Eteily Technologies India Pvt Ltd

Vidya Nagar, Bhopal, Madhya Pradesh

RF Low VSWR 2 In 2 Out 698-2700MHz 3dB Bridge Hybrid Coupler / Hybrid Combiner for Wireless Systems

The RF Low VSWR 3dB Hybrid Coupler / Combiner is designed to provide efficient power splitting and combining for wireless communication systems operating across the 698-2700 MHz frequency range. Featuring low insertion loss, excellent isolation, and a compact design, this coupler is ideal for a wide range of applications in telecommunications, signal distribution, and network testing.

• Frequency Range: Covers 700-2700 MHz, ensuring compatibility with most wireless communication systems.
• Insertion Loss: 3.5dB (including distribution loss and fluctuations), minimizing signal loss for optimal performance.
• Isolation: 25dB, providing excellent separation between ports to prevent signal interference.
• Return Loss: 20dB, ensuring low reflections for clean signal transmission.
• VSWR:

The specifications you've provided describe a multi-way splitter or power divider, often used in RF (Radio Frequency) communication systems. This component is commonly used in applications like GSM, Wi-Fi, cellular networks, and other RF systems where signals need to be split into multiple paths with minimal loss and interference. Below is a breakdown of the key characteristics and features based on the provided information: Key Specifications and Features: 1. Frequency Range: 698-4000 MHz (Microstrip) The splitter operates over a wide frequency range from 698 MHz to 4000 MHz, which covers a broad spectrum of wireless communication systems, including LTE, 5G, and GSM frequencies. The use of microstrip technology indicates that the splitter is likely designed with compact and efficient components, making it suitable for high-frequency, high-performance applications. 2. Split Way: The splitter supports different configurations, offering the ability to split the signal into 2, 3, 4, 6, or 8 output paths. This flexibility makes it suitable for different applications based on the number of signal paths required. 2-way split: Common for basic signal division. 3-way to 8-way split: Used in more complex setups where the same signal needs to be distributed to multiple devices or antennas. 3. VSWR (Voltage Standing Wave Ratio): 1.3:1 VSWR is a measure of the impedance matching between the splitter and the transmission line. A value of 1.3:1 indicates that the splitter has excellent impedance matching, meaning minimal signal reflection and maximum power transfer. This low VSWR ensures efficient signal transmission without significant losses. 4. Insertion Loss (dB): 0.9 dB (for the 2-way version), with values of up to 1.2 dB for 3-way, 4-way, 6-way, and 8-way splitters. Insertion loss refers to the amount of signal loss that occurs as the signal passes through the splitter. A lower insertion loss means the splitter is highly efficient, with minimal power loss when dividing the signal. 5. Split Loss (dB): Split loss increases with the number of output ports. The loss values are: 3.0 dB for 2-way 4.8 dB for 3-way 6.0 dB for 4-way 7.8 dB for 6-way 9.0 dB for 8-way Split loss represents the loss incurred when the signal is divided between multiple paths. The loss increases with more output ports since the input power is distributed among them. 6. Average Power (W): The maximum average power rating is 50 W. This indicates the amount of power the splitter can handle continuously without damage, making it suitable for most communication systems. 7. 3rd Order IMD (Intermodulation Distortion, dBc): -140/-155/-160 dBc at 2x43 dBm. This represents the level of distortion created when two or more signals mix together, producing unwanted spurious signals. The low IMD values indicate that this splitter maintains a high level of linearity and minimal distortion, even at high power levels. 8. Impedance (): The splitter has an impedance of 50 , which is standard for most RF communication systems. Matching the impedance of the splitter to that of the system minimizes reflections and maximizes power transfer. 9. Connector Types: The splitter is compatible with several types of connectors, including: DIN 4.3-10 N-Female This flexibility allows the splitter to be used in a variety of system configurations and makes it compatible with a wide range of RF equipment. 10. Operating Temperature (): The device can operate in a temperature range of -35C to +65C, indicating it is suitable for both indoor and outdoor environments, and can withstand extreme temperature conditions. 11. Application: The splitter is designed for indoor or outdoor applications, making it versatile for use in a variety of installations, such as base stations, cellular networks, or other communication systems. 12. Finish: The splitter has a black-plated finish, which typically indicates a protective coating for durability, corrosion resistance, a

The 5G Mini DIN Connector Low PIM Combiner 3 IN 2 OUT Hybrid Coupler is a high-performance RF component designed for wireless communication systems, particularly in the 88-470 MHz frequency range. Ideal for use in 5G networks, telecommunications, and signal distribution applications, this hybrid coupler ensures superior signal performance with low passive intermodulation (PIM), making it an essential component for modern high-power RF environments.

