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Gas Discharge Tubes - GDTs

GDT25-09-S1-BK

Gas Discharge Tubes 90VDC 7kADC 7AAC 0.6pF Solder Pad SMD

Bourns
Datasheets 

Gas Discharge Tube (GDT) Surge Arrestors

Bourns® Gas Discharge Tube (GDT) Surge Arrestors safeguard an ever-increasing variety of electronic equipment. Bourns has over 50 years of experience inventing and producing GDT devices with low capacitance, extended life, and high surge current handling. Bourns engineers keep innovating GDT technology with industry-leading designs including the GDT Series featuring FLAT® technology.

Standardized design with minimal capacitance and insertion loss, GDT protects sensitive equipment from dangerous voltages. Some models have Switch-Grade Fail-Short technology for better surge protection.

Bourns manufactures 2- and 3-electrode GDT devices. 2-electrode devices are used to provide line to ground or line to line protection (1 to 2). A 3-electrode GDT can provide protection from line to line (1-2) as well as line to ground (1 to 3, 2 to 3) in a single device.

Standard GDTs (75-600 V) are available in 2- and 3-electrode versions. High voltage GDTs (800-7200 V) are mostly offered in 2-electrode devices with a few 3-electrode devices. Specialized GDTs are available in high current, hybrid, and FLAT® technology versions to provide a broader range of protection demands.



New in POWrFuse High-Power Fuses:

GDT Short Form Brochure

FLAT® GDT White Paper

Bourns Gas Discharge Tubes (GDT) Brochure

Bourns® Model GDT35 Series Next-Generation 3-Electrode GDT New Product Brief

Advancing GDT Technology to Meet Higher Surge and Multi-level Protection Requirements White Paper

Procedure for Obtaining Accurate GDT Capacitance Values for High Frequency Circuits Application Note



Product Technical Specifications
  • EU RoHS
    Compliant
  • ECCN (US)
    EAR99
  • Part Status
    Active
  • HTS
    8536.30.80.00
  • Automotive
    No
  • PPAP
    No
  • DC Sparkover Voltage Tolerance
    ±20%
  • Maximum Impulse Sparkover Voltage @ 100V/s (V)
    350
  • Maximum DC Holdover Voltage (V)
    52
  • Maximum Impulse Sparkover Voltage @ 1KV/s (V)
    500
  • Typical DC Sparkover Voltage @ 100V/s (V)
    90
  • Typical Impulse Discharge Current @ 8/20us @ 10Times (kA)
    7
  • Typical AC Discharge Current @ 1s @ <= 10Times (A)
    7
  • Minimum Insulation Resistance @ 100V (GOhm)
    2
  • Maximum Capacitance @ 1MHz (pF)
    0.6
  • Typical Impulse Life @ 10/1000us (Times)
    300
  • Number of Electrodes
    2
  • Termination Style
    Solder Pad
  • Number of Terminals
    2
  • Minimum Operating Temperature (°C)
    -55
  • Packaging
    Bulk
  • Maximum Operating Temperature (°C)
    125
  • Product Length (mm)
    4.2
  • Product Depth (mm)
    5.4
  • Product Height (mm)
    5.4
  • Failsafe Protection
    No
  • Mounting
    Surface Mount

Documentation and Resources

Datasheets
Design resources