GOF3000
Thermally Conductive EMI Gasket
Product Description
Laird’s electrically conductive Graphite-over-Foam, GOF3000 thermal and EMI gasket, provides thermal conductivity in the form of a traditional wrapped compressible foam gasket, and contains an outside wrap for electrical conductivity. GOF3000 combines the thermal transfer performance of the Tgon™ 9000 synthetic graphite outside wrap and the repeatable compression and rebound of the foam core. GOF3000 utilizes a silicone foam core for lower compression force and UL V0 flammability rating.
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Industries
- 5G Data Infrastructure
- 5G Handset
- 5G Peripherals
- 5G Telecom
- Aerospace
- Automotive
- Automotive and Industrial Electronics
- Autonomous Vehicle
- Blade servers
- Cabinet Applications
- Cloud
- Commercial Telecom
- Computing
- Consumer
- Consumer Accessories
- Consumer Electronics
- Data Infrastructure
- Datacom
- Electric Vehicle
- Energy & Utilities
- Gaming
- General applications
- Healthcare
- Healthcare / Medical
- Industrial
- Industrial Electronics
- Industrial Markets
- Industrial/Production
- IT
- Medical
- Medical Equipment
- Military
- Mobile Infrastructure
- Network and telecommunications equipment
- Networking
- Printers
- Robotics
- Satellite
- Security and defense
- Servers
- Telecom
- Telecom, 5G, Consumer, Automotive, Military
- Telecom, Automotive, Other
- Telecom, consumer and general applications
- Telecommunications
- Test & Measure
- Test and Measure
- Transportation
- Video graphics
- Wireless
Applications
- EMI Shielding
- Large Component Gap
- Optical Module
- Sliding Connection
- Thermal Transfer
Features and Benefits
- Electrical conductivity for EMI grounding
- High deflection
- Repeatable compression and rebound cycles
- Good thermal conductivity between interfaces
- Lightweight
- Low force thermal interface
- Abrasion resistant exterior
- Ease of manufacturing for high volume
- Meets environmental standards requirements
- UL V0 flammability rating
Capabilities
Datasheets
GOF3000 Datasheet Last updated04/29/21Technical Specification
Typical Properties
ColorCopperOperating Temperature Max (Celsius)125Operating Temperature Min (Celsius)-40Electromagnetic Properties
Shielding Effectiveness @ 10GHz (dB)75.0Shielding Effectiveness @ 1GHz (dB)75.0Shielding Effectiveness @ 20GHz (dB)65.0Electrical Properties
Z-axis Resistance (Ohm)0.009Mechanical Properties
Recommended Compression Range(%)25Dimensions
Thickness Max (mm)9.70Thickness Min (mm)1.10Compliance
Lead FreeYesREACHYesROHS CompliantYes