Product Overview: The "QAM Notch Filter" is a very narrow notch network utilizing the" phase cancellation" technique pioneered by Eagle Comtronics Inc. This filter disrupts the ability of a receiver to tune a QAM carrier.
Specifications:
EQNF-XX-D Enter the QAM channel number between 2 and 93
Pass Band 0.3 MHz Thru Notch Center Frequency - 12 MHz and
Notch Center Frequency +12 MHz Thru 1000 MHz
-3.0 dB Maximum
Insertion Loss QAM Notch Center -45.0 dB Typical
Lower QAM Channel Upper Edge -8.0 dB Maxium
Lower QAM Channel Lower Edge -2.0 dB Typical
Upper QAM Channel Lower Edge -8.0 dB Maximum
Upper QAM Channel Upper Edge -2.0 Typical
Delay Across Lower QAM Channel <50 nSec Max
Across Upper QAM Channel <50 nSec Max
Rejection 45 dB minimum
Impedance 75 Ohms
Connectors Type F female/male Tubular Package (1.9” Channel 2 - 62)
Condition: New
Product Overview: The "QAM Notch Filter" is a very narrow notch network utilizing the" phase cancellation" technique pioneered by Eagle Comtronics Inc. This filter disrupts the ability of a receiver to tune a QAM carrier.
Specifications:
EQNF-XX-D Enter the QAM channel number between 2 and 93
Pass Band 0.3 MHz Thru Notch Center Frequency - 12 MHz and
Notch Center Frequency +12 MHz Thru 1000 MHz
-3.0 dB Maximum
Insertion Loss QAM Notch Center -45.0 dB Typical
Lower QAM Channel Upper Edge -8.0 dB Maxium
Lower QAM Channel Lower Edge -2.0 dB Typical
Upper QAM Channel Lower Edge -8.0 dB Maximum
Upper QAM Channel Upper Edge -2.0 Typical
Delay Across Lower QAM Channel <50 nSec Max
Across Upper QAM Channel <50 nSec Max
Rejection 45 dB minimum
Impedance 75 Ohms
Connectors Type F female/male Tubular Package (1.9” Channel 2 - 62)
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Product Overview: The "QAM Notch Filter" is a very narrow notch network utilizing the" phase cancellation" technique pioneered by Eagle Comtronics Inc. This filter disrupts the ability of a receiver to tune a QAM carrier.
Specifications:
EQNF-XX-D Enter the QAM channel number between 2 and 93
Pass Band 0.3 MHz Thru Notch Center Frequency - 12 MHz and
Notch Center Frequency +12 MHz Thru 1000 MHz
-3.0 dB Maximum
Insertion Loss QAM Notch Center -45.0 dB Typical
Lower QAM Channel Upper Edge -8.0 dB Maxium
Lower QAM Channel Lower Edge -2.0 dB Typical
Upper QAM Channel Lower Edge -8.0 dB Maximum
Upper QAM Channel Upper Edge -2.0 Typical
Delay Across Lower QAM Channel <50 nSec Max
Across Upper QAM Channel <50 nSec Max
Rejection 45 dB minimum
Impedance 75 Ohms
Connectors Type F female/male Tubular Package (1.9” Channel 2 - 62)
