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2R250-5S

SunMate
Part Number 2R250-5S
Manufacturer SunMate
Description SURFACE MOUNT GAS DISCHARGE TUBES
Published Mar 28, 2022
Detailed Description 2R-5S SERIES SURFACE MOUNT GAS DISCHARGE TUBES GDT introduction:Gas discharge tubes (GDT) use noble gasses enclosed in c...
Datasheet PDF File 2R250-5S PDF File

2R250-5S
2R250-5S

Overview
2R-5S SERIES SURFACE MOUNT GAS DISCHARGE TUBES GDT introduction:Gas discharge tubes (GDT) use noble gasses enclosed in ceramic tubes to provide an alternate circuit path for voltage spikes.
The ceramic envelope and with nickel connectors allow for high loads and Ruilon offers products that function at 20KA,40KA,50KA,60KA,100KA&150KA.
The breakdown voltages of the devices have a wide range (up to 20% tolerance).
Major applications are high frequency telecommunication lines,stations, security systems,HID and high quality Surge Protection Devices (SPD).
Features ! RoHS & HF compliant ! SMD Structure ! DC Spark-over voltage: 75~1000V ! Low Capacitance ! Agency Recognition : UL/ cUL ! Operating temperature:-30°C ~ +85°C Storage ! temperature:-40°C ~ +115°C Applications ! Cable Modem ! xDSL ! Set-Top Box ! TV sets ! Power supplier ! Consumer electronics Part Number 2 R 0 7 5 Series DC Line Voltage - 5 Dimensions 1 of 2 www.
sunmate.
tw Electriacl Characteristics Part No.
2R075-5S 2R090-5S 2R150-5S 2R230-5S 2R250-5S 2R300-5S 2R350-5S 2R400-5S 2R470-5S 2R600-5S 2R800-5S 2R1000-5S DC Spark-over Voltage Maximum Impulse Breakdown Voltage Max.
Impulse Discharge Current (8/20μs) Impulse Life (10/1000μs) 100V/S 100V/ 1KV/ 1 10 μS μs times times 100 A (V) (V) (V) (KA) Times 75±20% 600 700 5 3 300 90±20% 600 700 5 3 300 150±20% 500 700 5 3 300 230±20% 500 600 5 3 300 250±20% 500 600 5 3 300 300±20% 550 650 5 3 300 350±20% 600 700 5 3 300 400±20% 650 750 5 3 300 470±20% 750 850 5 3 300 600±20% 900 1000 5 3 300 800±20% 1000 1100 5 3 300 1000±20% 1500 1600 5 3 300 Normal Alternating Discharge Current 50Hz Single 1Sec 9 Cycles (A) DC Holdover Voltage <150ms (V) Minimum Insulation Resistance (GΩ) Maximum Capacitance (1MHz) (pF) 3 15 52 1 0.
8 3 15 52 1 0.
8 3 15 52 1 0.
8 3 15 80 1 0.
8 3 15 150 1 0.
8 3 15 150 1 0.
8 3 15 150 1 0.
8 3 15 150 1 0.
8 3 15 150 1 0.
8 3 15 150 1 0.
8 3 15 150 1 0...


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