The Molex 47590-0001 USB Connector is a powerful and reliable choice for modern electronic devices. With its compact design, high durability, and superior performance, it is widely used in consumer electronics, automotive, medical, and industrial applications.

In today’s fast-paced world, where connectivity is the backbone of every industry, choosing the right electronic components is crucial. Whether you’re designing consumer electronics, automotive solutions, industrial automation systems, or medical devices, the 47590-0001 USB Connector by Molex stands out as one of the best choices for seamless data transfer and power delivery.

Explores the features, applications, circuit design, and use case scenarios of the 47590-0001 USB Connector and explains why it is widely adopted in the USA, India, Australia, Europe, and beyond.

Understanding the 47590-0001 USB Connector

The 47590-0001 is a Micro-USB Type AB receptacle designed by Molex, a leading manufacturer of high-quality electronic connectors. This 5-position, right-angle, surface-mount (SMD) connector is compact and durable, making it ideal for modern applications requiring USB 2.0 connectivity.

Specifications of the 47590-0001 USB Connector

The 47590-0001 ensures reliable and high-speed data transmission while maintaining a small footprint for compact device designs.

Key Features of the 47590-0001 USB Connector

1. Compact & High-Density Design

This Micro-USB connector is designed with a 0.65mm pitch, allowing manufacturers to optimize PCB space without compromising performance.

2. Passive Latching Mechanism

One of its standout features is its passive latching mechanism, which enhances the extraction force while allowing easy engagement and disengagement. This prevents accidental disconnections and ensures a more stable connection.

3. High Durability for Long-Term Use

With an impressive 10,000+ mating cycles, this connector is built for longevity, making it suitable for applications that require frequent plugging and unplugging.

4. Excellent Signal Integrity & Power Efficiency

The 47590-0001 USB Connector efficiently handles power and data transmission with minimal signal loss, making it perfect for USB 2.0 applications.

5. Robust Material Construction

The use of high-temperature thermoplastic for housing, along with copper alloy contacts and stainless steel shielding, enhances its electrical performance and durability.

Applications of the 47590-0001 USB Connector

This Micro-USB AB receptacle finds its way into a variety of industries. Here’s where it shines the most:

1. Consumer Electronics

Smartphones, tablets, and other portable gadgets rely heavily on Micro-USB connectors for charging and data transfer. The 47590-0001 ensures a secure, high-speed, and reliable connection in compact electronic devices.

2. Automotive Systems

Modern cars come equipped with USB ports for entertainment systems, diagnostics, GPS devices, and charging stations. The rugged build and high mating cycle durability make this connector ideal for automotive applications.

3. Medical Equipment

Medical devices like portable diagnostic tools, monitoring systems, and wearable health trackers require connectors that offer consistent performance and reliable data transmission—features the 47590-0001 excels at.

4. Industrial Automation

In industrial settings, embedded computing systems, IoT devices, and PLC controllers need USB connectors that can withstand harsh environments. The Molex 47590-0001 offers a secure and efficient interface for such applications.

Circuit Diagram for the 47590-0001 USB Connector

To ensure proper integration into various applications, here is a basic circuit diagram showing the pin configuration and connections for the 47590-0001 USB Connector:

   ------------------------
  |      USB Connector     |
  |------------------------|
  |   1  |  VBUS (5V)      |
  |   2  |  D- (Data -)    |
  |   3  |  D+ (Data +)    |
  |   4  |  ID (Identification) |
  |   5  |  GND (Ground)   |
   ------------------------

Integration into Circuit Board

• VBUS (Pin 1): Connects to the power supply (5V)

• D- & D+ (Pins 2 & 3): Used for USB data communication

• ID (Pin 4): Used for device identification (optional for host or OTG)

• GND (Pin 5): Connects to ground

For enhanced circuit protection, designers may include ESD protection diodes and ferrite beads to prevent electrical noise interference.

Use Case Scenario: Implementing the 47590-0001 in a Portable Medical Device

Problem Statement:

A healthcare company is designing a portable glucose monitor that requires a compact, durable, and reliable USB connector for data transfer and charging.

Why Choose the 47590-0001?

1. Small Footprint: Saves PCB space, making the device lightweight and portable.

2. Durability: Supports 10,000+ mating cycles, ensuring a long lifespan.

3. Data Transfer & Charging: Enables seamless synchronization with healthcare apps while supporting fast charging.

4. Surface Mount Design (SMD): Allows for automated assembly, reducing production costs.

Implementation:

• The USB connector is integrated into the device PCB for charging and data transfer.

• The D+ and D- lines are connected to a microcontroller, allowing it to communicate with a smartphone app.

• Power regulation circuits ensure safe and stable charging.

• Firmware updates can be deployed via the USB interface.

This real-world application highlights how the Molex 47590-0001 can enhance medical device efficiency, improve user experience, and ensure data security.

Why Choose the 47590-0001 USB Connector?

? Highly Durable: 10,000+ mating cycles ensure long-term reliability.
? Compact & Efficient: Small 0.65mm pitch allows space-saving designs.
? Secure Connection: Passive latching mechanism prevents accidental disconnections.
? Versatile Applications: Perfect for USB 2.0 data transfer and charging across multiple industries.

If you’re looking for a trusted supplier, check out Xon Electronics, a global retailer offering the 47590-0001 USB Connector in USA, India, Australia, Europe, and beyond.

Frequently Asked Questions (FAQs) About the 47590-0001 USB Connector by Molex

1. What is the 47590-0001 USB Connector?

The 47590-0001 is a Micro-USB AB receptacle manufactured by Molex. It is a compact, right-angle, surface-mount (SMD) connector with five terminals and one port. It complies with USB 2.0 standards and is designed for applications requiring a reliable and durable USB interface.

2. What are the key features of the 47590-0001 connector?

• Micro-USB AB type with 5-position receptacle
• 0.65mm pitch with right-angle mounting
• Passive latching mechanism for secure connections
• High durability with over 10,000 mating cycles
• Rated current: 1.0A for signal contacts, 1.8A for power contacts
• Compatible with USB 2.0 devices

3. What are the main applications of this USB connector?

The 47590-0001 connector is used in:

• Consumer electronics (smartphones, tablets, portable devices)
• Automotive systems (infotainment systems, diagnostic tools)
• Medical equipment (portable diagnostic and monitoring devices)
• Industrial applications (control systems, embedded computing)

4. How does the passive latching mechanism benefit users?

The passive latching mechanism enhances extraction force while maintaining ease of use. This prevents accidental disconnections and ensures a stable connection during charging or data transfer.

5. Is the 47590-0001 connector compatible with USB 3.0 or USB 3.1?

No, this connector is specifically designed for USB 2.0 applications. It does not support the higher data transfer speeds of USB 3.0 or USB 3.1.

6. What is the durability of the 47590-0001 connector?

The connector is rated for over 10,000 mating cycles, making it highly durable for repeated use in various applications.

7. Can the 47590-0001 connector be used in high-power applications?

This connector supports up to 1.8A for power contacts, making it suitable for standard USB power delivery applications but not for high-power industrial or fast-charging applications requiring USB Power Delivery (PD).

8. Where can I buy the 47590-0001 USB connector?

The 47590-0001 USB connector is available through authorized distributors such as:

• Mouser Electronics
• Digi-Key Electronics
• RS Components
• Newark
• Xon Electronics (for global purchasing)

9. Does the connector support surface mount technology (SMT)?

Yes, the 47590-0001 connector is designed for surface-mount technology (SMT) assembly, making it ideal for automated PCB manufacturing.

10. How can I integrate the 47590-0001 into my circuit?

To integrate the connector:

1. Ensure proper PCB layout design with the correct footprint.
2. Align the 5-pin terminals with the corresponding USB signal and power lines.
3. Use recommended soldering techniques for SMD components.
4. Verify the USB data and power flow through testing.

11. Can this connector be used for charging and data transfer?

Yes, it supports both power and data transfer, making it suitable for charging mobile devices and enabling USB communication between devices.

12. Is this connector available in different orientations?

Yes, Molex offers different mounting orientations for Micro-USB connectors, including right-angle and vertical configurations. The 47590-0001 specifically features a right-angle design.

13. What is the pitch size of the connector?

The connector has a pitch of 0.65mm, allowing for a compact and high-density design.

