Technical Document
Specifications
Brand
LittelfuseSeries
SL1011B
Suppressor Type
2 Electrode Arrester
Maximum Surge Current
12kA
DC Spark Over Voltage
300V
Impulse Spark Over Voltage
600V
Mounting Type
Axial
Dimensions
8 (Dia.) x 6.05mm
Length
6.05mm
Maximum Operating Temperature
+90°C
Minimum Operating Temperature
-40°C
Product details
Littelfuse SL1011B Series Gas Discharge Tube
Littelfuse SL1011B series GDT plasma arresters offer high levels of performance on fast rising transients such as those induced from lightning disturbances. The Littelfuse SL1011B series also features unltra low capacitance and optimised internal geometry, ensuring low insertion loss at high frequencies. Additionally, the SL1011B series is robust enough to withstand a 10000A pulse without destruction. Applications include broadband equipment, ADSL equipment, XDSL equipment, satellite and CATV equipment as well as general telecom equipment.
Ultra low insertion loss
Excellent response to fast rising transients
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EGP 206.26
Each (In a Pack of 5) (ex VAT)
5
EGP 206.26
Each (In a Pack of 5) (ex VAT)
5
Technical Document
Specifications
Brand
LittelfuseSeries
SL1011B
Suppressor Type
2 Electrode Arrester
Maximum Surge Current
12kA
DC Spark Over Voltage
300V
Impulse Spark Over Voltage
600V
Mounting Type
Axial
Dimensions
8 (Dia.) x 6.05mm
Length
6.05mm
Maximum Operating Temperature
+90°C
Minimum Operating Temperature
-40°C
Product details
Littelfuse SL1011B Series Gas Discharge Tube
Littelfuse SL1011B series GDT plasma arresters offer high levels of performance on fast rising transients such as those induced from lightning disturbances. The Littelfuse SL1011B series also features unltra low capacitance and optimised internal geometry, ensuring low insertion loss at high frequencies. Additionally, the SL1011B series is robust enough to withstand a 10000A pulse without destruction. Applications include broadband equipment, ADSL equipment, XDSL equipment, satellite and CATV equipment as well as general telecom equipment.
Ultra low insertion loss
Excellent response to fast rising transients