Key Features:

• Frequency Range: 88-470 MHz, providing compatibility with a wide range of communication systems, including 5G, telecom, and broadcasting.
• Ports: 3 inputs and 2 outputs, designed to efficiently split or combine RF signals with minimal loss.
• Low PIM: Features Low PIM (Passive Intermodulation) performance, ensuring clean signal transmission without interference, even in high-power environments.
• Connectors: Equipped with N-Female connectors for robust and secure connections and 4.3-10 connectors for enhanced flexibility and compatibility.
• Insertion Loss: Low insertion loss for optimal power transfer and minimal signal degradation.
• Impedance: 50, ensuring a consistent and reliable signal path in RF systems.
• Power Handling: Capable of handling high power levels, making it ideal for demanding RF applications.
• Durable Construction: Designed with premium materials for long-lasting performance, even in harsh environments.

Applications:

• 5G Networks
• Telecommunications Infrastructure
• Signal Splitting and Combining
• Wireless Communications
• Broadcasting and RF Testing

This 3 IN 2 OUT hybrid coupler is a perfect solution for combining or splitting signals in 5G systems, cellular networks, and other RF communication applications, where low PIM and high reliability are essential.

Introducing our high-performance RF Microstrip 6-Way Power Divider, designed for optimal signal distribution in indoor applications. Operating across a frequency range of 0.8-2.5 GHz, this divider ensures minimal insertion loss of 10 dB and robust isolation of 18 dB, delivering reliable performance.

With a VSWR of 1.35:1 and a power capacity of 50 W, it effectively maintains signal integrity. Available in 50-ohm impedance with N-female, SMA-female, or DIN (7/16)-female RF connectors, it meets versatile connectivity needs. The unit operates seamlessly in temperatures ranging from -35C to +60C and withstands relative humidity levels of 5%-95%.

These clamps are typically used to organize and protect cables in various applications, such as in electrical installations or audio/visual setups.

Here's a breakdown of the specifications you mentioned:

• One Hole:This indicates that the clamp has a single opening or hole to hold one cable.
• Rubber Feeder:This suggests that the clamp has a rubber component or is made of rubber, which can help cushion the cable and provide additional grip.
• 1/4, 7/8, 1/2 Coaxial Cable:These are likely the diameters of the cables the clamp is designed to hold. The measurements refer to the outside diameter of the coaxial cables.

These clamps are generally designed to be mounted onto a surface using screws or nails and are meant to prevent the cable from moving or getting damaged. If youre looking for one of these clamps, make sure it matches the diameter of the cables youre working with and check whether its compatible with your mounting setup.

Feature:

450W Low PIM Termination withN Male/Female Connector

1.Technical specification

2.Drawing

Unit: mm

This coaxial fixed attenuator is designed for high-frequency applications, featuring a frequency range from DC to 3000 MHz (or 3 GHz) and a power handling capability of 10W. It provides a consistent 30 dB attenuation, making it suitable for various RF and microwave applications.

Key Features

• Frequency Range: DC to 3000 MHz (0-3 GHz)
• Power Rating: 10 Watts continuous power handling
• Attenuation Level: Fixed at 30 dB, allowing for significant signal reduction
• Connector Type: Female to Male configuration for easy integration into existing setups

Applications

• RF testing and measurement setups
• Signal conditioning and routing in communication systems
• Reducing signal strength in laboratory experiments
• Impedance matching in RF applications

Specifications

• Impedance: 50 Ohms, standard for most RF systems
• Construction: Robust design to withstand continuous use and ensure reliability
• Connector Compatibility: Compatible with standard RF connectors, making it versatile for different setups

Benefits

• Precision Attenuation: Provides accurate and consistent 30 dB attenuation across the specified frequency range.
• Signal Integrity: Minimizes reflections and ensures the integrity of the signal path.
• Versatile Use: Suitable for a variety of applications, from laboratory testing to field deployments.