14. What materials are used in the construction of the 47590-0001 connector?

• Housing Material: High-temperature thermoplastic
• Contact Material: Copper alloy with gold plating
• Shield Material: Stainless steel

15. How do I download the 47590-0001 Molex Datasheet?

You can download the datasheet from official sources.

The 8949-H88/6NFBLK RJ45 modular jack by Oupiin offers a reliable and standards-compliant solution for Ethernet connectivity needs across various industries. Its design features, electrical characteristics, and compliance with international standards make it a versatile choice for engineers and designers aiming to implement robust network interfaces in their products.

The 8949-H88/6NFBLK is a modular RJ45 jack designed for Ethernet connectivity, manufactured by Oupiin. This component is characterized by its top-entry design and absence of flanges, making it suitable for various applications where space and mounting configurations are critical considerations.

Key Features:

• Top Entry (Vertical) Design: Allows direct mounting onto printed circuit boards (PCBs), facilitating efficient PCB layout and design.

• No Flanges: The absence of flanges provides a compact form factor, which is beneficial in applications with limited space or specific mechanical constraints.

• Compliance with Standards: Meets or exceeds FCC Part 68 rules and regulations and mates with plugs according to IEC60603-7 standards, ensuring compatibility and reliable performance in Ethernet applications.

• High Dielectric Withstanding Voltage: Capable of withstanding 1000 VAC RMS at 60Hz for 1 minute between contacts, indicating robust insulation properties.

• Material and Durability: Constructed with UL 94V-0 flame-retardant polyester housing, providing durability and safety in various operating environments.

Electrical Characteristics:

• Current Rating: 1.5 A

• Insulation Resistance: 1000 MO minimum

These electrical specifications highlight the connector's capability to handle standard Ethernet currents while maintaining high insulation resistance, which is crucial for signal integrity and safety.

Applications:

The 8949-H88/6NFBLK RJ45 modular jack is suitable for a wide range of applications, including:

• Networking Equipment: Routers, switches, and hubs where reliable Ethernet connectivity is essential.

• Computing Devices: Desktops, laptops, and servers requiring robust network interfaces.

• Telecommunications: Equipment that demands high-quality modular connections for data transmission.

• Industrial Automation: Control systems and machinery that utilize Ethernet for communication and control.

1. General Specifications

• Manufacturer: Oupiin
• Part Number: 8949-H88/6NFBLK
• Connector Type: RJ45 Modular Jack
• Orientation: Top Entry (Vertical)
• Flange: No Flange
• Mounting Type: Through Hole (PCB Mount)
• Number of Contacts: 8
• Shielding: Unshielded
• Color: Black
• Operating Temperature Range: -40°C to +85°C
• Durability: 750 mating cycles minimum

2. Electrical Characteristics

• Current Rating: 1.5A per contact
• Voltage Rating: 125V AC/DC
• Contact Resistance: = 30 mO
• Insulation Resistance: = 1000 MO at 500V DC
• Dielectric Withstanding Voltage: 1000V AC RMS at 60Hz for 1 minute
• Signal Compatibility: Supports Ethernet (10/100/1000 Mbps)

3. Mechanical Properties

• Housing Material: High-temperature thermoplastic (UL 94V-0 rated)
• Contact Material: Phosphor Bronze
• Plating: Gold plating over Nickel (for improved conductivity and corrosion resistance)
• Retention Force: Minimum 50N (ensures strong plug retention)
• Insertion Force: = 20N
• Extraction Force: 10N – 50N

4. Compliance and Certifications

• FCC Part 68 Compliance (Ensures high-quality telecommunications standards)
• IEC 60603-7 Compatibility (Meets industry standards for modular connectors)
• RoHS Compliant (Lead-free and environmentally friendly)
• UL94V-0 Flame Retardancy (High fire resistance for safety)

5. Applications

The 8949-H88/6NFBLK RJ45 modular jack is widely used in Ethernet networking and data communication systems, including:

Networking & Telecommunications

• Routers
• Switches
• Hubs
• Modems
• Patch panels

Computing & Consumer Electronics

• Desktop computers
• Laptops
• Smart TVs
• Gaming consoles

Industrial & Commercial Equipment

• Factory automation systems
• Industrial IoT (IIoT) devices
• Embedded Ethernet controllers
• Security systems and IP cameras

6. Circuit Diagram for 8949-H88/6NFBLK

Below is a typical Ethernet circuit design using the 8949-H88/6NFBLK RJ45 jack, showing its connection to a LAN transformer, magnetics, and a PHY chip.

Basic Schematic for Ethernet Interface

              ________  
 VCC ----| RJ45 JACK |---- TX+  
 GND ----|  8949-H88/6NFBLK |---- TX-  
 GND ----| Oupiin Connector |---- RX+  
 VCC ----|_________|---- RX-  

• TX+ / TX-: Transmit Data Pair
• RX+ / RX-: Receive Data Pair
• LAN Transformer: Provides isolation and signal integrity
• PHY Chip: Ethernet transceiver for data transmission

A complete Ethernet circuit typically includes:

1. RJ45 Connector (8949-H88/6NFBLK)
2. Magnetics (Pulse Transformer for signal isolation)
3. Transient Voltage Suppression (TVS) diodes for ESD protection
4. PHY (Ethernet Transceiver IC)
5. Termination Resistors (49.9O for signal balancing)

7. Use Case Scenario

Scenario: Integration into a Gigabit Ethernet Switch

A company designs network switches for data centers and requires a reliable, compact RJ45 jack for their PCB-mounted Ethernet ports.

1. The Oupiin 8949-H88/6NFBLK is selected because of its high durability, vertical mount, and FCC compliance.
2. Engineers design a network interface circuit using an Ethernet PHY IC (like the Realtek RTL8211).
3. The RJ45 jack is soldered onto the switch’s main PCB, with appropriate signal traces for data transmission.
4. Testing confirms stable Gigabit Ethernet performance with minimal signal loss.

Result: High-performance network switch with reliable Ethernet connectivity, delivering data at high speeds with minimal interference.

8. Availability & Global Distribution

The Oupiin 8949-H88/6NFBLK RJ45 modular jack is available in major markets:

• USA: Digi-Key, Mouser, Newark
• India: Xon Electronics, Element14, Rabyte Electronics
• Europe: Farnell, RS Components
• Australia: Soanar, Element14

For bulk orders and inquiries, Xon Electronics is a trusted supplier providing global distribution of high-quality electronic components.

Circuit Diagram and Use Case Scenario:

In a typical application, the 8949-H88/6NFBLK would be mounted on a PCB within a networking device. The circuit design would include signal traces connecting the RJ45 jack to the Ethernet transceiver IC, along with appropriate termination resistors and coupling capacitors to ensure signal integrity and compliance with Ethernet standards.

For detailed circuit diagrams and specific design guidelines, it is recommended to refer to the manufacturer's datasheet and application notes, which provide comprehensive information tailored to various use case scenarios.

Global Availability:

Oupiin's 8949-H88/6NFBLK modular connectors are available through various distributors and suppliers across the USA, India, Australia, Europe, and other regions. For instance, Xon Electronics lists this part in their inventory, indicating its widespread availability for global applications.

The 8949-H88/6NFBLK is an RJ45 modular jack designed for Ethernet connectivity, manufactured by Oupiin. It features a top-entry design without flanges, making it ideal for PCB-mounted Ethernet ports in networking and computing applications. Below are the detailed technical specifications, mechanical properties, electrical characteristics, and applications of this connector.

Conclusion

The Oupiin 8949-H88/6NFBLK RJ45 modular connector is a high-performance, PCB-mount Ethernet jack designed for networking, computing, and industrial applications. With reliable electrical characteristics, RoHS compliance, and global availability, this top-entry, unshielded RJ45 jack is an ideal solution for modern Ethernet-based designs.

General-purpose relays are indispensable components in various electronic and electrical applications, providing reliable switching capabilities across multiple industries. Among the notable relays in this category are the WJ107-1C-12VDC and the NRP07-C12D, both recognized for their performance and versatility. This article delves into the specifications, applications, and circuit integration of these relays, offering insights into their optimal utilization.

WJ107-1C-12VDC General Purpose Relay

The WJ107-1C-12VDC is an ultra-miniature PC board-type power relay designed for a variety of applications. Its compact size and robust performance make it a preferred choice for engineers and designers.

