type: Crimp Terminals

• Contact Material: Copper Alloy

• Plating: Tin

• Wire Gauge Range: 30–26 AWG (typical)

• Mounting Type: Crimp Style

• Compatible Housing: JST connector series

• Application Category: Connectors, Terminals

• Operating Temperature: –25°C to +85°C

These specifications ensure stable performance in compact and lightweight Connectors.

Key Features of SXH-002T-P0.6 Terminals

• Strong crimp design for vibration resistance

• Excellent conductivity and low contact resistance

• Compact size for dense harness layouts

• Easy insertion into JST housings

• Durable plating for corrosion protection

Such benefits make these Terminals a trusted choice in professional-grade Connectors.

Applications of SXH-002T-P0.6

The SXH-002T-P0.6 Terminals are widely used in:

• Consumer Electronics

• Automotive Wiring Harnesses

• Industrial Control Systems

• Battery Packs

• PCB-to-wire assemblies

• Sensors & Signal Modules

These Connectors and Terminals ensure reliable power and signal transmission even in tight spaces.

Wiring and Crimp Connection Overview

Typical process:

1. Strip wire insulation

2. Insert wire into Terminal barrel

3. Crimp using proper tool

4. Insert into connector housing

5. Lock into place

This simple installation method ensures secure retention and optimal electrical contact for Connectors.

Use Case Scenario – Compact Control Module

A device manufacturer required small yet durable Terminals for tight PCB-to-wire connections.

Problem: Loose contacts caused signal interruption
Solution: Switched to SXH-002T-P0.6 crimp Connectors
Result: Improved reliability and reduced maintenance

This highlights the importance of high-quality Terminals in precision electronics.

Download Datasheet & FAQs

Download Datasheet:
Refer to the official datasheet for crimp dimensions, compatible housings, wire gauge compatibility, and performance ratings.SXH-002T-P0.6 Datasheet (PDF)

Conclusion

The SXH-002T-P0.6 Terminals by JST offer dependable crimp performance, compact size, and excellent electrical stability. Ideal for professional Connectors and wiring assemblies, these Terminals provide secure and long-lasting connections for modern electronic applications.

FAQs

Q1. What wire size does SXH-002T-P0.6 support?
Typically 30–26 AWG wires.

Q2. Is it a crimp type terminal?
Yes, it uses a crimp connection.

Q3. Are these suitable for JST connector housings?
Yes, they are designed for JST Connectors.

Q4. Can they handle vibration environments?
Yes, the crimp design ensures strong mechanical retention.

Q5. Where are these Terminals commonly used?
Consumer electronics, automotive, and industrial systems.

ESP32-WROOM-32E (8MB) WiFi Modules – 802.11 by Espressif Systems – High-Performance Wireless Connectivity

The ESP32-WROOM-32E (8MB) module is a powerful and versatile solution for modern Embedded Solutions that require fast processing, stable wireless communication, and low power consumption. Designed for smart IoT devices, automation systems, and connected electronics, these reliable WiFi Modules - 802.11 integrate dual-core performance with seamless networking capabilities.

Built with advanced RF design and robust firmware support, the ESP32-WROOM-32E (8MB) is widely trusted in industrial and consumer applications where dependable Wireless & RF Modules are essential. This blog covers specifications, features, applications, wiring basics, datasheet details, and FAQs to help you integrate this module into your next design.

Technical Specifications of ESP32-WROOM-32E (8MB)

• Manufacturer: Espressif

• Part Number: ESP32-WROOM-32E (8MB)

• Category: WiFi Modules - 802.11, Wireless & RF Modules

• Flash Memory: 8MB

• CPU: Dual-core Xtensa® 32-bit LX6

• WiFi: 802.11 b/g/n

• Bluetooth: BT v4.2 + BLE

• Operating Voltage: 3.0–3.6V

• Interfaces: UART, SPI, I²C, I²S, PWM, ADC, DAC

• Antenna: Onboard PCB antenna

• Operating Temp: –40°C to +85°C

These specifications make it ideal for compact Embedded Solutions requiring wireless connectivity.

Key Features of ESP32-WROOM-32E (8MB)

• High-speed dual-core processing

• Integrated WiFi Modules - 802.11 connectivity

• Built-in Bluetooth support

• Low power deep sleep modes

• Compact SMD design for PCB mounting

• Secure encryption and OTA firmware updates

Such features position this device among the most popular Wireless & RF Modules for IoT and industrial systems.

