Model No. ADM-10M18G-SFF-110VAC

        

PMI Model No. ADM-1018G-SFF-110VAC is a state-of-the-art 10 MHz to 18.0 GHz integrated subsystem that allows users to input RF signals and provide automatic detection when signal levels fall below -30 dBm and automatically switch in a low noise amplifier such that low level signals can remain detectable.  The purpose of this module is to provide optimum RF signal levels to a RF/fiber converter module.  The unit is powered by standard 100 VAC.  The RF input is via a sma female connector and the output is via a sma female connector.  the product is configured such that the end user can change the value of the fixed attenuator level by changing the internal sma screw-on attenuator such that in system optimization can be done.

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Product Feature
Typical Characteristics

Unit Data

  PL18093

  PL18094

Specifications:

Frequency Range 10.0 MHz to 18.0 GHz
RF Input Power

1 Watt CW (+30 dBm) max.

Threshold Level -30 dBm
Insertion Loss (Input to Output) 19 dB typ. (RF input > -29 dBm & with internal fixed
12 dB attenuator) - Measured 16.92 dB min., 36.98 dB max.
RF Gain (Input to Output) 15 dB typ. (RF input < -31 dBm & with internal fixed attenuator) - Measured 4.40 dB min., 19.45 dB max.
Noise Figure

37 dB typ. (with no LNA selected & >500 MHz) - Measured 36.02 dB

11 dB typ. (with LNA selected & > 500 MHz) - Measured 14.17 dB

Output P1dB 1.5 dBm (with internal fixed 12 dB attenuator) - Measured -3.45 dBm
Internal Switch Isolation 40 dB typ. - Measured 40 dB typ.
Gain To No Gain, Switching Speed <1.5 µs typ. and per timing diagram - Measured 250 ns
Internal Fixed Attenuator Value 12 dB (user changeable for in-system optimization)
AC Power 110 VAC, 60 GHz (waterproof receptacle, female sockets, 3 positions) - Measured 110 VAC, 60 Hz
RF Input Connector SMA (F)
RF Output Connector SMA (F)
Size 6.0" x 5.0" x 1.5"
Sealing Internally sealed - weather proof
Finish Painted Blue

 

Environmental:

Temperature:  -20 °C to +50 °C (Operating)
 -40 °C to +85 °C (Storage)
Humidity  MIL-STD-202F, Method 103B, Condition B
Shock

 MIL-STD-202F, Method 213B, Condition B

Vibration  MIL-STD-202F, Method 105C, Condition B
Altitude  MIL-STD-202F, Method 105C, Condition B
Temperature Cycle  MIL-STD-202F, Method 107D, Condition A

 

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