Key Specifications:

• Contact Configuration: SPDT (Single Pole Double Throw)
• Coil Voltage: 12V DC
• Contact Rating: 12A at 250V AC
• Coil Resistance: 400 ohms
• Power Consumption: Approximately 0.36W
• Dimensions: 18.8mm x 10.6mm x 15.6mm

Features:

• Compact Design: Its ultra-miniature size allows for efficient PCB mounting, saving valuable space in electronic assemblies.
• High Contact Capacity: Capable of handling up to 12A, making it suitable for power-intensive applications.
• Sealed Construction: Offers protection against dust and moisture, enhancing reliability in various environments.

Applications:

• Home Appliances: Used in devices like microwave ovens, air conditioners, and washing machines for switching operations.
• Industrial Equipment: Employed in control panels, motor drives, and automation systems.
• Automotive Systems: Utilized in various vehicle electronics for controlling lights, motors, and other components.

Circuit Integration:

Integrating the WJ107-1C-12VDC into a circuit involves connecting the coil terminals to a 12V DC power source, typically controlled by a transistor or microcontroller. The common (COM) terminal connects to the input signal, while the normally open (NO) and normally closed (NC) terminals provide the switched outputs.

NRP07-C12D Miniature Relay

The NRP07-C12D is a compact relays known for its efficiency and reliability in various applications. Manufactured by NICE Relay, it offers a balance between size and performance.

Key Specifications:

• Contact Configuration: SPDT (Single Pole Double Throw)
• Coil Voltage: 12V DC
• Contact Rating: 10A (Normally Open), 7A (Normally Closed) at 250V AC
• Coil Resistance: 400 ohms
• Power Consumption: 0.36W
• Dimensions: 18.8mm x 10.6mm x 15.6mm

Features:

• Universal Footprint: Designed for easy integration into various PCB layouts.
• High Contact Capacity: Supports substantial current loads, suitable for demanding applications.
• UL/C-UL Recognition: Certified for safety and performance standards.

Applications:

• Consumer Electronics: Ideal for use in televisions, audio equipment, and other household devices.
• Office Equipment: Applied in printers, copiers, and other machinery requiring reliable switching.
• Lighting Systems: Used in lighting controls and dimmer applications.

Circuit Integration:

To incorporate the NRP07-C12D into a circuit, connect the coil terminals to a 12V DC supply, controlled by a suitable driver circuit. The COM terminal serves as the input, with the NO and NC terminals providing the switched outputs based on the relay's state.

Designing Circuit Diagrams and Use Case Scenarios

WJ107-1C-12VDC Circuit Diagram:

A typical application involves using the relay to control a high-power load, such as a motor, with a low-power control signal.

[Control Signal] -- [Transistor] -- [Relay Coil (WJ107-1C-12VDC)] -- [Ground]
[Power Supply] -- [Load] -- [Relay COM]
[Relay NO] -- [Load]

Use Case Scenario:

In an industrial automation system, the WJ107-1C-12VDC can be used to control a conveyor belt motor. A microcontroller sends a signal to a transistor, which activates the relay coil, closing the NO contact and powering the motor.

NRP07-C12D Circuit Diagram:

This relay can be used to switch lighting circuits in a smart home application.

[Microcontroller Output] -- [Transistor] -- [Relay Coil (NRP07-C12D)] -- [Ground]
[AC Mains] -- [Light] -- [Relay COM]
[Relay NO] -- [Light]

Use Case Scenario:

In a smart lighting system, the NRP07-C12D allows a microcontroller to control high-voltage AC lights. When the microcontroller outputs a signal, the transistor activates the relay, closing the NO contact and turning on the light.

Conclusion

The WJ107-1C-12VDC and NRP07-C12D relays offer reliable and efficient solutions for various switching applications across multiple industries. Their compact design, high contact capacity, and ease of integration make them valuable components in modern electronic systems.

Frequently Asked Questions (FAQs) about WJ107-1C-12VDC and NRP07-C12D Relays

1. What is the WJ107-1C-12VDC relay used for?

The WJ107-1C-12VDC is a general-purpose relay used for switching electrical loads in industrial automation, home appliances, automotive electronics, and power control applications.

2. What are the key specifications of the WJ107-1C-12VDC relay?

• Contact Type: SPDT (Single Pole Double Throw)
• Coil Voltage: 12V DC
• Coil Resistance: 400 ohms
• Contact Rating: 12A at 250V AC
• Power Consumption: 0.36W

3. Can the WJ107-1C-12VDC relay be used for motor control?

Yes, it can be used for motor control applications, particularly for switching small and medium-sized motors in industrial and automotive systems.

4. What is the difference between WJ107-1C-12VDC and NRP07-C12D relays?

Both relays operate at 12V DC with SPDT configurations, but they have different current ratings. The WJ107-1C-12VDC supports 12A at 250V AC, while the NRP07-C12D supports 10A (NO) and 7A (NC) at 250V AC.

5. How do I connect the WJ107-1C-12VDC relay in a circuit?

You need to connect:

• Coil terminals to a 12V DC power source (with a transistor or microcontroller for control).
• Common (COM) terminal to the power supply.
• Normally Open (NO) terminal to the load for switched operation.
• Normally Closed (NC) terminal if you need the load to remain powered when the relay is off.

6. What industries commonly use these relays?

• Industrial automation (control panels, motor drivers)
• Home appliances (washing machines, refrigerators)
• Automotive applications (lighting, ignition control)
• Smart home systems (lighting automation, power switching)

7. Is the WJ107-1C-12VDC relay waterproof?

The relay has a sealed construction that offers protection against dust and moisture, but it is not fully waterproof. For outdoor or humid environments, additional enclosures are recommended.

8. How does the NRP07-C12D relay differ in application?

The NRP07-C12D relay is ideal for consumer electronics, office equipment, and smart lighting systems where moderate switching capacities are required.

9. Can I use these relays with a microcontroller like Arduino?

Yes, but since microcontrollers typically operate at 3.3V or 5V, you will need a driver circuit with a transistor to control the 12V DC relay coil.

10. Where can I buy WJ107-1C-12VDC and NRP07-C12D relays?

These relays are available at Xon Electronics, which supplies high-quality electronic components in the USA, India, Australia, and Europe.

The Dinkle EK508V-02P pluggable terminal block offers a reliable and efficient solution for electrical connections in diverse applications. Its robust design, high current and voltage ratings, and ease of use make it a valuable component in industrial, commercial, and residential settings worldwide.

The EK508V-02P is a pluggable terminal block manufactured by Dinkle, designed for efficient and reliable electrical connections in various applications. This component is widely utilized across the USA, India, Australia, Europe, and other countries due to its robust design and versatile functionality.

Product Overview of EK508V-02P

The EK508V-02P is part of Dinkle's EK508V series, featuring a 5.08mm pitch and a 2-way configuration. It is rated for a current of 20A and a voltage of 300V, making it suitable for a wide range of electrical applications. The terminal block utilizes a screw connection method, ensuring secure and stable connections. Its interlocking design allows for easy expansion and customization, accommodating various circuit requirements.

Key Specifications

• Pitch: 5.08mm
• Number of Positions: 2
• Rated Voltage: 300V
• Rated Current: 20A
• Connection Method: Screw Connection
• Insulation Material: PA (Polyamide)
• Flame Retardant Rating: UL94 V0
• Wire Strip Length: 6-7mm
• Torque: 0.5 N-m
• Screw Size: M2.5

These specifications highlight the EK508V-02P's capability to handle substantial electrical loads while maintaining safety and reliability.

Design and Construction

The EK508V-02P is constructed with high-quality materials to ensure durability and performance. The insulation material is made of PA (Polyamide), which provides excellent electrical insulation and mechanical strength. The terminal block features a screw connection method, utilizing M2.5 screws to secure wires firmly in place. The wire strip length is specified between 6 to 7mm, ensuring optimal contact and conductivity.

Circuit Diagram

In a typical application, the EK508V-02P can be used to connect two wires to a printed circuit board (PCB). The following diagram illustrates a basic connection:

Wire 1  ---+
            ¦
            +--- EK508V-02P --- PCB
            ¦
Wire 2  ---+

In this configuration, Wire 1 and Wire 2 are securely connected to the PCB through the EK508V-02P terminal block, ensuring a reliable electrical connection.

