| Mounting Type | THT |
|---|---|
| Product Category | Gas Discharge Tube |
| Application | Industrial Power Supply, Communication Power Supply, Inverter Power Supply, UPS Uninterrupted Power Supply, Regulated Power Supply, Driving Power Supply, Switching Power Supply, Power Module, Isolator, Inverter, Medical Equipment, |
| Disadvantages | 1. Since Gas Ionization Requires A Certain Amount Of Time, The Response Speed Is Slow. The Response Time Is Generally 0.2~0.3μs (200~300ns), And The Fastest Is About 0.1μs (100ns). Before It Is Turned On, There Will Be A Sharp Pulses With Larger Amplitudes |
| Storage Temperature | -40°C~+90°C |
| Storage Temperature | -40°C~+90°C |
|---|---|
| DC Spark-over Voltage @100V/μs | 360V±20% |
| Min. Insulation Resistance | 1GΩ (@100V) |
| Mounting Type | THT |
| Advantages | 1. Before Breakdown (conduction), It Is Equivalent To An Open Circuit, With A Large Resistance And No Or Very Small Leakage Current; 2. After Breakdown (conduction), It Is Equivalent To A Short Circuit, Which Can Pass A Large Current With A Very Small Volt |
| Disadvantages | 1. Since Gas Ionization Requires A Certain Amount Of Time, The Response Speed Is Slow. The Response Time Is Generally 0.2~0.3μs (200~300ns), And The Fastest Is About 0.1μs (100ns). Before It Is Turned On, There Will Be A Sharp Pulses With Larger Amplitudes |
|---|---|
| Max. Spark-over Impulse Voltage @100V/μs | 500V |
| Advantages | 1. Before Breakdown (conduction), It Is Equivalent To An Open Circuit, With A Large Resistance And No Or Very Small Leakage Current; 2. After Breakdown (conduction), It Is Equivalent To A Short Circuit, Which Can Pass A Large Current With A Very Small Volt |
| Max. Spark-over Impulse Voltage @1KV/μs | 600V |
| Product Name | Lightning Arrester Axial Leaded Ceramic Gas Discharge Tube 600V SC2E8-600ML GDT Electronic Component |
| Other Name | Arrester Tube |
|---|---|
| Length | φ8*6mm |
| DC Spark-over Voltage @100V/μs | 470V±20% |
| Max. Spark-over Impulse Voltage @100V/μs | 900V |
| Max. Spark-over Impulse Voltage @1KV/μs | 1000V |