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LOSS Datasheet, PDF

Searched Keyword : 'LOSS' - Total: 27 (1/2) Pages
ManufacturerPart #DatasheetDescription
Company Logo Img
Oscilent Corporation
813-SL100.0M-28 Datasheet pdf image
284Kb/2P
Low-Loss 100MHz
813-SL125.0M-30 Datasheet pdf image
263Kb/2P
Low-Loss 125MHz
813-SL160.0M-10 Datasheet pdf image
272Kb/2P
Low-Loss 160MHz
813-SL125.0M-28 Datasheet pdf image
290Kb/2P
Low-Loss 125MHz
813-SL140.0M-08 Datasheet pdf image
249Kb/2P
Low Loss Narrow Bandwidth
805-RF246.0M-A Datasheet pdf image
256Kb/2P
Low Loss IF SAW Filter
813-SL70.0M-09 Datasheet pdf image
229Kb/2P
Low-Loss IF SAW Filter
805-RF246.0M-A Datasheet pdf image
113Kb/4P
Low-Loss, RF SAW Filter
809-SL140.0M-18 Datasheet pdf image
266Kb/2P
140.0 MHz Bandpass Filter Low Loss
813-SL75.0M-30 Datasheet pdf image
215Kb/4P
Low-Loss 75MHz IF SAW Filter
813-SL140.0M-28 Datasheet pdf image
237Kb/2P
140.0 MHz Bandpass Filter Low Loss
813-SL140.0M-10B Datasheet pdf image
186Kb/2P
140.0 MHz Bandpass Filter Low Loss
803-RF930.5M-A Datasheet pdf image
181Kb/2P
930.5 MHz RF Low Loss SAW Filter
811-SL200.0M-05 Datasheet pdf image
268Kb/2P
200.0 MHz Bandpass SAW Filter Low Loss
813-SL140.0M-10 Datasheet pdf image
128Kb/4P
Low-Loss 140MHz IF SAW Filter 9.4MHz Bandwidth
813-SL160.0M-10 Datasheet pdf image
120Kb/4P
Low-Loss 160MHz IF SAW Filter 9.5MHz Bandwidth
802-RF858.5M-A Datasheet pdf image
321Kb/3P
Low Loss RF SAW Filter for Wireless Communication
802-RF860.5M-B Datasheet pdf image
393Kb/3P
Low-Loss RF SAW Filter For iDEN Rx
813-SL125.0M-28 Datasheet pdf image
121Kb/4P
Low-Loss 125MHz IF SAW Filter 28.5MHz Bandwidth
813-SL140.0M-28 Datasheet pdf image
122Kb/4P
Low-Loss 140MHz IF SAW Filter 28.0MHz Bandwidth

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What is LOSS


Loss in electronic components means power loss.

Power loss in electronic components usually occurs as heat, and the power loss that occurs while operating electronic components affects the performance and lifespan of electronic components.

There are two main types of loss in electronic components.

The first is the resistive loss that occurs when current flows, which usually occurs in coils, resistors, diodes, etc.

The second type is Reflective Loss, which occurs when current flows through it, usually in wires, cables, routers, etc.

Loss that occurs in electronic parts usually affects the efficiency and performance of parts, so it is important to minimize loss.

To this end, various technologies and methods are used to reduce loss in the process of designing and manufacturing electronic parts.

For example, selecting appropriate materials, optimizing part size and shape, and designing cooling systems.

*This information is for general informational purposes only, we will not be liable for any loss or damage caused by the above information.


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