Use Case Scenario of EK508V-02P

The EK508V-02P is ideal for applications requiring secure and detachable connections, such as:

• Industrial Control Systems: Facilitates easy connection and disconnection of control wiring.
• Power Supplies: Connects power input and output lines securely.
• Lighting Systems: Enables quick installation and maintenance of lighting fixtures.
• Automation Equipment: Provides reliable connections for sensors and actuators.

Its pluggable design allows for modular assembly and easy maintenance, making it a preferred choice in various industries.

Frequently Asked Questions (FAQs) about EK508V-02P Pluggable Terminal Blocks by Dinkle

1. What is the EK508V-02P Pluggable Terminal Block?

The EK508V-02P is a 2-way, 10A, 5.08mm interlocking PCB terminal block manufactured by Dinkle. It is designed for secure electrical connections, featuring a pluggable design for easy installation and maintenance.

2. What are the key specifications of EK508V-02P?

• Pitch: 5.08mm
• Rated Current: 10A
• Rated Voltage: 300V
• Number of Positions: 2
• Connection Type: Screw connection
• Material: PA (Polyamide), UL94 V-0 flame retardant
• Wire Strip Length: 6-7mm

3. What are the advantages of using EK508V-02P?

• Easy installation and removal with its pluggable design
• Secure and reliable electrical connections
• High voltage and current handling capability
• Compact design suitable for PCB applications
• Interlocking feature for modular expansion

4. In which industries is the EK508V-02P commonly used?

This terminal block is widely used in:

• Industrial control systems
• Power supply applications
• Lighting systems
• Automation equipment
• Communication and networking devices

5. How does the interlocking feature work?

The interlocking feature allows multiple terminal blocks to be connected together, forming a modular system for expanded connectivity without additional tools.

6. Is the EK508V-02P compatible with standard PCBs?

Yes, it is designed to fit standard printed circuit boards (PCBs) with a 5.08mm pitch, ensuring easy integration into various electrical designs.

7. How do I install the EK508V-02P on a PCB?

• Insert the component onto the PCB according to the pin layout.
• Secure the wires using the screw terminals.
• Ensure proper insulation and torque specifications are met.

8. What wire sizes are supported by the EK508V-02P?

The terminal block supports a wire strip length of 6-7mm and is compatible with standard industrial wiring gauges.

9. Where can I buy the EK508V-02P terminal block?

The EK508V-02P is available globally through authorized distributors, including Xon Electronics, in the USA, India, Australia, Europe, and other regions.

10. Can the EK508V-02P be used in high-temperature environments?

Yes, the terminal block is made from flame-retardant PA (Polyamide) with UL94 V-0 rating, ensuring durability and safety in high-temperature conditions.

The Molex 180414-0102 LED Lighting Mounting Accessory is a versatile and high-performance component that simplifies the integration of LED modules, particularly the CITIZEN CLL020 ONE PIECE HOLDER. With features such as solder-free connections, durability, and ease of installation, this accessory is ideal for a wide range of lighting applications.

If you're looking for a high-quality and easy-to-integrate LED mounting solution, the Molex 180414-0102 is an excellent choice.Lighting technology has evolved significantly over the years, with LEDs becoming the primary choice for commercial, industrial, and residential applications. One crucial component in LED lighting systems is the mounting accessory, which ensures secure placement and efficient operation of LED modules. The Molex 180414-0102 LED Lighting Mounting Accessory is specifically designed to work with CITIZEN CLL020 ONE PIECE HOLDER, offering a seamless solution for LED integration.

Overview of Molex 180414-0102 LED Lighting Mounting Accessory

The Molex 180414-0102 is an LED array holder developed to provide a reliable and efficient way to integrate LED modules, particularly the CITIZEN CLL020 series. It is designed to facilitate the mechanical and electrical connection of LED modules without requiring manual soldering, making installation easier and more efficient.

Key Features and Specifications

• Manufacturer: Molex

• Part Number: 180414-0102

• Product Type: LED Lighting Mounting Accessories

• Material: High-quality plastic and metal contacts

• Plating: Gold (Au) for enhanced conductivity and corrosion resistance

• Compatibility: Specifically designed for the CITIZEN CLL020 ONE PIECE HOLDER

• Dimensions: 34.85 mm (L) x 26 mm (W) x 4.05 mm (H)

• Operating Temperature: -40°C to +105°C

• Installation Type: Compression contact mechanism (no soldering required)

Benefits of Using the Molex 180414-0102

1. Solder-Free Connection

One of the biggest advantages of the 180414-0102 is that it eliminates the need for soldering. This ensures that even non-experts can install the LED modules without technical difficulties.

2. Secure and Reliable Electrical Connection

With its gold-plated compression contacts, the 180414-0102 provides a stable and durable electrical connection, reducing the risk of failures caused by poor contact.

3. Ease of Installation and Maintenance

Since this LED mounting accessory uses a clip-in design, maintenance and replacements are hassle-free. This makes it particularly useful for commercial applications where time-efficient maintenance is critical.

4. Enhanced Heat Management

By securely mounting the LED module in place, the 180414-0102 ensures proper heat dissipation, preventing overheating and extending the lifespan of the LED.

5. Versatility in Application

Its compact size and reliable performance make it suitable for a wide range of applications, including street lighting, industrial lighting, retail lighting, and residential lighting.

CITIZEN CLL020 ONE PIECE HOLDER

The CITIZEN CLL020 ONE PIECE HOLDER is a compact LED module designed for energy-efficient lighting applications. When paired with the Molex 180414-0102, it forms a robust and high-performance lighting system.

Key Features of CITIZEN CLL020

• High luminous efficacy

• Compact and lightweight

• Compatible with multiple LED drivers

• Designed for high durability

• Supports easy integration with Molex mounting accessories

Circuit Diagram for Molex 180414-0102 and CITIZEN CLL020

Below is a basic circuit diagram illustrating how the Molex 180414-0102 can be used with the CITIZEN CLL020 ONE PIECE HOLDER in a lighting system.

Components Required:

1. Molex 180414-0102 LED Holder

2. CITIZEN CLL020 LED Module

3. LED Driver (Constant Current)

4. Power Supply (AC to DC Converter)

5. Heat Sink (For Thermal Management)

6. Switch (For On/Off Control)

[ Power Supply ] ---> [ LED Driver ] ---> [ Molex 180414-0102 Holder ] ---> [ CITIZEN CLL020 LED Module ] ---> [ Heat Sink ]

The circuit ensures that the CITIZEN CLL020 receives a stable power supply via the Molex 180414-0102, thereby maximizing efficiency and longevity.

Use Case Scenario

Smart Street Lighting System

A municipal corporation is upgrading its street lighting system to LED technology to reduce power consumption and maintenance costs. The new design incorporates CITIZEN CLL020 LED modules, mounted using Molex 180414-0102 LED holders. This setup provides a high-efficiency lighting system that is easy to install, maintain, and replace when required.

Key benefits for this scenario include:

• Energy Savings: LEDs consume significantly less power compared to traditional sodium vapor lamps.

• Easy Maintenance: The solder-free design ensures quick replacements without specialized tools.

• Longer Lifespan: Secure mounting and optimal heat dissipation extend LED longevity.

Applications of Molex 180414-0102

The Molex 180414-0102 LED Lighting Mounting Accessory finds applications in various industries, including:

1. Architectural Lighting: Used in high-end architectural lighting to provide efficient and long-lasting illumination.

2. Retail Lighting: Ideal for enhancing the brightness and appeal of commercial spaces such as shopping malls and showrooms.

3. Industrial Lighting: Ensures robust lighting in factories, warehouses, and other industrial environments.

4. Residential Lighting: Used in modern home lighting solutions, particularly in energy-efficient LED fixtures.

5. Smart City Projects: Integrated into public infrastructure for sustainable and cost-effective urban lighting.

Conclusion

By utilizing the 180414-0102 in LED lighting solutions, industries and municipalities can benefit from enhanced efficiency, lower maintenance costs, and improved performance. Whether for commercial, residential, or industrial use, this component provides a reliable and effective lighting solution for modern applications.

