Product Overview: The Regal RDCUV-27 is a 27 dB directional coupler designed for use in RF (radio frequency) applications, operating within the frequency range of 5 MHz to 890 MHz. This "L"-type coupler is typically used to sample a portion of the signal from a transmission line without significantly affecting the main signal path.
Features:
Coupling Value: Provides a consistent 27 dB attenuation, suitable for applications requiring significant signal reduction.
Frequency Range: Operates effectively between 5 MHz and 890 MHz, covering a wide spectrum of RF applications.
Design: Features an "L"-type configuration, facilitating straightforward integration into existing RF systems.
Condition: New
Product Overview: The Regal RDCUV-27 is a 27 dB directional coupler designed for use in RF (radio frequency) applications, operating within the frequency range of 5 MHz to 890 MHz. This "L"-type coupler is typically used to sample a portion of the signal from a transmission line without significantly affecting the main signal path.
Features:
Coupling Value: Provides a consistent 27 dB attenuation, suitable for applications requiring significant signal reduction.
Frequency Range: Operates effectively between 5 MHz and 890 MHz, covering a wide spectrum of RF applications.
Design: Features an "L"-type configuration, facilitating straightforward integration into existing RF systems.
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Product Overview: The Regal RDCUV-27 is a 27 dB directional coupler designed for use in RF (radio frequency) applications, operating within the frequency range of 5 MHz to 890 MHz. This "L"-type coupler is typically used to sample a portion of the signal from a transmission line without significantly affecting the main signal path.
Features:
Coupling Value: Provides a consistent 27 dB attenuation, suitable for applications requiring significant signal reduction.
Frequency Range: Operates effectively between 5 MHz and 890 MHz, covering a wide spectrum of RF applications.
Design: Features an "L"-type configuration, facilitating straightforward integration into existing RF systems.
