| No. | parte # | Fabricante | Descripción | Hoja de Datos |
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SEMIWILL |
Gas Discharge Tube provide high levels of protection against fast rising transients in the 100V/μs to 1kV/μs range usually caused by lightning disturbances. Low insertionloss is perfectly suited to broadband equipment applications. The capacitance does not vary with vo |
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SEMIWILL |
Gas Discharge Tube provide high levels of protection against fast rising transients in the 100V/μs to 1kV/μs range usually caused by lightning disturbances. Low insertionloss is perfectly suited to broadband equipment applications. The capacitance does not vary with vo |
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SEMIWILL |
Gas Discharge Tube provide high levels of protection against fast rising transients in the 100V/μs to 1kV/μs range usually caused by lightning disturbances. Low insertionloss is perfectly suited to broadband equipment applications. The capacitance does not vary with vo |
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SEMIWILL |
Gas Discharge Tube > Provide ultra-fast response to surge voltage from slow-rising. > surge of 100V/s to rapid-rising surge of 1KV/μs. > Stable breakdown voltage. > High insulation resistance. > Low capacitance (≤2pF). > High holdover voltage. > Large absorbing transie |
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SEMIWILL |
Gas Discharge Tube > Provide ultra-fast response to surge voltage from slow-rising. > surge of 100V/s to rapid-rising surge of 1KV/μs. > Stable breakdown voltage. > High insulation resistance. > Low capacitance (≤2pF). > High holdover voltage. > Large absorbing transie |
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SEMIWILL |
Gas Discharge Tube > Provide ultra-fast response to surge voltage from slow-rising. > surge of 100V/s to rapid-rising surge of 1KV/μs. > Stable breakdown voltage. > High insulation resistance. > Low capacitance (≤2pF). > High holdover voltage. > Large absorbing transie |
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SEMIWILL |
Gas Discharge Tube > Provide ultra-fast response to surge voltage from slow-rising. > surge of 100V/s to rapid-rising surge of 1KV/μs. > Stable breakdown voltage. > High insulation resistance. > Low capacitance (≤2pF). > High holdover voltage. > Large absorbing transie |
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SEMIWILL |
Gas Discharge Tube > Provide ultra-fast response to surge voltage from slow-rising. > surge of 100V/s to rapid-rising surge of 1KV/μs. > Stable breakdown voltage. > High insulation resistance. > Low capacitance (≤2pF). > High holdover voltage. > Large absorbing transie |
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SEMIWILL |
Gas Discharge Tube > Provide ultra-fast response to surge voltage from slow-rising. > surge of 100V/s to rapid-rising surge of 1KV/μs. > Stable breakdown voltage. > High insulation resistance. > Low capacitance (≤2pF). > High holdover voltage. > Large absorbing transie |
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|
|
SEMIWILL |
Gas Discharge Tube > Provide ultra-fast response to surge voltage from slow-rising. > surge of 100V/s to rapid-rising surge of 1KV/μs. > Stable breakdown voltage. > High insulation resistance. > Low capacitance (≤2pF). > High holdover voltage. > Large absorbing transie |
|
|
|
|
SEMIWILL |
Gas Discharge Tube provide high levels of protection against fast rising transients in the 100V/μs to 1kV/μs range usually caused by lightning disturbances. Low insertionloss is perfectly suited to broadband equipment applications. The capacitance does not vary with vo |
|
|
|
|
SEMIWILL |
Gas Discharge Tube provide high levels of protection against fast rising transients in the 100V/μs to 1kV/μs range usually caused by lightning disturbances. Low insertionloss is perfectly suited to broadband equipment applications. The capacitance does not vary with vo |
|
|
|
|
SEMIWILL |
Gas Discharge Tube provide high levels of protection against fast rising transients in the 100V/μs to 1kV/μs range usually caused by lightning disturbances. Low insertionloss is perfectly suited to broadband equipment applications. The capacitance does not vary with vo |
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Desde 2024. D4U Semiconductor.
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