This coaxial fixed attenuator is an essential tool for engineers and technicians working in RF environments, delivering reliable performance and effective signal management.

This coaxial fixed attenuator is designed to handle up to 10 watts of power and operates effectively across a frequency range from direct current (DC) to 3000 megahertz (3 GHz). The attenuator features a female connector on one end and a male connector on the other, allowing it to be easily integrated into RF systems. It is commonly used in various RF applications to reduce signal strength and prevent distortion or overload.

• 10W: This indicates the maximum power handling capability of the attenuator, which is 10 watts. It means the attenuator can handle signals up to 10 watts without damage.

• 0-3000MHz: This is the frequency range over which the attenuator operates. In this case, it’s designed to work from 0 to 3000 megahertz (3 GHz). It’s worth noting that the attenuator is designed to work efficiently within this frequency range.

• 30dBi: This is likely a misunderstanding or typo, as 30 dBi refers to a gain measurement for antennas, not attenuators. For attenuators, you would typically see attenuation values like 10 dB, 20 dB, etc.

• Female to Male: This indicates the type of connectors on the attenuator. A female connector is one with a socket, and a male connector has pins that fit into a socket. This attenuator has one female and one male connector, allowing it to be connected between other male and female connectors.

• DC-6GHz / DC-3GHz: These frequencies indicate the operating range of the attenuator. DC (direct current) to 6 GHz or 3 GHz suggests the range of frequencies over which the attenuator is effective. You’ll want to confirm which frequency range is accurate for your specific needs.

The radiating cable hanger or leaky clamp widely used in the area where communication antenna cannot work, especially in mountain areas, hills, tunnels, underground railway, underground building, shop mall and other places where there is not enough signal coverage supplied by mobile communication individual antenna. And the leaky clamps are designed for different tunnels installation and kinds of underground building systems. The material of these products is high standard stainless steel and high quality nylon plastics.

Product Details

• The clamps are used for installing radiating cables and offer exceptional ease of use
• The clamp is designed to secure 1 leaky cable
• UV and corrosion resistant with SUS304
• Capable to working in extreme temperature
• Insert 1 cable hanger every 8-10m
• Flammability Test Method: UL(2013)

Product Specifications

Product Classification

The ET-SP4W3G-NFS is a versatile and high-performance antenna splitter designed for efficient signal distribution in wireless communication systems. Here is an overview of the product based on the specifications provided:

• Model Number: ET-SP4W3G-NFS
• Frequency Range:
  • 698-2700 MHz
  • 698-3800 MHz
• Split Way:
  • Options: 2-way, 3-way, 4-way splitters
• VSWR (Voltage Standing Wave Ratio):
  • 1.25:1 (indicating efficient signal transmission with minimal reflections)
• Insertion Loss (dB):
  • 2-way splitter: 3.3 dB
  • 3-way splitter: 5.2 dB
  • 4-way splitter: 6.4 dB
  • 2-way splitter: 3.5 dB
  • 3-way splitter: 5.5 dB
  • 4-way splitter: 7 dB(Lower insertion loss indicates minimal signal degradation while splitting)
• Average Power (W):
  • 200/300/500 watts (depending on the model)
• 3rd Order IMD (Intermodulation Distortion) dBc:
  • -155 dBc @ 2x43 dBm (2-way splitter)
  • -150 dBc @ 2x43 dBm (3-way splitter)
  • -150 dBc @ 2x43 dBm (4-way splitter)(Low IMD ensures high-quality signal without unwanted interference)
• Impedance ():
  • 50 (standard for most RF applications)
• Connectors Type:
  • N 4.3-10 DIN-Female (compatible with various RF equipment)
• Operating Temperature Range ():
  • 2-way: -20C to +55C
  • 3-way/4-way: -25C to +65C (ensures reliable performance in diverse environmental conditions)
• Application:
  • Suitable for both indoor and outdoor installations
• Finish:
  • Black Plated (providing durability and resistance to corrosion)

• Versatile Use: Can be used for indoor and outdoor installations, making it ideal for various RF applications, such as wireless networks, communication systems, and signal distribution setups.
• Low Loss and High Power Handling: It supports high power levels (up to 500 watts depending on the model) with low insertion loss, ensuring efficient signal splitting with minimal attenuation.
• Robust Design: Designed for durability with black plating that protects against corrosion, ensuring longevity and stable performance in demanding environments.
• Precise Signal Distribution: With low VSWR and minimal intermodulation distortion (IMD), the splitter ensures high-quality, clean signal distribution without degradation or interference.

