Eteily Technologies India Pvt Ltd

Vidya Nagar, Bhopal, Madhya Pradesh

The specification "SMA (F) BH R/A To MMCX (M) R/A With RG316 (L - 3Mtr) Cable" describes yet another type of RF cable assembly. Here’s the breakdown of what each part typically signifies:

1. SMA (F) BH R/A:

   • SMA (F): SMA female connector. SMA connectors are widely used in RF applications for their robustness and performance.
   • BH: Bulkhead mount, indicating that this SMA female connector is designed to be mounted through a panel or enclosure.
   • R/A: Right-angle configuration, suggesting the connector is bent at a right angle rather than straight.

2. To MMCX (M) R/A:

   • MMCX (M): MMCX male connector. MMCX connectors are smaller and used where space is limited and frequent connection/disconnection is required.
   • R/A: Right-angle configuration, indicating the connector is bent at a right angle.

3. With RG316 (L - 3Mtr) Cable:

   • RG316: A type of coaxial cable known for its flexibility and good performance at higher frequencies.
   • L - 3Mtr: This specifies the length of the cable assembly, which is 3 meters.

Interpretation: The entire specification describes a cable assembly where:

• One end has an SMA female connector with a right-angle bulkhead mount.
• The other end has an MMCX male connector with a right-angle configuration.
• The cable used is RG316, and the total length of the cable assembly is 3 meters.

Usage: This type of cable assembly is suitable for RF applications where you need to connect equipment or devices with SMA and MMCX connectors, especially in situations where a right-angle connection is necessary. The RG316 cable provides good flexibility and performance, making it suitable for various wireless communication systems, antennas, and RF testing setups where space and maneuverability are considerations.

SMA (M) Connector Y-Type Splitter Combiner With Pigtail RG316 Cable:

This is a component used in RF applications, consisting of:

• SMA (M) Connector: A male SMA connector, commonly used in RF and microwave applications for transmitting and receiving signals.
• Y-Type Splitter Combiner: This device allows you to split an RF signal into two outputs or combine two RF signals into one input.
• Pigtail RG316 Cable: A type of coaxial cable (RG316) with one end terminated with an SMA connector. The "pigtail" refers to a short length of cable used to connect between components or to provide flexibility in installation.

This setup is useful in various RF systems where signal distribution or combining is necessary, such as in antenna arrays, test setups, or communication systems requiring signal splitting or combining capabilities.

