Features: SpecificationsDescriptionATN-1052 is a kind of controlled cascadable attenuator.There are some features as follows.First is low insertion loss.The second is fast response time.Then is low transients.The last one is high attenuation. What comes next is about the ATN-1052absolute maximum ...
ATN-1052: Features: SpecificationsDescriptionATN-1052 is a kind of controlled cascadable attenuator.There are some features as follows.First is low insertion loss.The second is fast response time.Then is low ...
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ATN-1052 is a kind of controlled cascadable attenuator.There are some features as follows.First is low insertion loss.The second is fast response time.Then is low transients.The last one is high attenuation.
What comes next is about the ATN-1052 absolute maximum ratings.The ambient operating temperature is from -54 to +100.The storage temperature is from -65 to +125.The maximum case temperature is +125.The maximum DC voltage is +18.0 V.The maximum continuous RF input power is +20 dBm.The maximum short term RF input power is +200.0 mW (1 minute max.).The maximum peak power is +1.0 W (3 seconds max.).The "X" series burn-in temperature is +125.
The following is about the ATN-1052 electrical specifications.The maximum supply voltage is +15.0 V.The maximum supply current is +15.0 mA.The control voltage is from 0 to +15.0 V.The maximum control current is +7.0 mA.The typical response time is +15 seconds and the maximum is +20 seconds.The frequency range is from 5 MHz to 1000 MHz.The typical insertion loss @ 15 V (Max) is +2.1 dB and the maximum is 2.5 dB at 500 to 1300 MHz;The typical insertion loss @ 15 V (Max) is +2.6 dB and the maximum is 3.0 dB at 500 to 2000 MHz.The typical VSWR (Max. over attention range) is 1.5:1 and the maximum is 1.8:1 at 500 to 1300 MHz;The typical VSWR (Max. over attention range) is 1.8:1 and the maximum is 2.5:1 at 500 to 2000 MHz.The typical Maximum Available Attenuation is +31.0 dB and the minimum is +28.0 dB at 500 to 800 MHz;The typical Maximum Available Attenuation is +26.0 dB and the minimum is +23.0 dB at 500 to 1300 MHz;The typical Maximum Available Attenuation is +22.0 dB and the minimum is +18.0 dB at 500 to 2000 MHz.