This model is an excellent choice for users looking for a reliable, high-performance splitter for RF applications in both indoor and outdoor environments, offering flexibility in configuration (2-way, 3-way, or 4-way) and ensuring excellent power handling and low signal loss.

Introducing our high-performance 50 Ohm RF Connector, engineered for a wide range of applications from telecommunications to RF testing. This connector combines durability, excellent performance, and weatherproof features, making it an ideal choice for both indoor and outdoor environments.

• Frequency Range:DC to 6 GHz
• Power Rating:1W, suitable for various RF applications
• VSWR (Voltage Standing Wave Ratio): 1.20, ensuring efficient signal transmission
• Characteristic Impedance:50 Ohm, optimized for RF systems
• Durability:Mating cycles 500, designed for repeated use without degradation

• Operating Temperature:-55 to 125, ensuring reliability in extreme conditions
• Weatherproof Rate:IP65, providing protection against dust and water ingress

• Telecommunications
• RF testing and measurement
• Antenna systems
• Aerospace and military applications

Our 50 Ohm RF Connector is built to deliver exceptional performance and reliability in diverse environments. Trust in its quality and design to enhance your RF systems and ensure optimal signal integrity.

This high-performance RF splitter is designed for a wide frequency range of 698-2700MHz, offering versatile applications for both indoor and outdoor use. Available in 2, 3, and 4-way configurations, it delivers low VSWR (1.25:1) and minimal insertion loss (3.3 dB, 5.2 dB, 6.4 dB depending on the model). With in-band ripple values of 0.3 dB, 0.4 dB, and 0.5 dB, it ensures optimal signal quality.

The splitter handles high average power200W, 300W, or 500Wdepending on the model, and boasts impressive 3rd order intermodulation distortion (IMD) values of -155 dBc @ 2x43dBm for exceptional signal integrity. Designed with a 50 impedance and N-Female connectors, its built to withstand temperatures from -20C to +55C. Finished with a durable black plating for added protection, this splitter is ideal for both commercial and residential RF systems, offering reliability and high performance in demanding environments.

This high-performance hybrid coupler is designed for 5G applications, covering a wide frequency range from 698 to 960 MHz and 1427 to 3800 MHz. Its robust construction and advanced specifications make it ideal for various communication systems requiring efficient signal management.

Key Specifications:

• Frequency Range: 698-960 MHz / 1427-3800 MHz
• Isolation: 20 dB
• Passive Intermodulation (3rd Order): 155 dBc @ 2x43 dBm
• Impedance: 50
• Operating Temperature: -40 to +75 C
• Relative Humidity: 5% - 95%
• Connector Type: 4.3-10 Female
• Dimensions: 154.5 mm x 47 mm x 47.5 mm

Features:

• High Isolation: Ensures minimal signal interference between input and output.
• Excellent Intermodulation Performance: The low PIM rating enhances the quality of transmitted signals.
• Wide Operating Range: Suitable for diverse environments and applications, from outdoor installations to data centers.
• Compact Design: Space-efficient dimensions make it easy to integrate into existing systems.

This hybrid coupler is essential for optimizing signal distribution in 5G networks, ensuring reliable communication with superior performance.

The RF 698-2700 MHz SMA Female to SMA Female 8-Way Microstrip Power Divider / Power Splitter is an electronic component used to split or combine RF (radio frequency) signals in applications such as telecommunications, wireless networks, and radar systems. Heres a detailed description:

1. Frequency Range: The device operates across a wide frequency range from 698 MHz to 2700 MHz. This makes it suitable for use in various communication systems such as cellular networks (including 4G and 5G), Wi-Fi, Bluetooth, and other RF applications that operate within this frequency spectrum.

2. 8-Way Splitter/Divider: It splits a single input signal into 8 equal output signals (or combines 8 inputs into one output), typically with minimal signal loss and without affecting the integrity of the RF signal. This is useful in systems that require distributing a signal to multiple paths or receivers.

