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L-COM SCW02

SCW02 L-COM Signal Splitter Combiner Female Connectors

More Information
Brand	L-COM
Manufacturer Part Number	SCW02
Type	N-FEMALE 2-WAY SPLITTER
Features	750-2.7GHZ
Number Of Outport Ports	2, 50 OHM
Maximum Power Rating	50 WATTS
Das	DISTRIBUTED ANTENNA SYSTEMS, 700 MHZ AND CELLULAR APPLICATIONS
Aws	ADVANCED WIRELESS SERVICES AND PCS, IN-BUILDING WIRELESS NETWORKS AND LTE NETWORKS, IEEE 802.11B/G APPLICATIONS, WIDEBAND DESIGN 750-2700 MHZ
Low Passive Intermodulation	PIM RATED, INDUSTRIAL GRADE ALUMINUM CONSTRUCTION

Review L-COM 2-way Signal Splitter Combiner 750-2.7ghz N-female Connectors

Introducing the L-Com SCW02 2-way Signal Splitter Combiner, a versatile and high-performance solution for distributing or combining RF signals in the 750-2700 MHz frequency range. This compact, rugged device features N-female connectors on both the input and output sides, making it an ideal choice for various applications in the wireless communication industry.

The L-Com SCW02 is meticulously designed and crafted to deliver optimal signal distribution or combination while maintaining signal integrity. It is constructed with top-tier components and materials to ensure reliable and consistent performance under demanding conditions. The splitter function allows you to evenly distribute an incoming signal to two separate outputs, while the combiner function enables you to combine two separate signals into one output.

Key features of the L-Com SCW02 include:

* Frequency range: 750-2700 MHz

* Input power: 12 dBm maximum

* Maximum output power: 6 dBm (per output for splitter mode, combined for combiner mode)

* Splitter isolation: 10 dB (minimum)

* Combiner return loss: 10 dB (S11)

* Return loss: 15 dB (S21 and S12)

* VSWR: 2:1 (S11, S21, and S22)

The L-Com SCW02 2-way Signal Splitter Combiner is an excellent addition to any wireless communication system where signal distribution or combination is required. Its compact size, robust design, and high-performance features make it a valuable tool for applications such as test equipment, satellite communication systems, and cellular base stations.

In summary, the L-Com SCW02 2-way Signal Splitter Combiner is a versatile and reliable device that offers superior signal distribution or combination capabilities in the 750-2700 MHz frequency range. Its rugged construction, top-tier components, and high-performance specifications make it an indispensable tool for various applications in the wireless communication industry.

Pros and Cons of Buying L-Com SCW02 2-way Signal Splitter Combiner (750-2.7GHz, N-Female Connectors)

The L-Com SCW02 2-way Signal Splitter Combiner is a versatile solution for distributing or combining RF signals in applications such as test equipment, satellite communications, and wireless systems. Here are some potential pros and cons to consider before making a purchase:

Pros:

1. Versatile: The L-Com SCW02 is a 2-way signal splitter and combiner, meaning it can be used for both splitting and combining signals, making it a more flexible option compared to single-function devices.

2. Wide Operating Frequency Range: The device covers a wide frequency range of 750-2700 MHz, making it suitable for various applications in the RF spectrum.

3. Durable Construction: The N-female connectors on the device are known for their robustness and reliability, making them suitable for harsh environments where RF connections may be subjected to physical stress.

4. Low Loss: The L-Com SCW02 has a relatively low insertion loss, ensuring minimal signal degradation when using the device.

5. Easy to Install: The device is simple to install, making it a practical choice for users who require a quick solution for signal distribution or combining.

Cons:

1. Expensive: Compared to some other signal splitter and combiner options in the market, the L-Com SCW02 may be considered expensive.

2. Limited Power Handling Capability: The device is not designed for high power applications, and may not be suitable for use with powerful RF sources.

3. Size: The L-Com SCW02 is slightly larger than some other signal splitter and combiner options, which may be a concern for users with limited space in their systems.

Conclusion:

The L-Com SCW02 2-way Signal Splitter Combiner (750-2.7GHz, N-Female Connectors) offers several advantages, including versatility, wide frequency range, durability, low loss, and ease of installation. However, it also has some potential drawbacks, such as cost, limited power handling capability, and size. Based on the application requirements and budget, the L-Com SCW02 may be a suitable option for users who need a reliable, flexible, and low-loss solution for RF signal splitting and combining.

Recommendation:

If you are looking for a versatile and low-loss signal splitter and combiner solution for applications in the 750-2700 MHz RF spectrum, the L-Com SCW02 is a reliable option to consider. However, if cost is a major concern or your application requires high power handling capabilities, you may want to explore other alternatives in the market. Ultimately, it's essential to carefully evaluate your application requirements and budget before making a purchase decision.

Details:

This signal splitter features a 50w power rating and is constructed from heavy duty aluminum. The SCW02n can be used to connect two antennas one wireless bridge or for stacking multiple directional increased gain. The SCW02n is also ideal for use with distributed antenna system das networks. The SCW02n is a 2-way wideband signal splitter which covers frequency range of 750 mhz to 2700.

They are designed to be installed in doors or in weather-resistant enclosures.

specifications vidcomb:

brand: L-com
mpn: Scw02
type: N-female 2-way Splitter
features: 750-2.7ghz
number of outport ports: 2, 50 Ohm
maximum power rating: 50 Watts
das: Distributed Antenna Systems, 700 Mhz And Cellular Applications
aws: Advanced Wireless Services And Pcs, In-building Wireless Networks And Lte Networks, Ieee 802.11b/g Applications, Wideband Design 750-2700 Mhz
low passive intermodulation: Pim Rated, Industrial Grade Aluminum Construction