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Design of Wilkinson RF Power Divider

For any beginner in RF circuit design, 2way hybrid design is the first step to get familiar with the concepts of rf circuit design right from simulation, tuning, optimization and layout using RF design softwares. The most popular softwares are microwave office and ADS. In this page we will go through wilkinson 2-way RF splitter design […]

RF directional coupler basics tutorial

RF directional couplers are electronic items that couple a defined amount of the electromagnetic power in a transmission line to a port enabling the signal to be used in another circuit. One key feature of directional couplers is that they only couple power flowing in one direction. In this way, power entering the output port […]

Wilkinson Power Divider, Splitter & Combiner

Wilkinson Power Divider, Splitter & Combiner From https://www.electronics-notes.com/ The Wilkinson configuration is a very effective and convenient form of power divider / splitter & combiner RF Combiner Splitter Couplers & Hybrids Includes:Combiner, splitter, coupler hybrids overview     Splitters & Combiners     Resistive splitter & combiner     Hybrid splitter & combiner     Wilkinson splitter & combiner     Directional coupler     Power […]

Wilkinson power divider Theory

From Wikipedia, the free encyclopedia   Power divider in microstrip technology In the field of microwave engineering and circuit design, the Wilkinson Power Divider is a specific class of power divider circuit that can achieve isolation between the output ports while maintaining a matched condition on all ports. The Wilkinson design can also be used as a power combiner because it […]

What differentiates a power splitter and power divider

The fundamental difference between power splitters and power dividers (combiners) is the resistor configuration used to separate the power. Power dividers, which use three 16 2/3 Ω resistors, are built for direct power dividing applications where it is necessary to split one source into two parts for separate measurements. For leveling and ratio measurement applications, where power […]

HTCC Miniaturization Frequency Source

HTCC Miniaturization Frequency Source

Panda Microwave has developed a broad line of General Purpose RF and Microwave Synthesizers (Freq. Source) to be used in various applications. Panda Microwave has developed a line of high performance, broadband and miniaturization HTCC Synthesizers (Freq. Source) to provide a cost-effective solution to the requirements of new systems. Its miniaturization (15*12*3mm) provides an economical […]

1-40GHz 10dB Directional Coupler

1-40GHz 10dB Directional Coupler

DC010400-1092 B 1-40GHz 10dB Directional Coupler Test Curve. 50 Ohm 13±0.8dB 2.4mm-Female Directional Coupler From 1 to 50 GHz Rated_At 16 Watts. 10 dB directional coupler is_A common RF/MW component that can be found in_Almost_Any RF systems. Panda Microwave produces 10dB directional coupler from_As low_As 200MHz up to 50 GHz. More directional coupler products list : […]

0.5 to 18 GHz 2-way Power Divider

50 Ohm Wilkinson SMA-Female 2-way Power Divider From 0.5 to 18GHz Rated_At 20Watts (CW) Freq. Range ï¼ 0.5 to 18 GHz Nominal Splitter Loss : 3.0 dB Insertion Loss : 1.0 dB Input VSWR : 1.5 Output VSWR : 1.4 Amplitude Balance : 0.3 dB Phase Balance : 5 deg Isolation : 16 dB Forward […]

Low PIM3 -145dBc Duplexer CDM847806-S43 AM

50 Ohm RX 0.847 GHz_And TX 0.806 GHz 4.3-10 Female Duplexer_At 80, Peak : 500W @ 1% duty cycleWatts (CW) PDF Data sheet Rx Passband Electrical Specifications Freq. Range : 0.832-0.862 GHz Insertional Loss : 1.1 dB Passband Ripple : 0.7 dB Tx Passband Electrical Specifications Freq. Range : 0791-0.821 GHz Insertional Loss : 1.1 […]

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