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Gas Tube Surge Arrestor, 90 V 45-2170 MHz

Gas Tube Surge Arrestor, 90 V 45 - 2170 MHz, with interface types DIN Female Bulkhead and DIN Female
Your Price: $29.95
30 in stock.
Item Number: SK1962
Mfr: Andrew
Mfr P/N: APG-BDFDF-090
APG Surge Arrestor, 90 V 45-2170 MHz, with Interface Types DIN Female Bulkhead and DIN Female. Gas Tube Series.

The APG Surge Arrestors are designed to protect equipment from damaging transients induced by lightning strikes. The APG Surge Arrestor is a wideband device that is available in a variety of interface combinations.

The APG Surge Arrestor is a bidirectional RF Device. Either RF port may be connected to the equipment side or the antenna side of the transmission line interface while providing equivalent protection.

CHARACTERISTICS

General Specifications
Interface 7-16 DIN Female Bulkhead
Interface 2 7-16 DIN Female
Body Style Bulkhead

Electrical Specifications
Operating Frequency Band 1000 - 2000 MHz | 2000 - 2170 MHz | 45 - 1000 MHz
Average Power 30 W
Connector Impedance 50 ohm
Gas Tube Voltage 90 V
Insertion Loss 0.30 dB
Lightning Strike Current 20 kA
Lightning Strike Current Waveform 8/20 waveform

Mechanical Specifications
Attachment Durability 25 cycles
Interface Durability 500 cycles
Interface Durability Method IEC 169-16:9.5
Pressurizable No

Dimensions
Height 1.57 in | 39.88 mm
Length 3.19 in | 81.03 mm
Weight 0.66 lb | 0.30 kg
Width 1.57 in | 39.88 mm

Environmental Specifications
Corrosion Test Method MIL-STD-202, Method 101, Test Condition B
Immersion Depth 1 m
Immersion Test Mating Mated
Immersion Test Method IEC 529:1989, IP68
Mechanical Shock Test Method MIL-STD-202F, Method 213B, Test Condition C
Moisture Resistance Test Method MIL-STD-202, Method 106
Operating Temperature -40 Deg C to +100 Deg C (-40 Deg F to +212 Deg F)
Storage Temperature -40 Deg C to +100 Deg C (-40 Deg F to +212 Deg F)
Thermal Shock Test Method MIL-STD-202, Method 107, Test Condition A-1, Low Temperature -55 Deg C
Vibration Test Method GR 2846-CORE
Water Jetting Test Mating Mated
Water Jetting Test Method IEC 529:1989, IP66

Standard Conditions
Attenuation, Ambient Temperature 20 Deg C | 68 Deg F
Average Power, Ambient Temperature 40 Deg C | 104 Deg F

Return Loss Frequency Band Return Loss (dB)
45-1000 MHz -22.00
1000-2000 MHz -20.00
2000-2170 MHz -19.00

Andrew APG-BDFDF-090

California Residents: WARNING Proposition 65
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