3. SMA Female Connectors: The device comes with 8 SMA (SubMiniature version A) female connectors, commonly used for RF connections. These connectors are reliable and commonly found in professional communication equipment for their durability and ease of connection.

4. Microstrip Design: The power divider uses a microstrip design, which is a compact and cost-effective solution for high-frequency signal distribution. Microstrip lines are typically used in RF circuits for their low loss and simplicity in fabrication.

5. Low Insertion Loss: Power dividers and splitters are designed to minimize loss of signal strength when splitting or combining signals. This component is engineered to provide minimal insertion loss, ensuring the signal strength remains as consistent as possible.

6. Impedance Matching: Typically, RF power dividers are designed to have an impedance of 50 ohms, which ensures that the divider matches the impedance of the transmission line, preventing signal reflections and maximizing power transfer.

7. Applications: This type of power divider is ideal for use in testing equipment, network analyzers, antenna systems, broadcast transmitters, wireless communication devices, and other RF systems where signal splitting or combining is required.

• Versatile: Suitable for a wide range of RF applications from 698 MHz to 2700 MHz.
• Compact and Efficient: The microstrip design is space-efficient and provides low loss and high reliability.
• Ease of Use: The SMA female connectors ensure ease of integration with other RF devices and components.

This RF power splitter/divider is essential in systems that require effective signal distribution with minimal interference and signal degradation.

This high-performance hybrid coupler is designed for 5G applications, providing reliable signal distribution and combining with minimal passive intermodulation (PIM). Ideal for use in various telecommunications environments, this coupler supports a wide frequency range and robust power handling.

Key Features:

• Frequency Range: Covers 698-960 MHz and 1427-3800 MHz, making it suitable for a variety of 5G and LTE applications.

• Low VSWR: With a Voltage Standing Wave Ratio (VSWR) of 1.25, this coupler ensures efficient power transfer and minimal signal reflection.

• High Power Handling: Capable of handling up to 200W average power and 1000W peak power, this coupler is built to withstand demanding conditions.

• Insertion Loss: Maintains an insertion loss of 3.9 dB, ensuring optimal signal integrity.

• Isolation: Offers a minimum isolation of 20 dB to prevent interference between output ports.

• Connector Type: Features 4.3-10 Female connectors, widely used in modern RF applications for their compact size and low PIM characteristics.

• Operating Temperature: Designed for extreme conditions, this coupler operates effectively in temperatures ranging from -40C to +75C.

• Compact Dimensions: Measuring 158 x 98 x 35 mm, it fits easily into a variety of installations.

• Lead Time: Available for negotiation based on your specific needs.

• Customization: Tailored solutions can be provided to meet unique requirements.

Applications: This hybrid coupler is ideal for use in base stations, distributed antenna systems (DAS), and other RF applications where low PIM and high efficiency are critical.

This high-performance RF coupler is designed for seamless integration into various telecommunications systems, offering robust signal management and reliability. With a compact design and tri-color functionality, its ideal for indoor applications.

Key Specifications:

• Frequency Range:

  • 698-960 MHz
  • 1427-3800 MHz / 698-2700 MHz

• Variants:

  • Available coupling values: 6dB, 7dB, 8dB, 10dB, 13dB, 15dB, 20dB, and 30dB.

• Coupling Accuracy:

  • 0.7 dB (6dB)
  • 0.8 dB (7dB)
  • 0.9 dB (8dB)
  • 1 dB (10dB)
  • 1.2 dB (13dB)
  • 1.4 dB (15dB)
  • 1.5 dB (20dB)
  • 2 dB (30dB)

• Insertion Loss:

  • 1.8 dB (6dB)
  • 1.5 dB (7dB)
  • 1.2 dB (8dB)
  • 1 dB (10dB)
  • 0.7 dB (13dB)
  • 0.6 dB (15dB)
  • 0.4 dB (20dB)
  • 0.3 dB (30dB)

• Port Isolation:

  • 15 dB, ensuring minimal signal interference.

• VSWR:

  • 1.25, promoting efficient signal transmission.

• PIM Performance:

  • -155 dBc @ 2+43 dBm, ensuring low intermodulation distortion.

• Power Handling:

  • Up to 100W average power, suitable for high-power applications.

• Connectors:

  • 4.3-10-F, 50 for versatile connectivity options.

• Operating Temperature:

  • Ranges from -30 to +65, suitable for various environmental conditions.