2.0mm Pitch JST Connector Automotive Cable Assemblies are specialized wire harnesses designed to provide reliable electrical connections in automotive applications. These assemblies utilize JST connectors with a 2.0mm pitch, offering compact, secure, and efficient connections for automotive electrical systems. These wire harnesses are commonly used in vehicles to connect sensors, lighting systems, infotainment systems, and various other components. Key Features: 2.0mm Pitch JST Connectors: JST connectors are known for their high-quality, secure connections, and the 2.0mm pitch size refers to the distance between the pins in the connector. This compact size is ideal for applications where space is limited but reliable, durable connections are essential. The connectors are often used in automotive environments due to their ability to withstand vibrations, high temperatures, and harsh conditions. Automotive Grade Materials: These assemblies are designed with automotive-grade wiring and components, ensuring they can handle the challenging environment of vehicles, such as temperature extremes, moisture, and mechanical stress. The wires used are typically high-quality copper with insulation designed to resist abrasion, oil, and UV damage, making them highly durable for long-lasting performance. Compact and Lightweight Design: The 2.0mm pitch connectors allow for a compact and lightweight cable assembly, making them ideal for space-constrained automotive applications such as wiring in dashboard systems, sensors, power supplies, or communication modules. Molding Technology: Molding wire harnesses are created through advanced molding processes that encapsulate the connectors and wiring in protective coatings, ensuring the system is resistant to environmental factors like water, dust, and chemicals. The molding provides additional mechanical strength, protecting the wires from wear and tear while ensuring secure and stable connections. Variety of Cable Configurations: These assemblies can be configured to meet the exact requirements of automotive designs, with multiple wire types, colors, and lengths available for various systems in the vehicle. For example, the harnesses may include power wires, signal wires, or ground connections, each tailored to the specific application. High Vibration and Heat Resistance: Automotive environments often involve significant vibration and heat, and these 2.0mm pitch JST connector assemblies are designed to withstand these conditions. The robust connectors ensure a firm connection even under high-stress situations like engine compartments or undercarriage systems. Flexible Customization: These harnesses are highly customizable in terms of wire lengths, colors, and connectors. They can be engineered to specific voltages, current ratings, and mechanical requirements depending on the application within the vehicle. Secure Locking Mechanism: JST connectors typically feature a secure locking mechanism that ensures the connectors stay in place during operation, preventing accidental disconnections even in high-vibration environments. Applications: Lighting systems: Used to connect LED lights, headlights, and other automotive lighting systems. Sensor connections: Ideal for connecting various sensors in vehicles (e.g., temperature, pressure, speed sensors). Power distribution: Used in power supply connections for various components of the vehicles electrical system. Infotainment and control systems: Connecting multimedia devices, control panels, and infotainment systems in the vehicle. Advantages: Space-Efficient: The compact 2.0mm pitch size ensures that these assemblies are suitable for installations where space is at a premium. Durable & Long-Lasting: Designed to withstand the harsh automotive environment, ensuring reliability and longevity. Secure Connection: The JST connectors offer a secure and stable connection, minimizing the risk of failure during oper

The RG 223 cable is a high-performance RF cable designed for a variety of communication and transmission applications.

Key Features:

• Type: RG213, suitable for RF applications.
• Conductor: Made from tinned copper wire, ensuring excellent conductivity and resistance to corrosion.
• Insulation: Features SPE (Solid Polyethylene) insulation, providing superior electrical performance and durability.
• Outer Conductor: Comprised of two layers of tinned copper wire, enhancing shielding and minimizing signal loss.
• Jacket: Encased in a PVC jacket, offering protection against environmental factors and physical damage.
• Outer Diameter: 5.4 0.08 mm, allowing for compatibility with various connectors and systems.

This cable is ideal for use in telecommunications, broadcasting, and any applications where reliable signal integrity is essential. Its robust construction ensures long-lasting performance even in demanding environments.

The Quick Disconnect 2 Core AWG12 Silicon Wire Harness Panel Mount Power Custom Cable is a specialized cable assembly designed for reliable power connections in various industrial, automotive, and electronic applications. Heres a breakdown of its components:

1. Quick Disconnect: This feature allows for easy and rapid disconnection of the cable, making it ideal for applications requiring frequent setup and teardown. It is often used to simplify maintenance or swapping of components.

2. 2 Core: The cable includes two conductors (wires), enabling it to carry power (typically positive and negative connections). The "2 core" configuration makes it suitable for simple power transfer tasks.

3. AWG12: This denotes the gauge of the wire, with AWG (American Wire Gauge) 12 being a thicker wire size, allowing for higher current transmission without excessive voltage drop or heating. Its suitable for moderate power loads.

4. Silicon Wire: The use of silicon-based insulation gives the wire flexibility, durability, and resistance to high temperatures, making it ideal for applications in harsh environments, including automotive or industrial settings where wires may be exposed to heat or other challenging conditions.

5. Harness: This refers to the entire cable assembly, where the wires are organized and bundled together, often with connectors attached at the ends. This makes it easier to install and use in various systems.

6. Panel Mount: This feature suggests that one end of the cable is designed to be mounted onto a panel or enclosure, providing a secure and stable connection point for easy integration into a system.

7. Power Custom Cable: This indicates that the cable is customized to meet specific power requirements, whether for voltage, current, or mechanical properties, tailored to the needs of the device or system in use.