The TS391AX50 is a thermally stable, no-clean solder paste manufactured by Chip Quik. This solder paste is composed of a Sn63/Pb37 alloy with a Type 4 (T4) mesh size, packaged in a 50-gram jar. Its innovative formula eliminates the need for refrigeration, offering a wide process window, excellent wetting compatibility, and low voiding characteristics.

Key Features:

• Revolutionary Formula: The TS391AX50 solder paste does not require refrigeration, simplifying storage and handling.

• Printing Capabilities: Supports printing speeds up to 125 mm/sec, making it suitable for high-speed manufacturing processes.

• Extended Stencil Life: Offers a long stencil life, maintaining performance over extended periods during the printing process.

• Wide Process Window: Compatible with various board finishes, providing flexibility in different manufacturing environments.

• Clear Residue: Leaves minimal and clear residue after soldering, reducing the need for post-solder cleaning.

• Low Voiding: Exhibits low voiding, ensuring reliable electrical connections.

• Excellent Wetting Compatibility: Ensures strong adhesion and reliable solder joints across most board finishes.

Specifications:

• Alloy Composition: 63% Tin (Sn) and 37% Lead (Pb)

• Flux Type: Synthetic No-Clean

• Flux Classification: ROL0

• Metal Content: 90.25% by weight

• Particle Size: Type 4 (20-38 microns)

• Melting Point: 183°C (361°F)

• Packaging: Available in a 50-gram jar

• Shelf Life: Guaranteed for over 12 months, regardless of refrigeration

Storage and Handling:

The TS391AX50 solder paste should be stored at room temperature (20-25°C or 68-77°F) and should not be frozen. Since it is designed to be thermally stable at operating temperatures, no warming time is required before use. Before application, especially if stored in a jar, it is recommended to stir the product thoroughly for 2-3 minutes to ensure consistency.

Applications:

This solder paste is ideal for surface mount technology (SMT) applications, including:

• Printed Circuit Board (PCB) Assembly: Suitable for soldering components onto PCBs in various electronic devices.

• Reflow Soldering Processes: Compatible with standard reflow soldering profiles, ensuring reliable solder joints.

• Prototyping and Small Batch Production: Its user-friendly properties make it suitable for both prototyping and small-scale manufacturing.

Global Availability:

Chip Quik's TS391AX50 solder paste is available through various distributors worldwide, including in the USA, India, Australia, Europe, and other regions. For instance, it can be purchased from Mouser Electronics in the USA.

Circuit Diagram and Use Case Scenario:

While the TS391AX50 is a solder paste and not an electronic component, its application is crucial in the assembly of electronic circuits. A typical use case involves applying the solder paste onto a PCB's pads, placing surface mount components, and then subjecting the assembly to a reflow soldering process to form reliable solder joints.

For detailed application guidelines and reflow profiles, please refer to the TS391AX50 datasheet available on Chip Quik's official website.

Conclusion:

The TS391AX50 solder paste by Chip Quik offers a thermally stable, no-clean solution for various soldering applications. Its innovative formula and excellent performance characteristics make it a preferred choice for professionals in the electronics manufacturing industry.

FAQs for TS391AX50 Solder Paste by Chip Quik

1. What is the TS391AX50 solder paste?

The TS391AX50 is a no-clean solder paste manufactured by Chip Quik. It is composed of a Sn63/Pb37 alloy and features a Type 4 (T4) mesh size. It comes in a 50-gram jar and is designed for use in surface mount technology (SMT) applications.

2. What is the composition of the solder paste?

The solder paste contains 63% Tin (Sn) and 37% Lead (Pb), with a synthetic no-clean flux classified as ROL0. The metal content is 90.25% by weight.

3. What are the key features of TS391AX50?

• No refrigeration required for storage.
• Extended stencil life.
• Compatible with various board finishes.
• Excellent wetting compatibility and low voiding.
• Leaves minimal, clear residue after soldering.
• Ideal for high-speed printing (up to 125 mm/sec).

4. What is the shelf life of the TS391AX50 solder paste?

The TS391AX50 solder paste has a guaranteed shelf life of over 12 months, regardless of whether it is refrigerated.

5. Can the solder paste be stored at room temperature?

Yes, the TS391AX50 solder paste can be stored at room temperature between 20-25°C (68-77°F). It should not be frozen.

6. What is the recommended procedure before applying the solder paste?

If the paste has been stored in a jar, it is recommended to stir it thoroughly for 2-3 minutes before application. This ensures consistency and optimal performance.

7. Does the TS391AX50 require post-solder cleaning?

No, the TS391AX50 is a no-clean solder paste. It leaves minimal and clear residue that does not require additional cleaning.

8. What applications is the TS391AX50 suitable for?

The solder paste is ideal for:

• Printed Circuit Board (PCB) assembly.
• Reflow soldering processes.
• Prototyping and small-batch production.

9. Is the TS391AX50 compliant with industry standards?

Yes, the TS391AX50 solder paste is compliant with industry standards and provides reliable results in various SMT applications.

10. Where can I buy the TS391AX50 solder paste?

The TS391AX50 solder paste is available through authorized distributors worldwide, including Xon Electronics, Mouser Electronics, and other electronic component suppliers. It is available in regions such as the USA, India, Australia, Europe, and more.

11. What is the melting point of the TS391AX50 solder paste?

The TS391AX50 solder paste has a melting point of 183°C (361°F).

12. What printing speed is supported by TS391AX50?

The TS391AX50 solder paste supports printing speeds of up to 125 mm/sec, making it suitable for high-speed production environments.

13. Can the TS391AX50 solder paste be used with different PCB finishes?

Yes, the TS391AX50 is compatible with various PCB finishes, offering a wide process window for different manufacturing environments.

14. Is the TS391AX50 safe to use?

Yes, the TS391AX50 solder paste is designed to be safe for use in electronics manufacturing. However, standard safety procedures, such as wearing gloves and working in a ventilated area, are recommended when handling solder paste.

15. Where can I find the datasheet for the TS391AX50 solder paste?

You can download the datasheet for the TS391AX50 solder paste from Chip Quik’s official website or authorized distributor websites.

Automotive connectors are critical components in modern vehicles, ensuring reliable electrical connections across various systems. Among the leading manufacturers in this domain is Aptiv, formerly known as Delphi, renowned for its innovative and high-quality connector solutions. This article delves into Aptiv's 15300027 automotive connector, exploring its specifications, applications, and global availability. Additionally, we will examine the 2P FM BLK CON ASSY 280 Series 30 Amps connector, also manufactured by Aptiv, and provide insights into their use cases and circuit integration.

Aptiv's 15300027 Automotive Connector

The 15300027 is part of Aptiv's Metri-Pack 280 Series, designed to meet the rigorous demands of automotive applications. This connector is a 2-way female receptacle, sealed to ensure durability and reliability in various environmental conditions.

Key Specifications:

• Current Rating: Up to 30 amps, suitable for high-current applications.

• Temperature Range: Operates efficiently between -40°C to 125°C, accommodating extreme automotive environments.

• Material: Constructed from Nylon 6.6 (Polyamide 6.6), glass-filled, offering enhanced strength and resistance to chemicals and abrasion.

• Sealing: Features a sealed design to protect against moisture, dust, and other contaminants, ensuring long-term reliability.

• Dimensions: Measures 29.9 mm in length, 25.2 mm in width, and 25 mm in height, making it compact for various applications.

These specifications highlight the connector's robustness and suitability for demanding automotive environments.

Global Availability:

Aptiv's 15300027 connector is available through various distributors worldwide, including in the USA, India, Australia, and Europe. Authorized distributors such as Mouser Electronics, TTI, Inc., and Arrow Electronics stock this connector, ensuring global accessibility for automotive manufacturers and service providers.

Applications:

The 15300027 connector is versatile and finds applications in:

• Engine Compartment: Connecting sensors, actuators, and control modules where exposure to high temperatures and contaminants is common.

• Lighting Systems: Providing reliable connections for headlights, taillights, and auxiliary lighting.

• Transmission Systems: Ensuring secure connections in transmission control modules and related components.

• Body Control Modules: Facilitating connections in systems managing windows, locks, and other body functions.

Its sealed design and high current rating make it ideal for critical applications requiring durability and reliability.