Applications of ESP32-WROOM-32E (8MB)

The ESP32-WROOM-32E (8MB) is widely used across:

• Smart Home Devices

• Industrial Automation

• IoT Gateways

• Wireless Sensors

• Wearable Electronics

• Energy Monitoring Systems

• Remote Data Loggers

These Embedded Solutions benefit from reliable connectivity provided by advanced WiFi Modules - 802.11.

Wiring and Connection Overview

Typical integration:

• 3.3V ? Power Supply

• GND ? Ground

• TX/RX ? UART Communication

• GPIOs ? Sensors/Peripherals

• EN/BOOT ? Programming control

This simple layout enables quick development and rapid deployment of Wireless & RF Modules in embedded systems.

Use Case Scenario – Smart IoT Monitoring Device

An IoT developer required compact Embedded Solutions with reliable wireless performance.

Problem: External WiFi modules increased power use and complexity
Solution: Integrated ESP32-WROOM-32E (8MB) all-in-one WiFi Modules - 802.11
Result: Reduced size, lower cost, improved connectivity

This demonstrates why integrated Wireless & RF Modules simplify modern product design.

Download Datasheet & FAQs

Download Datasheet:
Access the official datasheet for pinout diagrams, RF characteristics, hardware design notes, and firmware setup ESP32-WROOM-32E (8MB) Datasheet (PDF)

FAQs

Q1. Does the module support both WiFi and Bluetooth?
Yes, it supports WiFi and BLE.

Q2. How much flash memory is included?
8MB onboard flash.

Q3. Is it suitable for battery-powered devices?
Yes, it features low-power sleep modes.

Q4. Can it be used in IoT applications?
Absolutely, it is widely used in Embedded Solutions.

Q5. What makes it reliable for wireless communication?
Integrated WiFi Modules - 802.11 with optimized RF design.

Conclusion

The ESP32-WROOM-32E (8MB) WiFi Modules - 802.11  by Espressif delivers powerful processing, stable networking, and low power consumption in one compact module. Its advanced Embedded Solutions capabilities and reliable Wireless & RF Modules performance make it an excellent choice for IoT, automation, and smart devices worldwide.

HDC3021DEHR Board Mount Humidity Sensor – Precision RH | Buy Online at XON

HDC3021DEHR Board Mount Humidity Sensors by Texas Instruments

The Texas Instruments HDC3021DEHR is a compact, high-precision digital humidity and temperature device designed for modern embedded electronics. Built for reliability and low power operation, this component delivers accurate environmental measurements in space-constrained PCBs.

As part of the bold: Sensors, Environmental Sensors, Board Mount Humidity Sensors category, the HDC3021DEHR provides stable readings, fast response time, and excellent long-term performance for industrial, HVAC, and IoT applications.

Engineers and designers can source genuine parts directly from Xonelec.

Technical Specifications of HDC3021DEHR

• Manufacturer: Texas Instruments

• Part Number: HDC3021DEHR

• Type: Digital Humidity & Temperature Sensor

• Relative Humidity Accuracy: ±2% RH (typ.)

• Temperature Accuracy: ±0.2°C (typ.)

• Interface: I²C

• Supply Voltage: 1.62V – 5.5V

• Package: Compact DFN (board mount)

• Low Power Consumption

• Category: Sensors, Environmental Sensors, Board Mount Humidity Sensors

This device ensures precise sensing performance even in demanding environments.

Key Features of HDC3021DEHR

• High accuracy humidity and temperature measurement

• Factory calibrated and linearized output

• Ultra-low power for battery devices

• Small footprint ideal for compact PCBs

• Fast response and long-term stability

• Integrated heater for condensation removal

These features make it one of the most reliable Sensors, Environmental Sensors, Board Mount Humidity Sensors for professional designs.

Applications of HDC3021DEHR

The sensor is widely used in:

• HVAC and air quality systems

• Smart home and IoT devices

• Industrial automation

• Medical equipment

• Weather stations

• Data loggers and environmental monitoring

In all these systems, Sensors, Environmental Sensors, Board Mount Humidity Sensors ensure accurate climate data for improved control and efficiency.

Working Principle Overview

Humidity Detection:
A capacitive sensing element measures changes in moisture levels.

Temperature Detection:
Integrated bandgap sensor provides precise temperature output.

Digital Output:
Calibrated data is transmitted via I²C directly to the microcontroller.

This integration simplifies PCB design compared to discrete Sensors, Environmental Sensors, Board Mount Humidity Sensors solutions.