• Size:

  • Dimensions: 119 mm x 51 mm x 28 mm (excluding connectors and brackets).

• Color:

  • Black finish for a sleek appearance.

Applications: This coupler is ideal for indoor RF signal distribution, ensuring reliable performance in telecommunications, data transmission, and other RF applications.

Double Type Feeder ClampThe clamp is designed to support 1 to 6 cables with the dimensions of 1/2, 7/8, 1 1/4, 1 5/8 and 2 1/4It is installed on cable ladder, rung, bracket, i-beam, profile such as towers, ladders and masts at telecom siteWithout additional adapters, provide sturdy, reliable, long-term support
Each block holds two runs of cable to reduce installation costEasy-to-installWind loadedUV and corrosion resistant with SUS304/steel dacro bracket

Product Classification

Specification

Packaging & Delivery

This Directional Coupler is designed for high-performance RF systems that require high isolation, minimal loss, and versatile frequency coverage. With frequency ranges spanning from 694 MHz to 2700 MHz and 698 MHz to 2700 MHz, this coupler offers excellent coupling and monitoring capabilities in both low and high frequency bands. Featuring a robust construction with N connectors and DIN 4.3-10 connectors, it provides a reliable and secure connection for high-power systems. It is ideal for telecommunications, broadcast, and industrial RF applications where high isolation and performance are crucial.

• High Isolation (Up to 161 dB): The coupler offers high isolation between the main and coupled ports, providing up to 161 dB isolation. This minimizes interference between signals, ensuring clear and stable signal transmission.

• Multi-Band Frequency Coverage: Designed to operate across a wide frequency range, the coupler covers multiple bands, including:

  • 694 MHz - 2700 MHz
  • 700 MHz - 2700 MHz
  • 698 MHz - 2700 MHz This wide frequency coverage makes it suitable for a broad array of RF applications, from LTE to 5G systems and other wireless technologies.

• High Average Power Rating: This coupler is engineered to handle high average power without performance degradation, making it ideal for use in power-intensive RF systems like base stations, communication systems, and broadcast setups.

• Multiple IP Degree Conditions: Available in various IP-rated versions, this coupler is designed to withstand different environmental conditions, from indoor installations to harsh outdoor environments, offering flexibility in deployment.

• Low-Cost Design (Design to Cost): Designed with cost-effectiveness in mind, this coupler maintains high performance while being competitively priced. It's a great choice for customers seeking reliable performance at an affordable price.

• Connector Types:

  • N-type connectors for standard RF connections.
  • DIN 4.3-10 connectors for applications requiring smaller and more compact connectors.

• Custom Designs Available: Custom versions can be tailored to specific needs, including adjustments to the coupling value, frequency range, power handling, and connector options, allowing you to meet your exact system requirements.

• Telecommunications Networks: Ideal for LTE, 5G, and other cellular network infrastructure where high isolation and minimal insertion loss are essential.

• Broadcasting: Used in broadcasting and communication systems to monitor power levels and signal integrity with high isolation and accuracy.

• Measurement & Monitoring: Perfect for use in RF testing environments where directional coupling is required to measure reflected power, forward power, or isolation.

• Industrial & Military: Reliable for use in rugged environments, with options for specific IP ratings suitable for industrial and military applications.

• Connector Type: N-type or DIN 4.3-10
• Frequency Range:
  • 694 MHz - 2700 MHz
  • 700 MHz - 2700 MHz
  • 698 MHz - 2700 MHz
• Coupling Values: 10 dB, 13 dB, 10 dB
• Isolation: Up to 161 dB
• Power Rating: High Average Power
• Design Features: Low-cost, customizable options available

• Insertion Loss: Low
• Isolation: High (up to 161 dB)
• Coupling Accuracy: Excellent, with minimal signal distortion.
• Power Handling: Suitable for high-power RF systems.

This Directional Coupler is a versatile and high-performance solution for any RF system requiring high isolation, accurate signal monitoring, and broad frequency support. With low-cost design, customizable options, and robust power handling, it's an excellent choice for both commercial and industrial RF applications. Whether you're working with telecom, broadcasting, or industrial RF systems, this coupler provides the reliability and performance you need.