Circuit Integration:

Integrating the 15300027 connector into a circuit involves understanding its pin configuration and ensuring compatibility with the system's electrical requirements. While specific circuit diagrams depend on the application, a general approach includes:

1. Identifying Pin Assignments: Determine the function of each pin, typically power and ground or signal lines.

2. Crimping Terminals: Use appropriate crimping tools to attach terminals to the wires, ensuring a secure and reliable connection.

3. Insertion: Insert the crimped terminals into the connector housing until they lock into place.

4. Mating: Connect the 15300027 female connector to its corresponding male counterpart, ensuring proper alignment and engagement.

For detailed circuit diagrams and application-specific guidance, consulting Aptiv's technical documentation or seeking assistance from their engineering support is recommended.

2P FM BLK CON ASSY 280 Series 30 Amps Connector

Another notable offering from Aptiv is the 2P FM BLK CON ASSY 280 Series 30 Amps connector. This connector shares several features with the 15300027 model but is distinguished by its specific design and application suitability.

Key Specifications:

• Current Rating: Supports up to 30 amps, catering to high-power applications.

• Design: A 2-position female connector assembly, designed for inline (wire-to-wire) connections.

• Material: Made from durable materials resistant to temperature variations, chemicals, and abrasion.

• Sealing: Equipped with seals to prevent ingress of moisture and contaminants, ensuring reliable performance in harsh environments.

These features make it suitable for various automotive applications requiring robust and reliable connections.

Applications:

The 2P FM BLK CON ASSY 280 Series 30 Amps connector is commonly used in:

• Power Distribution Systems: Connecting high-current circuits within the vehicle's electrical system.

• Electric Motors: Providing reliable connections to motors used in various automotive functions.

• Battery Connections: Ensuring secure and efficient connections between the battery and other electrical components.

Its high current capacity and sealed design make it ideal for applications where reliability and durability are paramount.

Circuit Integration:

Integrating the 2P FM BLK CON ASSY 280 Series connector involves similar steps as the 15300027 model:

1. Pin Identification: Understand the function of each pin within the connector.

2. Terminal Attachment: Crimp the appropriate terminals to the wires using recommended tools.

3. Assembly: Insert the terminals into the connector housing securely.

4. Connection: Mate the connector with its corresponding counterpart, ensuring a secure and sealed connection.

For application-specific circuit diagrams and detailed integration procedures, referring to Aptiv's technical resources or consulting with their support team is advisable.

Frequently Asked Questions (FAQs)

Q1: What is the Aptiv 15300027 Automotive Connector?
A: The Aptiv 15300027 is a 2-way female receptacle connector from the Metri-Pack 280 Series. It is designed for high-current automotive applications and supports up to 30 amps with a sealed design for durability.

Q2: What are the key features of the Aptiv 15300027 connector?
A: Key features include:

• Current rating of 30 amps.
• Sealed design for protection against moisture and contaminants.
• Operating temperature range from -40°C to 125°C.
• Made from durable, glass-filled Nylon 6.6 material.

Q3: Where can I purchase the Aptiv 15300027 connector?
A: The 15300027 connector is available through global distributors like Xon Electronics, and other authorized retailers in the USA, India, Australia, and Europe.

Q4: What applications are the 15300027 connectors best suited for?
A: They are ideal for:

• Engine compartment connections.
• Automotive lighting systems.
• Transmission systems.
• Body control modules.

Q5: How do I integrate the 15300027 connector into a circuit?
A: To integrate:

1. Identify pin assignments for power, ground, or signal lines.
2. Use the correct crimping tools to attach terminals to wires.
3. Insert crimped terminals into the connector housing.
4. Connect securely to the male counterpart.

Q6: What is the 2P FM BLK CON ASSY 280 Series 30 Amps connector?
A: It is a 2-position female connector from the Aptiv 280 Series, designed for high-current automotive applications. It features a sealed design and supports up to 30 amps.

Q7: How is the 2P FM BLK CON ASSY 280 Series connector different from the 15300027 connector?
A: Both connectors share similarities but are designed for different applications. The 15300027 is typically used for engine and lighting systems, while the 2P FM BLK CON ASSY is suitable for power distribution and electric motor connections.

Q8: Are these connectors waterproof?
A: Yes, both connectors feature a sealed design to protect against water, dust, and other environmental factors.

Q9: What are the materials used in these connectors?
A: They are made from durable Nylon 6.6 (Polyamide 6.6), which is glass-filled to enhance strength, heat resistance, and chemical durability.

Q10: Can these connectors handle high temperatures?
A: Yes, they can operate efficiently in a wide temperature range of -40°C to 125°C, making them suitable for harsh automotive environments.

Q11: Are these connectors compliant with industry standards?
A: Yes, Aptiv’s connectors meet or exceed industry standards for automotive applications, ensuring reliability and safety.

Q12: Can I download the datasheet for the 15300027 connector?
A: Yes, the datasheet is available from Aptiv’s website or authorized distributors. It contains detailed specifications, pin configurations, and integration guidelines.

Q13: What tools are required for crimping and assembly?
A: Aptiv recommends using their specified crimping tools for precise and secure terminal connections. Refer to the datasheet for tool compatibility.

Q14: How can I ensure a proper connection using these connectors?
A: To ensure a proper connection:

• Use the recommended crimping tools.
• Check terminal alignment before insertion.
• Confirm secure mating with the counterpart connector.

Q15: Can these connectors be used outside automotive applications?
A: While designed primarily for automotive use, these connectors can be utilized in industrial or other environments requiring high-current and durable connections.

Electromagnetic interference (EMI) poses significant challenges in electronic device design, potentially compromising performance and reliability. To mitigate EMI, engineers employ various shielding solutions, including EMI gaskets, sheets, absorbers, and grounding pads. Laird Connectivity, a leader in advanced materials, offers a comprehensive range of EMI mitigation products. The 4570PA01H01800 EMI gasket and the GK, NiCu, PTAFG, NF, V0 .015x.200x18.000in grounding pad, exploring their features, applications, and usage across regions such as the USA, India, Australia, Europe, and beyond.

4570PA01H01800 EMI Gasket

The 4570PA01H01800 is a fabric-over-foam (FOF) EMI gasket designed to provide effective shielding against electromagnetic interference. Its construction involves a nickel-copper (NiCu) taffeta fabric over polyurethane foam, offering a balance between conductivity and flexibility. The gasket measures 0.201 inches (5.10 mm) in width, 18.000 inches (457.20 mm) in length, and 0.016 inches (0.40 mm) in height, making it suitable for various applications.

Key Features:

• Material Composition: Polyurethane foam core with NiCu taffeta fabric
• Dimensions: 0.201" (5.10 mm) width, 18.000" (457.20 mm) length, 0.016" (0.40 mm) height
• Attachment Method: Adhesive backing for easy installation
• Compliance: RoHS compliant

Applications:

The 4570PA01H01800 EMI gasket is ideal for:

• I/O Shielding: Providing EMI protection for input/output interfaces
• Connector Gasketing: Ensuring EMI shielding in connector assemblies
• Enclosure Sealing: Maintaining electromagnetic compatibility in electronic enclosures

Global Availability:

Laird Connectivity's EMI gaskets, including the 4570PA01H01800, are distributed worldwide, with availability in regions such as the USA, India, Australia, and Europe. Distributors like X-On Electronics facilitate global access to these components, ensuring timely deliveries and support across various markets.

GK, NiCu, PTAFG, NF, V0 .015x.200x18.000in Grounding Pad

This grounding pad is part of Laird Connectivity's EMI connector gaskets and grounding solutions. It features a fabric-over-foam construction with a nickel-copper taffeta fabric over a polyurethane foam core. The pad measures 0.015 inches in thickness, 0.200 inches in width, and 18.000 inches in length.

Key Features:

• Material Composition: Polyurethane foam core with NiCu taffeta fabric
• Dimensions: 0.015" thickness, 0.200" width, 18.000" length
• Flame Retardancy: UL94 V0 rated for flame resistance
• Attachment Method: Non-adhesive (NF)

Applications:

This grounding pad is suitable for:

• Connector Grounding: Providing a reliable grounding path in connector assemblies
• Shielding Applications: Enhancing EMI shielding effectiveness in electronic devices
• Grounding Pads: Serving as grounding interfaces in various electronic assemblies

Global Availability:

Similar to the 4570PA01H01800 gasket, this grounding pad is available through global distributors, ensuring access in regions like the USA, India, Australia, and Europe. Distributors such as Mouser Electronics offer these components with detailed specifications and datasheets.