Wiring and Connection Overview

Typical I²C Setup:

• VCC ? Power Supply

• GND ? Ground

• SDA ? Data line

• SCL ? Clock line

Minimal external components are required, enabling quick integration into embedded systems.

Use Case Scenario – Smart HVAC Controller

Scenario: Smart building climate controller required accurate indoor humidity monitoring.

Problem: Previous sensors drifted over time and increased energy costs.

Solution: HDC3021DEHR installed for precise readings.

Result: Stable humidity control, improved comfort, and reduced power consumption.

This demonstrates why Sensors, Environmental Sensors, Board Mount Humidity Sensors are critical for efficient environmental control.

Download Datasheet

For complete electrical characteristics, timing diagrams, and package drawings, download the official HDC3021DEHR datasheet directly from the XON product page HDC3021DEHR Datasheet (PDF)

Conclusion

The HDC3021DEHR from Texas Instruments combines accuracy, compact size, and low power operation, making it ideal for modern environmental sensing designs. Whether used in HVAC, IoT, or industrial control, it delivers dependable performance and simplified integration.

For genuine components and fast sourcing, choose XON and integrate confidence into your next design.

FAQs – HDC3021DEHR

Q1. What does the HDC3021DEHR measure?
Relative humidity and temperature.

Q2. What interface does it use?
I²C digital communication.

Q3. Is it suitable for battery devices?
Yes, it features very low power consumption.

Q4. Does it require calibration?
No, it comes factory calibrated.

Q5. Where can I buy it online?
Available directly at XON.

SMAJ58A ESD Protection Diodes / TVS Diodes by Liown – 58V Surge Safety | Buy Online at XON

SMAJ58A ESD Protection Diodes / TVS Diodes by Liown

The Liown SMAJ58A is a high-performance transient voltage suppression solution designed to protect sensitive electronics from voltage spikes, ESD events, and surge damage. Built in an industry-standard SMA package, it delivers fast response time, high peak pulse capability, and dependable reliability for modern electronic systems.

As part of the bold: Circuit Protection, ESD Protection Diodes / TVS Diodes family, the SMAJ58A ensures stable system operation in industrial, telecom, and consumer devices. Engineers choose this component when designing robust protection for exposed power and signal lines.

You can source genuine parts directly from Xonelec.

Technical Specifications of SMAJ58A

• Manufacturer: Liown

• Part Number: SMAJ58A

• Type: TVS / Transient Voltage Suppression Diode

• Package: SMA (DO-214AC)

• Reverse Stand-off Voltage: 58V

• Peak Pulse Power: 400W (10/1000µs)

• Clamping Voltage: Low, fast response

• Polarity: Unidirectional

• Mounting: Surface Mount

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

Designed for fast clamping action, this device protects downstream components before damage can occur.

Key Features of SMAJ58A TVS Diode

• High peak pulse power dissipation

• Ultra-fast response to ESD and surge events

• Low leakage current

• Compact SMA footprint

• Excellent clamping performance

• RoHS compliant and reliable construction

These advantages make it a trusted choice among Circuit Protection, ESD Protection Diodes / TVS Diodes used in harsh environments.

Applications of SMAJ58A

The diode is widely used in:

• Power supply rails

• Industrial control systems

• Telecom and networking equipment

• Automotive electronics

• LED drivers and adapters

• Consumer and embedded electronics

In all these designs, Circuit Protection, ESD Protection Diodes / TVS Diodes are critical for preventing failures caused by lightning, switching transients, and electrostatic discharge.

Working Principle Overview

Normal Operation:
The SMAJ58A remains non-conductive below 58V.

Surge Event:
When voltage exceeds breakdown, the diode clamps instantly and diverts excess energy to ground.

Result:
Sensitive ICs and MOSFETs remain protected.

This fast reaction time is why Circuit Protection, ESD Protection Diodes / TVS Diodes are essential in modern electronics.

Use Case Scenario – Industrial Power Line Protection

Scenario: PLC controller exposed to switching surges.
Problem: Repeated board failures due to transient spikes.
Solution: SMAJ58A installed across the supply rail.
Result: Stable operation and reduced maintenance costs.

Such implementations show the importance of reliable Circuit Protection, ESD Protection Diodes / TVS Diodes in mission-critical designs.

Download Datasheet

For complete electrical ratings, curves, and package drawings, download the official SMAJ58A datasheet directly from the product page at XON SMAJ58A Datasheet (PDF).

