High-Performance 2W Chip Resistor: Microstrip Matching Load for Optimal RF Performance
The small power matching load designed and produced by ELITE Electronics has an impedance of 50Ω, including female and male products with various interface forms such as SMA,SSMA, SMP, SSMP, CSMP, N, K, TNC. It can meet the different RF coaxial matching load Introduction
needs of customers.
| Electrical data |
Requirments |
| Frequency range |
DC-40GHz |
| Characteristic impedance |
50Ω |
| VSWR |
≤1.35 |
| Power |
2W |
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| Mechanical data |
Requirments |
| Durability (matings) |
≥500 |
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| Environmental data |
Requirments |
| Temperature range |
-55℃ to 125℃ |
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| Material data |
Requirments |
| Connector parts |
Material |
Plating |
| Body |
Brass |
Gold |
| Coupling nut |
Brass |
Gold |
| Pin contacts |
Beryllium copper |
Gold |
| Insulators |
PTFE |
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Details of High-Performance 2W Chip Resistor: Microstrip Matching Load for Optimal RF Performance
Advantage :
* High Reliable
* Reliable Mechanical Performance
* Wide Frequency Range from DC to 40GHz
Applications :
Matching loads are mainly used in microwave technology, including waveguide matching loads and three-plate line matching loads. Impedance matching is a suitable match between signal sources or transmission lines and loads. By impedance matching, the efficiency of the entire circuit can be improved, energy consumption can be reduced, and signal quality can be enhanced. For example, in the field of communication electronics, load matching and tuning technology are very important, which can achieve matching between the load and the source in the circuit. In addition, it can also be applied to intelligent power regulation, antenna matching and other applications. In the theory and design structure of high-power microwave matching loads, distributed load matching will also be involved. In general, the application of matching loads is very wide, especially in the fields of microwave technology and communication electronics.
Features & Benefits:
The main characteristics of a matching load are that it can absorb all the incident wave power, making it equivalent to a characteristic impedance line connected at the terminal. Additionally, a matching load usually has a wide frequency band. Impedance matching is a suitable way for signal sources or transmission lines to match with loads, and matching loads help achieve this impedance matching. The resistance value of coaxial matching loads is usually 50Ohms, which is determined by the maximum power transfer theorem, that is, when the resistance value of the load equals the internal resistance value of the voltage source, it allows the maximum power to be supplied. In general, the characteristics of a matching load are mainly reflected in its ability to achieve impedance matching to absorb all incident wave power, as well as its specific resistance value and so on.
Since the matched load needs to be customized according to your needs, please provide the following requirements when you send us inquiry:
*The frequency range you need.
*Power requirement.
*Connector type
*Your special requirements if you have (VSWR, temperature, size, etc.)
Shipping Service:
The shipment will be delivered via major global expresses, such as DHL, UPS, FedEx etc. Currently, it will be sent out from Xi'an, China.
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High-Performance 2W Chip Resistor: Microstrip Matching Load for Optimal RF Performance Images
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