Design Considerations and Use Case Scenarios

When integrating EMI gaskets and grounding pads into electronic designs, consider the following:

• Material Compatibility: Ensure the materials are compatible with the device's operating environment, including temperature and humidity conditions.
• Mechanical Properties: Assess the compression and resilience of the gasket or pad to maintain effective EMI shielding over the device's lifespan.
• Electrical Conductivity: Verify that the conductivity of the materials meets the required shielding effectiveness for the application.

Use Case Scenario:

In a telecommunications device, maintaining signal integrity is crucial. The 4570PA01H01800 EMI gasket can be applied around the device's enclosure seams to prevent EMI leakage, while the grounding pad can be used in connector assemblies to ensure a low-impedance grounding path, thereby enhancing overall device performance.

Conclusion

Laird Connectivity's EMI gaskets and grounding pads, such as the 4570PA01H01800 and the GK, NiCu, PTAFG, NF, V0 .015x.200x18.000in, offer effective solutions for managing electromagnetic interference in electronic devices. Their availability across global markets, including the USA, India, Australia, and Europe, ensures that engineers worldwide can access these components to enhance device performance and compliance with EMI standards.

FAQs: 4570PA01H01800 EMI Gaskets & Grounding Pads by Laird Connectivity

General Questions

1. What is the 4570PA01H01800 EMI gasket?
The 4570PA01H01800 is a fabric-over-foam EMI gasket designed to provide effective electromagnetic interference (EMI) shielding. It features a nickel-copper taffeta fabric over a polyurethane foam core for a balance of flexibility, durability, and conductivity.

2. What is the GK, NiCu, PTAFG, NF, V0 grounding pad?
This grounding pad is a fabric-over-foam component with nickel-copper taffeta fabric. It provides reliable EMI shielding and grounding capabilities and is flame-resistant (UL94 V0 rated). It measures 0.015 inches in thickness, 0.200 inches in width, and 18.000 inches in length.

3. Who manufactures these products?
Both the 4570PA01H01800 EMI gasket and the GK, NiCu, PTAFG, NF, V0 grounding pad are manufactured by Laird Connectivity, a leading company in EMI shielding and advanced material solutions.

4. Where are these products available?
These products are available globally, including the USA, India, Australia, Europe, and other regions. Authorized distributors like X-On Electronics and Mouser Electronics provide them with comprehensive support and datasheets.

Technical Questions

5. What are the key materials used in the 4570PA01H01800 EMI gasket?
The gasket is constructed with a polyurethane foam core and nickel-copper taffeta fabric. It also includes an adhesive backing for easy installation.

6. Is the grounding pad flame-resistant?
Yes, the grounding pad is UL94 V0 rated, ensuring it meets stringent flame resistance standards.

7. What is the main difference between the EMI gasket and the grounding pad?
The EMI gasket (4570PA01H01800) is primarily designed for sealing enclosure seams and shielding against EMI. The grounding pad (GK, NiCu, PTAFG, NF, V0) is used to establish reliable grounding paths and enhance EMI shielding in connector assemblies.

8. What is the operating temperature range for these components?
The specific operating temperature range depends on the materials used. Typically, fabric-over-foam EMI shielding products from Laird Connectivity operate effectively within -40°C to 85°C.

9. Do these products meet RoHS compliance?
Yes, both the 4570PA01H01800 EMI gasket and the GK grounding pad are RoHS compliant.

Applications

10. Where can the 4570PA01H01800 EMI gasket be used?
This gasket is ideal for:

• I/O shielding
• Connector gasketing
• Enclosure sealing for electronics

11. What are the common applications of the grounding pad?
The grounding pad is used for:

• EMI shielding in connector assemblies
• Reliable grounding interfaces
• Enhancing performance in electronic assemblies

12. Are these components suitable for high-frequency applications?
Yes, both components are designed to perform well in high-frequency EMI shielding applications, making them suitable for modern telecommunications and electronic devices.

Installation and Maintenance

13. How is the 4570PA01H01800 EMI gasket installed?
It comes with an adhesive backing that allows for easy application on enclosure seams, connector assemblies, or any desired surface.

14. Does the grounding pad require adhesive?
No, the GK grounding pad is non-adhesive (NF). It is designed to fit securely in place within the assembly without the need for adhesives.

15. How do I ensure long-term effectiveness?
To ensure long-term effectiveness:

• Avoid over-compressing the gasket or pad during installation.
• Regularly inspect for wear or degradation.
• Replace components when necessary to maintain optimal shielding performance.

Purchasing and Support

16. Where can I buy the 4570PA01H01800 EMI gasket and GK grounding pad?
You can purchase these components from authorized distributors like X-On Electronics, Mouser Electronics, and other trusted suppliers.

17. Can I get technical support for these products?
Yes, Laird Connectivity and its authorized distributors provide detailed datasheets and technical support to assist with installation and design considerations.

18. Is there a datasheet available for the 4570PA01H01800 EMI gasket?
Yes, the datasheet is available from Laird Connectivity or through authorized distributors. It provides detailed specifications, material properties, and application guidelines.

The 934456100 GM 216 NJ SCHWARZ Heavy Duty Power Connectors by Hirschmann are an essential component for industries requiring durable and efficient connections. Xon Electronic takes pride in offering these high-quality connectors, ensuring global availability and support. Whether you are in the USA, India, Australia, Europe, or beyond, Xon Electronic is your trusted partner for reliable electronic components.

Xon Electronic has consistently been a global leader in providing top-quality electronic components. Among its wide-ranging inventory, the 934456100 GM 216 NJ SCHWARZ Heavy Duty Power Connectors by Hirschmann stand out for their superior build, reliability, and adaptability. These connectors are suitable for a variety of industrial and commercial applications worldwide, including in the USA, India, Australia, and Europe. Our Product delves into the specifications, uses, and advantages of the 934456100 GM 216 NJ SCHWARZ connectors, along with circuit design and use-case scenarios.

Specifications of the 934456100 GM 216 NJ SCHWARZ

The 934456100 GM 216 NJ SCHWARZ is a valve connector designed to meet demanding industrial standards. Below are its core features:

• Type: Valve connector; plug.

• Form Factor: Form B.

• Size: 11 mm.

• Gender: Female.

• Number of Pins: 3.

• Voltage Rating: 250V.

• Manufacturer: Hirschmann.

These specifications highlight its suitability for applications requiring durable and efficient Heavy Duty Power Connectors that can handle high voltages and currents.

Applications and Use Cases

1. Industrial Automation

The connector is ideal for connecting sensors and actuators in automated production lines. Its robust design ensures consistent performance in environments with vibrations and fluctuating voltages.

2. Hydraulic Systems

In hydraulic equipment, these connectors are used to interface with solenoid valves, providing reliable power connections in demanding mechanical conditions.

3. Construction Equipment

The 934456100 GM 216 NJ SCHWARZ is well-suited for heavy machinery like cranes and earthmovers, which operate in harsh environments requiring durable power connectors.

4. Renewable Energy

These connectors play a critical role in renewable energy systems such as wind turbines and solar inverters, ensuring efficient power transmission.

5. Marine and Transportation

Marine vessels and transportation systems benefit from these connectors’ robust and corrosion-resistant design.

Key Advantages of the 934456100 GM 216 NJ SCHWARZ

Durability

The connector’s heavy-duty design ensures longevity, even in extreme conditions. This is particularly useful in industrial and outdoor environments.

Ease of Installation

The plug-and-play design reduces installation time and complexity. Its compact form factor ensures compatibility with various setups.

High Voltage Rating

With a voltage rating of 250V, the connector is ideal for applications that require a reliable power source.

Global Availability

Xon Electronic makes these connectors accessible in major markets, including the USA, India, Australia, and Europe.