This type of cable is commonly used in applications where high reliability, ease of maintenance, and resistance to environmental conditions are critical. It can be found in automotive systems, power supplies, industrial machinery, and other systems that require secure, fast, and efficient power connections.

**1. Type:

• USB 2.0 A Male to Female Extension Cable: This cable features a USB 2.0 Type-A male connector on one end and a USB 2.0 Type-A female connector on the other end.

**2. Length:

• 3 Feet (Approximately 0.9 Meters): Provides a moderate extension to connect USB devices that are otherwise too far from the USB port on a computer or other host device.

**3. Usage:

• Extension: Allows you to extend the reach of a USB device, such as a keyboard, mouse, printer, or external hard drive, from the USB port on your computer or other USB host.
• Convenience: Ideal for use in situations where the USB port is located in an inconvenient place, such as behind a desk or within a backpack.

**4. Specifications:

• USB Version: Complies with USB 2.0 standards, which support data transfer speeds up to 480 Mbps (megabits per second).
• Backward Compatibility: Fully backward compatible with USB 1.1 devices, allowing it to work with older USB peripherals.

**5. Design and Construction:

• Durability: Typically constructed with high-quality materials to ensure durability and reliability.
• Shielding: Includes shielding to reduce electromagnetic interference (EMI) and maintain stable signal quality.
• Connector Design: Features a standard USB Type-A connector, which is widely used and compatible with most USB-enabled devices.

**6. Applications:

• Computers and Laptops: Extends the reach of USB peripherals connected to a computer or laptop.
• USB Hubs: Can be used to connect to a USB hub, providing additional flexibility for device placement.
• Travel and Portability: The 3-foot length is practical for use in various setups, including in backpacks for portable use.

**7. Additional Features:

• Flexible Cable: Provides flexibility for easier routing and placement of USB devices.
• Plug-and-Play: No additional drivers or software are required; the cable works with any standard USB port.

HLF 400 Cablewith 50 Ohm Impedance, N-Male Connector Ends, Double Shield, flexible UV proof PE, 9.8mm Diameter.

HLF 400 coaxial cable provides excellent performance for high power HF needs or VHF/UHF applications. Because of its solid centre conductor, it is rather stiff.

HLF 400 standard is one of UV Resistant Polyethylene jacketed cables for outdoor usage .

Drop-in Replacement for RG 8 cable jumper Assemblies in wireless communication systems short antenna feeder runs any application requiring allow loss RF cable.

This low loss transmission line can be used in almost any application where handling characteristics, improved Shield and low loss is required.

Custom cable multi-length wire harnesses and color automotive cable assemblies are tailored wiring solutions designed for specific automotive applications. These assemblies are built with high-quality materials to ensure safety, durability, and performance in demanding automotive environments. Heres a breakdown of key features:

1. Customizable Lengths:

   • Wire harnesses can be customized to various lengths to fit the specific requirements of different automotive designs, ensuring neat and efficient wiring management.

2. Multiple Wire Configurations:

   • These harnesses can be made with multiple wire types (e.g., power, signal, ground) depending on the needs of the vehicle. The wires are bundled together to reduce clutter and ensure easy routing through complex automotive spaces.

3. Variety of Wire Colors:

   • Automotive cable assemblies are often available in different colors to aid in easy identification, organization, and maintenance. Color coding helps technicians quickly troubleshoot issues and identify wire types at a glance.

4. High-Quality Automotive-Grade Cable:

   • These assemblies use specialized automotive-grade cables designed to withstand harsh conditions such as temperature fluctuations, vibration, moisture, and chemicals common in automotive environments.

5. Robust Insulation:

   • The wires are insulated with materials that provide resistance to high heat, abrasion, and environmental elements, ensuring a long-lasting and safe connection.

6. Connector Options:

   • The harnesses can be equipped with custom connectors that fit the unique needs of the vehicle, whether they are for lighting systems, sensors, power systems, or other electrical components.