The 50 Ohm 30W Circulator Directional Coupler RF Dummy Load is an essential tool for antenna and transmitter testing, designed to handle a wide range of power levels from 2W to 200W. This device operates efficiently within a frequency range of DC to 3 GHz, ensuring compatibility with various RF applications. The impedance is maintained at a stable 50 Ohms, making it suitable for most RF systems. With a Voltage Standing Wave Ratio (VSWR) of 1.2:1, this dummy load minimizes signal reflections, allowing for accurate testing and measurement.

One of the standout features of this circulator is its low intermodulation distortion (PIM) performance. With PIM3 values as low as -120 dBc at 2X33 dBm and -105 dBc at 2X43 dBm, as well as PIM5 ratings reaching -145 dBc, this device ensures clean signal transmission. The dummy load is equipped with multiple connector options, including N-Male, N-Female, DIN-Male, and DIN-Female, providing flexibility in installation and compatibility with various equipment. It operates effectively in temperatures ranging from -20 to +55 C and can withstand humidity levels up to 95%.

Additionally, the Low PIM Dummy Load variant is available in power ratings of 50W, 100W, and 200W, also operating within the DC to 3 GHz frequency range. With a slightly higher VSWR of 1.25:1, this model maintains robust performance and exceptional PIM specifications, achieving -150 dBc for PIM3 and -160 dBc for PIM5 at 2X43 dBm. This ensures minimal interference, making it an ideal choice for high-performance RF applications.

Both models are compactly designed, with dimensions tailored for ease of integration into existing setups. The 50W and 100W options share dimensions of 185 x 142 x 54 mm, while the 200W variant measures 185 x 142 x 80 mm. These dummy loads are perfect for engineers and technicians looking for reliable and efficient solutions for testing RF components, ensuring optimal performance in various environments.

The ET-SP2W3G200W-MDFS is a high-performance RF power splitter designed for versatile use in both indoor and outdoor applications. With a frequency range of 698-2700 MHz and 698-3800 MHz, it provides exceptional performance in a variety of wireless communication systems.

Key Features:

• Split Way Options: 2, 3, and 4-way configurations available for flexible signal distribution.
• VSWR: Low VSWR of 1.25:1, ensuring minimal signal reflection and high efficiency.
• Insertion Loss: Optimized for low insertion loss, ranging from 3.3 dB to 7 dB depending on the split configuration.
• Average Power Handling: Supports power ratings of 200W, 300W, and 500W, depending on your system requirements.
• 3rd Order IMD: Provides excellent linearity with 3rd-order IMD performance of -155 dBc at 2x43 dBm.
• Impedance: Standard 50 impedance for seamless integration with most RF equipment.
• Connectors: Equipped with N 4.3-10 DIN-Female connectors for reliable and robust connectivity.
• Temperature Range: Wide operating temperature range of -20C to +55C (for the 698-2700 MHz version) or -25C to +65C (for the 698-3800 MHz version).
• Finish: Black plated finish for durability and resistance to environmental factors.

This power splitter is ideal for telecom, broadcasting, and other high-power RF applications that require reliable, efficient signal splitting with minimal loss.

Product Details

• The clamp is designed to support 6 cables with the dimension of 15-17mm
• It is installed on cable ladder, rung, bracket, i-beam, profile such as towers, ladders and masts at telecom site
• Without additional adapters, provide study, reliable, long-time support
• Each block holds two runs of cable to reduce installation cost
• Easy-to-install
• Wind loaded
• UV and corrosion resistant with SUS304/steel dacro bracket
• Capable to working in extreme temperature
• Recommend distance of clamps: 0.81.0m

Product Specifications

The Customized Wide Band Frequency FM UHF 4-Way Power Divider Splitter is a high-performance RF component designed to split or combine signals across a wide frequency range of 460-860 MHz. Equipped with N female connectors, it ensures reliable and stable connections in UHF and FM applications, such as antenna arrays and RF distribution systems.

Key Features:

• Frequency Range: 460 MHz to 860 MHz, covering FM and UHF bands.
• Connector Type: N female connectors for secure, low-loss connections.
• Applications: Ideal for antenna arrays, signal splitting, and RF distribution in wireless communication systems.
• Customizable Design: Tailored to meet specific system requirements.
• High Performance: Offers minimal signal loss and high isolation for optimal signal integrity.
• Durable Build: Designed for reliable use in various RF and communication environments.