Circuit Diagram of 934456100 GM 216 NJ SCHWARZ

Below is a simple circuit diagram demonstrating the use of the 934456100 GM 216 NJ SCHWARZ in a hydraulic system:

1. Components:

   • Power Supply (250V)

   • Solenoid Valve

   • 934456100 GM 216 NJ SCHWARZ Connector

2. Connections:

   • Pin 1: Power input (+250V)

   • Pin 2: Ground (GND)

   • Pin 3: Signal to solenoid valve

Power Supply (+250V) ? Connector Pin 1
Solenoid Valve Signal ? Connector Pin 3
Ground ? Connector Pin 2

Use Case Scenario of 934456100 GM 216 NJ SCHWARZ

Application in a Hydraulic Press: In a hydraulic press system, the 934456100 GM 216 NJ SCHWARZ is used to connect the solenoid valve to the power supply. The connector ensures a stable power supply and signal transmission, minimizing downtime and maximizing efficiency.

Hirschmann Datasheet Download

For detailed specifications, technical drawings, and compliance information, you can download the official datasheet for the 934456100 GM 216 NJ SCHWARZ. The datasheet includes:

• Electrical specifications

• Mechanical dimensions

• Wiring configurations

• Compliance standards

The Role of Connectors in Modern Systems

Connectors, especially Heavy Duty Power Connectors, play a pivotal role in ensuring seamless operation across various industries. They facilitate reliable electrical connections while ensuring safety and performance.

Why Choose Xon Electronic?

1. Extensive Inventory: From valve connectors to other essential components, Xon Electronic provides a vast selection to meet your requirements.

2. Global Reach: With operations spanning the USA, India, Australia, and Europe, Xon ensures timely delivery worldwide.

3. Expertise: Decades of experience make Xon the go-to retailer for Hirschmann components.

Circuit breakers are essential components in electrical systems, providing protection against overcurrents and short circuits. The ABB 2CDS251001R0104 is a miniature circuit breaker (MCB) designed to ensure safety and reliability in various applications. This article delves into the specifications, applications, and usage scenarios of the 2CDS251001R0104 MCB across different regions, including the USA, India, Australia, Europe, and other countries.

Understanding the 2CDS251001R0104 Circuit Breaker

The 2CDS251001R0104 is part of ABB's System pro M compact S200 series of miniature circuit breakers. It is designed to provide overcurrent protection in electrical circuits, ensuring the safety of both equipment and personnel.

Key Specifications

• Rated Operational Voltage (Ue): 230/400 V AC
• Rated Current (In): 10 A
• Number of Poles: 1
• Tripping Characteristic: Type C
• Breaking Capacity (Icn): 6 kA according to IEC/EN 60898-1
• Mounting: DIN rail
• Standards Compliance: IEC/EN 60898-1, IEC/EN 60947-2, UL 1077

These specifications make the 2CDS251001R0104 suitable for residential, commercial, and industrial applications, providing reliable protection against overloads and short circuits.

Circuit Diagram and Use Case Scenario

While specific circuit diagrams for the 2CDS251001R0104 are not provided in the available sources, its typical application involves integration into single-phase electrical circuits where overcurrent protection is required. The MCB is installed on a DIN rail within a distribution board, with the line input connected to the top terminal and the load connected to the bottom terminal. This configuration allows the MCB to interrupt the circuit in the event of an overload or short circuit, thereby protecting downstream devices and wiring.

Applications Across Different Regions

United States

In the USA, electrical systems commonly operate at 120/240 V AC. While the 2CDS251001R0104 is rated for 230/400 V AC, it can still be utilized in specific applications where such voltage levels are present. However, it's crucial to ensure compliance with local electrical codes and standards. Additionally, the MCB's compliance with UL 1077 makes it suitable for supplementary protection in the USA.

India

India's standard voltage for residential and commercial applications is 230 V AC, aligning well with the 2CDS251001R0104's specifications. This MCB is suitable for protecting lighting circuits, socket outlets, and other single-phase loads commonly found in Indian electrical installations. Its compliance with IEC/EN 60898-1 ensures adherence to international safety standards.

Australia

Australia operates on a 230 V AC supply voltage, similar to India and many European countries. The 2CDS251001R0104 can be effectively used in Australian residential and commercial settings to protect electrical circuits from overcurrents. As with other regions, ensuring compliance with local electrical standards and regulations is essential.

Europe

European countries typically use a 230/400 V AC system, making the 2CDS251001R0104 an ideal choice for various applications. Its adherence to IEC/EN 60898-1 and IEC/EN 60947-2 standards ensures it meets the stringent safety and performance requirements prevalent across Europe. The MCB can be employed in residential, commercial, and industrial installations to safeguard electrical circuits.

Other Countries

In countries where the standard supply voltage aligns with the MCB's rated operational voltage, the 2CDS251001R0104 can be utilized effectively. However, it's imperative to verify compatibility with local electrical standards and regulations before deployment.

Use Cases and Benefits

The 2CDS251001R0104 MCB offers several advantages across various applications:

• Overcurrent Protection: Safeguards electrical circuits from damage caused by overloads and short circuits.
• Compact Design: Its DIN rail mounting facilitates easy installation and integration into existing distribution boards.
• High Breaking Capacity: With a 6 kA breaking capacity, it can handle substantial fault currents, ensuring reliable protection.
• Global Standards Compliance: Adherence to international standards like IEC/EN 60898-1, IEC/EN 60947-2, and UL 1077 makes it suitable for use in various countries, provided local regulations are met.

Conclusion

The ABB 2CDS251001R0104 miniature circuit breaker is a versatile and reliable component designed to protect electrical circuits from overcurrents. Its specifications make it suitable for a wide range of applications across different regions, including the USA, India, Australia, Europe, and beyond. By ensuring compliance with local electrical standards and regulations, this MCB can be effectively integrated into various electrical systems to enhance safety and reliability.

FAQs: ABB 2CDS251001R0104 Circuit Breaker

1. What is the ABB 2CDS251001R0104 Circuit Breaker?
The ABB 2CDS251001R0104 is a miniature circuit breaker (MCB) designed for overcurrent protection in electrical systems. It operates at 230/400V AC, has a 10A current rating, and offers a breaking capacity of 6kA.

2. What are the key features of this circuit breaker?

• Rated voltage: 230/400V AC
• Rated current: 10A
• Breaking capacity: 6kA
• Single-pole design
• DIN rail mounting
• Compliance with IEC/EN 60898-1 and other international standards

3. Where can this circuit breaker be used?
This MCB is suitable for residential, commercial, and industrial applications, including lighting circuits, power outlets, and machinery protection across regions like the USA, India, Australia, and Europe.

4. What is the tripping characteristic of this breaker?
The 2CDS251001R0104 has a Type C tripping characteristic, making it ideal for protecting circuits with moderate inrush currents, such as those powering lights and appliances.

5. Is the 2CDS251001R0104 compliant with global standards?
Yes, it adheres to IEC/EN 60898-1, IEC/EN 60947-2, and UL 1077, ensuring safety and compatibility with various international applications.

6. Can it be used in the USA?
Yes, although primarily designed for 230V systems, its UL 1077 compliance makes it suitable for supplementary protection in specific applications in the USA.

7. How do I install the ABB 2CDS251001R0104?
This circuit breaker is designed for easy installation on a DIN rail. The line input connects to the top terminal, while the load connects to the bottom terminal.

8. What are the benefits of using this circuit breaker?

• Reliable overcurrent protection
• Compact and easy-to-install design
• High breaking capacity for handling fault currents
• Compliance with international standards

9. Can this breaker be used in industrial applications?
Yes, it can be used to protect machinery and industrial equipment, provided the rated voltage and current match the application's requirements.

10. Where can I find the datasheet for this breaker?
The datasheet for the ABB 2CDS251001R0104 is available on ABB's official website or through authorized distributors.

11. Is this MCB suitable for renewable energy systems?
This breaker can be used in renewable energy systems if the system operates within the voltage and current ratings. Always consult with an expert to ensure compatibility.

12. How does the 6kA breaking capacity benefit me?
A breaking capacity of 6kA means the breaker can safely interrupt fault currents up to 6,000 amps without damage, ensuring robust protection for your electrical systems.

13. Can this breaker handle motor loads?
The Type C tripping characteristic makes it suitable for handling motor loads with moderate inrush currents, though specific motor applications may require different tripping curves.

14. Is this product environmentally friendly?
Yes, ABB ensures that its products, including the 2CDS251001R0104, comply with environmental standards such as RoHS.

15. Where can I purchase the ABB 2CDS251001R0104 Circuit Breaker?
You can buy this MCB from authorized ABB distributors, online electronics retailers, or specialized electrical component suppliers.