7. Compliance with Standards:

   • These wire harnesses comply with industry safety standards, such as those set by ISO, UL, or SAE, to ensure proper performance and reliability in vehicles.

8. Application Versatility:

   • Custom automotive wire harnesses are ideal for a range of applications, from engines and electrical systems to dashboards, lighting, or infotainment systems in vehicles.

• Tailored Design: Fully customizable to meet unique vehicle requirements, reducing installation time and costs.
• Enhanced Durability: Designed for the long-term reliability needed in automotive settings.
• Improved Organization: Helps streamline wiring within tight spaces, reducing the likelihood of errors or damage.
• Easy Maintenance: Color-coded wires and custom lengths make maintenance, troubleshooting, and replacements more efficient.

These custom cable and wire harness solutions ensure that automotive manufacturers and repair specialists can meet the specific needs of their vehicles while ensuring safety and performance.

The Universal Automotive OBD Diagnostic Cable Male to Female 16 Pin is a diagnostic cable used in automotive applications to connect an OBD-II (On-Board Diagnostics) scanner or diagnostic tool to a vehicle's OBD port. This cable facilitates the communication between the vehicle's ECU (Engine Control Unit) and the diagnostic tool, allowing technicians and car owners to read and clear fault codes, monitor vehicle performance, and perform other diagnostic functions.

• 16-Pin Male to Female Design: One end of the cable features a male 16-pin connector, while the other end has a female 16-pin connector. This configuration makes it compatible with a wide variety of vehicles equipped with OBD-II ports.
• Universal Compatibility: Suitable for most cars, trucks, and other vehicles that support OBD-II protocols (standardized for vehicles manufactured after 1996).
• Durable Construction: Typically made from high-quality, flexible materials to withstand regular use and ensure a reliable connection between the diagnostic tool and the vehicles OBD-II port.
• Length: Available in various lengths to ensure flexibility and ease of use when connecting to the vehicle's OBD port, especially when it is located in hard-to-reach areas.

• Car Diagnostics: Reading and clearing trouble codes related to engine performance, sensors, emissions systems, and more.
• Real-Time Data Monitoring: Monitoring live data such as engine temperature, RPM, fuel efficiency, and more.
• Vehicle Maintenance: Performing system checks and maintenance on various vehicle systems like ABS, airbags, and transmission.

This cable is an essential tool for automotive professionals, DIY car enthusiasts, and anyone looking to perform OBD-II diagnostics on their vehicle.

A Customizable High-Quality Black 3, 4, 5, 6 Core PUR Spiral Cable Coiled Wire is a versatile and durable wiring solution designed for various industrial, commercial, and consumer applications. Heres a detailed description of this type of cable: Key Features: Core Configuration (3, 4, 5, 6 Core): The core refers to the number of individual conductors inside the cable. The customizable option allows for selecting between 3, 4, 5, or 6 core configurations depending on the specific needs of the application. 3-core cables are often used in power transmission applications. 4, 5, and 6-core cables are typically used for more complex connections, such as in control systems, signal transmission, or multi-phase systems, offering more conductors for multi-function purposes. PUR (Polyurethane) Outer Jacket: The PUR jacket is highly durable, offering superior resistance to abrasion, chemicals, oils, and mechanical wear. It also provides excellent flexibility, even at low temperatures, making the cable suitable for harsh and demanding environments. PUR (Polyurethane) is known for its toughness, flexibility, and abrasion resistance, making it ideal for applications where the cable will be subject to frequent movement or where high levels of environmental stress are expected. Spiral (Coiled) Design: The spiral coiled wire design allows for the cable to extend and retract like a spring, making it an excellent choice for applications where cables need to be flexible and retractable. This design helps reduce the space required for cable storage and provides the benefit of compactness when the cable is not in use. The coiled cable can be stretched and contracted without losing its form or function, making it ideal for dynamic environments, such as machinery, robotics, and power tools. Black Color: The black color of the cable is commonly used for industrial and commercial applications, as it provides a neutral and professional look while also offering some level of UV resistance. Black cables are often used in environments exposed to sunlight, providing protection against UV degradation. Customization Options: The cable can be customized in terms of core count, length, and specific shielding or insulation types based on the needs of the customer. Options for conductor material (such as copper or tinned copper) and connector types may also be available. The flexibility of customization makes this cable suitable for various applications across different industries, including robotics, automation, machine tools, and more. Applications: Industrial Equipment: Used in machines or robotic systems where movement and flexibility are needed. Automotive: For vehicle power systems or automated machinery that requires high durability and flexibility. Construction: Used for powering tools or machinery on construction sites where cables need to be coiled and moved easily. Control Systems: In control panels, automation, and measurement systems where multiple cores are needed to transmit power and data. Consumer Electronics: Power or data cables for retractable or flexible connections. Advantages: Durability: The PUR jacket provides exceptional durability, which makes it ideal for high-stress environments. Flexibility: The coiled design ensures that the cable can stretch and retract without tangling, making it easy to manage. Customization: With customizable core counts (3, 4, 5, 6), lengths, and other specifications, this cable can be tailored to specific application needs. Space-saving: The spiral/coiled design reduces the cables footprint and storage requirements while maintaining the necessary reach. UV and Abrasion Resistance: The black PUR jacket offers excellent protection against UV rays and wear, ensuring longevity and reliability in outdoor or high-contact applications. Conclusion: The Customizable High-Quality Black 3, 4, 5, 6 Core PUR Spiral Cable Coiled Wire is a reliable and flexible solution for applications requiring

