Bourns has raised the bar in surge protection technology with the introduction of the GDT35 series, designed to address the escalating demand for robust protection against voltage transients in industrial applications. Leveraging advanced computer modeling simulations, this series demonstrates improved surge current handling capability and voltage limiting during fast-rising events, effectively mitigating stress on downstream components. The GDT35 series builds upon the success of the two-electrode GDT25 series, offering enhanced performance and reliability.
A key innovation in the GDT35 series is its unique three-electrode design, made possible by Bourns' coplanarity fit technology. This design allows the component to toggle in either direction until a secure three-point contact is established, ensuring reliable operation even under challenging conditions. With its low capacitance and insertion loss, the GDT35 series provides an optimal solution for protecting industrial communications and high-speed ICT equipment, where signal integrity and transmission speed are critical.
Recognizing the importance of efficient product development, Bourns offers the GDT35 design kit (DK-GDT35-01) to facilitate quick-turn prototype testing. This comprehensive assortment includes five pieces each of the eight most popular model GDT35 voltages, empowering design engineers to explore various protection solutions and accelerate the development of reliable and resilient products.
In conclusion, the Bourns GDT35 series represents a significant advancement in surge protection technology, delivering unparalleled speed and robustness in safeguarding industrial equipment from voltage transients. With its innovative design and comprehensive support for prototype testing, the GDT35 series is poised to set new standards for surge protection in industrial applications.
Advancing GDT Technology to Meet Higher Surge and Multi-level Protection Requirements
Simplified Three-Electrode GDT Coplanarity Solution
Histogram Comparison Between Next-Generation Bourns Model GDT25 Series and Legacy Bourns Model 2035 Series Gas Discharge Tubes (GDTs)
Bourns Model GDT35 Series Next-Generation 3-Electrode GDT
Solve DC Breakdown Issue with Bourns Next-Generation GDT Design
Procedure for Obtaining Accurate GDT Capacitance Values for High Frequency Circuits
Breakdown voltages: 75 V to 600 V
Operating temperature range: -55°C to +125°C
Fast response time
High surge current rating
Low capacitance and insertion loss
Stable performance throughout its lifetime
Design kit available for quick-turn prototype testing
UL recognized
RoHS compliant (RoHS directive 2015/863, March 31, 2015, and Annex.)
Set-top boxes
Industrial communications
HVAC controls
xDSL, POTS, and G.Fast
Antennas
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