This power divider splitter is perfect for expanding the reach of signals in commercial or professional RF setups, delivering consistent performance in wideband applications.

The 2x2 Hybrid coupler is engineered for exceptional performance across a frequency range of 350 to 2700 MHz. With an insertion loss of 3.1 0.8 dB and isolation of 25 dB, it ensures efficient signal management. The return loss is 19 dB, and the VSWR is maintained at 1.25, making it ideal for various RF applications.

Designed to handle a maximum input power of 500 W, this coupler operates reliably within temperatures from -25C to +70C and tolerates relative humidity levels of 0 to 95%. It features a 50 impedance, measures 190 x 54.6 x 30 mm, and weighs 500 g.

Connectors include 4.3-10 female and DIN female options, and the unit boasts an IP67 ingress protection rating, ensuring durability in challenging environments. Finished in grey, this hybrid coupler combines functionality with a sleek design, perfect for both indoor and outdoor use.

This advanced hybrid combiner coupler is designed for optimal performance in radio frequency applications, covering a frequency range of 698 to 2700 MHz. It features a low VSWR of less than 1.3, ensuring efficient signal transmission with an insertion loss of under 6 dB and isolation greater than 20 dB. With a 50 impedance and a power handling capacity of 300 W (average), it is suitable for demanding environments.

Built to withstand temperatures between -30C and +60C, this coupler is reliable for various applications. It includes female DIN connectors for easy integration and mounting holes for versatile installation options. Finished in sleek black, it combines functionality with a professional appearance, making it an excellent choice for both indoor and outdoor setups.

The described product is a high-performance RF splitter designed for efficient signal distribution in a variety of applications. It supports a wide frequency range from 2000 MHz to 8000 MHz, with the option to customize the frequency range to suit specific needs. The device is capable of handling 20 W of RF input power or higher, making it suitable for both commercial and industrial environments.

The splitter has 1 input port and 4 output ports, providing flexibility for signal distribution. It features 50 Ohm impedance to ensure optimal signal matching, and the connectors are SMA female, a standard choice for RF applications. The splitter delivers minimal amplitude unbalance ( 0.02 dB) and phase unbalance ( 0.8) at 3000 MHz, ensuring signal integrity and accuracy across all output ports.

With an insertion loss of 6.7 dB and isolation of 6.7 dB among ports, the splitter ensures efficient signal splitting with minimal interference. The VSWR of 1.23:1 indicates good impedance matching, reducing signal reflection. The device operates efficiently with a dissipation of 4.5 W and is designed for use in extreme temperature conditions, with an operating range of -55C to 100C.

This RF splitter is ideal for use in applications like telecommunications, radar systems, and satellite communications, where high performance, low signal loss, and reliability are crucial. Its durability, low power dissipation, and minimal signal distortion make it a dependable solution for signal distribution in demanding environments.

This directional coupler is designed to meet the demanding needs of modern RF applications, offering excellent performance across a wide range of frequencies and power levels. Featuring a robust and flexible design with customizable options, this coupler provides high isolation, low loss, and high average power handling, making it ideal for both commercial and industrial RF systems. The use of 7/16 DIN female connectors ensures compatibility with a variety of RF setups and facilitates easy integration.

• High Isolation: The coupler delivers superior isolation between the coupled and through ports, with a typical range of 160 dB to -160 dB. This ensures minimal interference and high signal integrity in demanding RF environments.

• Multi-Band Frequency Coverage: Offers broad frequency coverage, handling both low and high frequencies, making it suitable for a wide variety of applications across different bands.

• High Average Power Rating: Designed for high power applications, the coupler features a high average power rating, allowing it to handle substantial RF power without degradation in performance.

• Multiple IP Degree Conditions: Available in various IP-rated conditions for different environmental and operational needs, ensuring reliability in harsh conditions.

• Low-Cost Design: Engineered with cost-effectiveness in mind, the coupler features a Design to Cost philosophy, ensuring you get high-quality performance at an affordable price.

• 7/16 DIN Connectors: Equipped with 7/16 DIN Female connectors, the coupler provides a secure and reliable connection with high power handling capabilities.

• Custom Designs Available: This coupler can be customized to suit your specific requirements, including impedance matching, frequency range, power rating, and more.