Also Available from Other Manufacturers

HXY MOS, Jingdao, MSKSEMI, Yongyutai Electronics, Juxing Electronic Technology, DOWO, Taisko, GOODWORK, DIYI, PAKER Microelectronics, FOSAN, TECH PUBLIC, YFW Electronics, TWGMC, amsem, Jinkaisheng, AnBon, Microdiode Electronics, Yageo, Yangjie, Changjing Electronics Technology, Bourns, SMC Diode, SEMIWARE, ZHIDE, LGE, Shikues, Bourne, Good-Ark, SUNMATE, SLKORMICRO, Ruilongyuan, Littelfuse, Vishay.

Conclusion

The SMAJ58A by Liown delivers dependable surge and ESD protection in a compact SMA package. With strong clamping capability and fast response, it safeguards sensitive electronics across industrial and commercial applications.

Engineers seeking robust transient suppression can confidently integrate this device and order genuine stock directly from XON.

FAQs – SMAJ58A

Q1. What voltage does SMAJ58A protect?
It provides a 58V stand-off voltage for power line protection.

Q2. Is it suitable for ESD protection?
Yes, it’s specifically designed for ESD and surge suppression.

Q3. What package does it use?
Surface-mount SMA (DO-214AC).

Q4. Is it unidirectional or bidirectional?
This model is unidirectional.

Q5. Where can I buy it online?
Available directly at XON.

EE-SX1330 Optical Switches, Transmissive, Phototransistor Output by Omron Corporation

The EE-SX1330 is a compact and highly reliable solution in the category of Sensors, Optical Sensors, Optical Switches, Optical Switches, Transmissive, Phototransistor Output, designed for precise object detection and position sensing. This transmissive photointerrupter combines an infrared emitter and phototransistor receiver to deliver accurate switching performance for automation, control, and embedded systems.

Engineers worldwide trust the EE-SX1330 for stable light interruption detection, fast response, and dependable long-term operation in both industrial and consumer electronics.

Product Overview

The EE-SX1330 is part of Omron’s advanced Sensors, Optical Sensors, Optical Switches, Optical Switches, Transmissive, Phototransistor Output family, offering consistent detection with low power consumption and compact PCB mounting. Its slot-type design allows objects to pass between the emitter and detector, ensuring precise triggering and clean output signals.

Whether used in printers, robotics, or factory automation, EE-SX1330 ensures reliable sensing with minimal maintenance.

Key Features

• Compact transmissive slot design

• High-speed phototransistor output

• Excellent ambient light immunity

• Low current consumption

• Easy PCB integration

• Long operational life

The EE-SX1330 stands out among Sensors, Optical Sensors, Optical Switches, Optical Switches, Transmissive, Phototransistor Output for its dependable performance and consistent switching accuracy.

Technical Specifications

The EE-SX1330 ensures accurate detection even in high-speed applications.

Applications

The EE-SX1330 is widely used in:

• Industrial automation equipment

• Motor position sensing

• Paper detection in printers

• Encoder systems

• Robotics and motion control

• Consumer electronics

These Sensors, Optical Sensors, Optical Switches, Optical Switches, Transmissive, Phototransistor Output help designers create safe and precise control systems.

Benefits for Designers

Choosing EE-SX1330 provides:

• Reliable object sensing

• Reduced false triggering

• Energy-efficient operation

• Compact board footprint

• Cost-effective automation

For engineers seeking dependable Sensors, Optical Sensors, Optical Switches, Optical Switches, Transmissive, Phototransistor Output, EE-SX1330 delivers excellent value and performance.

Installation Tips

1. Align the object path within the slot

2. Avoid dust buildup for optimal sensing

3. Follow recommended current ratings

4. Use proper PCB spacing

Correct installation ensures the EE-SX1330 performs consistently.

Download Datasheet

Access full electrical characteristics, mechanical drawings, and operating curves for EE-SX1330.
Download the datasheet from XON Electronics product page EE-SX1330 Datasheet (PDF)

FAQs – EE-SX1330

Q1. What type of output does it provide?
Phototransistor output.

Q2. Is it suitable for industrial automation?
Yes, ideal for motion and object detection.

Q3. How is it mounted?
Through-hole PCB mounting.

Q4. Does it handle fast switching?
Yes, designed for high-speed sensing.

Q5. Where can I buy it?
Available online from XON Electronics.

Conclusion

The EE-SX1330 by Omron is a compact, accurate, and efficient solution within Sensors, Optical Sensors, Optical Switches, Optical Switches, Transmissive, Phototransistor Output. With excellent reliability and fast detection, it’s perfect for automation, robotics, and electronic control systems.