A Customized IDC Connector 0.5mm 1.27mm Pitch Shielded Flat Cable is a specialized type of connector designed for high-performance data transmission in various electronic and industrial applications. The description of such a cable and connector combination includes the following key features:

1. IDC (Insulation Displacement Connector) Technology:

   • IDC connectors are designed to make electrical connections with the conductors of a flat cable by displacing the insulation of each wire to establish contact with the metal conductor underneath.
   • This method provides a reliable, efficient, and cost-effective way to connect flat cables without the need for stripping wires or soldering.

2. 0.5mm / 1.27mm Pitch:

   • The pitch refers to the distance between the centers of adjacent pins or contacts in the connector.
   • A 0.5mm pitch is typically used for very compact electronic devices, such as mobile phones or small IoT devices.
   • A 1.27mm pitch is common for slightly larger but still compact devices, such as medical equipment or industrial controllers.
   • These pitch options allow for high-density connections, making the connector suitable for systems with limited space.

3. Shielded Flat Cable:

   • The shielding in the cable helps to protect the transmitted signals from external electromagnetic interference (EMI) and minimizes the risk of data corruption, ensuring high signal integrity.
   • Shielding can be achieved through a variety of methods, such as using a foil or braided shielding layer surrounding the inner conductors.

4. Customization Options:

   • The cable and connector can be customized in terms of length, number of conductors, and shielding material, depending on the application needs.
   • Customization may also extend to the connectors themselves, allowing for specific locking mechanisms, orientations, or housing designs.

5. Applications:

   • Such connectors and cables are commonly used in high-speed data transmission systems, consumer electronics, medical devices, automation systems, communications equipment, and test and measurement instruments.
   • Their small form factor and high shielding efficiency make them ideal for compact and sensitive devices where space is limited and signal integrity is paramount.

• Compact Design: With 0.5mm or 1.27mm pitch, these connectors allow for more compact and dense designs.
• Improved Performance: Shielding ensures reduced interference and stable signal transmission.
• Ease of Use: IDC technology simplifies the connection process, reducing the need for additional tools or complex assembly procedures.
• Customization Flexibility: Customized lengths and configurations allow this solution to be tailored to specific project requirements.

The Customized IDC Connector 0.5mm 1.27mm Pitch Shielded Flat Cable offers a reliable, space-saving, and efficient solution for high-density connections in environments where signal integrity is essential, and compactness is a key consideration.