Military, MIL-DTL-M3933 Series, Attenuators

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3
Manufacturer
Series
Attenuation Value
Frequency Range
Power (Watts)
Package / Case
Impedance
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Military, MIL-DTL-M3933
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ImageProduct DetailPriceAvailabilityECAD ModelPower (Watts)Attenuation ValuePackage / CaseSeriesFrequency RangeImpedance
M3933/17-11N
RF ATTENUATOR 3DB TNC MODULE
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Quantity
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PCB Symbol, Footprint & 3D Model
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3dB
TNC In-Line Module
Military, MIL-DTL-M3933
0 Hz ~ 18 GHz
-
M3933/17-17N
RF ATTENUATOR 10DB TNC MODULE
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Quantity
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PCB Symbol, Footprint & 3D Model
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10dB
TNC In-Line Module
Military, MIL-DTL-M3933
0 Hz ~ 18 GHz
-
M3933/17-07N
RF ATTENUATOR 20DB TNC MODULE
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Quantity
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PCB Symbol, Footprint & 3D Model
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20dB
TNC In-Line Module
Military, MIL-DTL-M3933
0 Hz ~ 18 GHz
-

About  Attenuators

Attenuators are engineered to diminish the power of a signal while exerting minimal impact on its waveform characteristics. These devices offer a wide range of attenuation values, spanning from 0 dB to 69 dB, and are capable of operating within a broad frequency range extending from 0 to 86 GHz. The primary function of attenuators is to reduce the power level of a signal without distorting its essential waveform properties. This capability makes them indispensable in various applications where precise control over signal strength is necessary while preserving the integrity of the signal itself. Attenuators are designed to deliver consistent performance across a wide frequency spectrum, ensuring their suitability for diverse high-frequency applications. By offering a broad range of attenuation values, these devices cater to the specific requirements of different systems and scenarios, providing flexibility and adaptability in signal management. In summary, attenuators play a critical role in signal processing by enabling controlled reduction of signal power with minimal impact on waveform characteristics. With a comprehensive range of attenuation values and a broad operating frequency range, attenuators are versatile components that find application in a wide array of high-frequency systems and settings.