| Nombre De Pièces: | 1 pièces |
| Prix: | USD9.99-99.99 |
| Emballage Standard: | Sacs sous vide + Cartons |
| Période De Livraison: | 8-9 jours ouvrables |
| Méthode De Paiement: | T/T |
| Capacité D'approvisionnement: | 5000 pièces par mois |
TLX is a DK 2.45 copper-clad laminate, well-suited for low layer-count microwave designs.
Featuring PTFE fiberglass construction, TLX laminates are an excellent choice for radar systems, mobile communications, microwave test equipment, microwave transmission devices, and RF components.
TLX has become a reliable workhorse within the RF and microwave substrate industry. Its fiberglass reinforcement delivers robust mechanical stability for substrates operating in extreme environments, including:
-Creep resistance for PWBs bolted to enclosures exposed to high vibration during space launch
-High-temperature endurance in engine modules
-Radiation resistance for space applications (refer to NASA’s website for low-outgassing material details)
-Harsh marine environment resistance for naval shipboard antennas
-Broad temperature-range stability for altimeter substrates during flight
With a wide selection of dielectric constants, TLX supports the production of couplers, splitters, combiners, amplifiers, antennas, and various other components.
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Key Advantages
Typical Uses
| Nombre De Pièces: | 1 pièces |
| Prix: | USD9.99-99.99 |
| Emballage Standard: | Sacs sous vide + Cartons |
| Période De Livraison: | 8-9 jours ouvrables |
| Méthode De Paiement: | T/T |
| Capacité D'approvisionnement: | 5000 pièces par mois |
TLX is a DK 2.45 copper-clad laminate, well-suited for low layer-count microwave designs.
Featuring PTFE fiberglass construction, TLX laminates are an excellent choice for radar systems, mobile communications, microwave test equipment, microwave transmission devices, and RF components.
TLX has become a reliable workhorse within the RF and microwave substrate industry. Its fiberglass reinforcement delivers robust mechanical stability for substrates operating in extreme environments, including:
-Creep resistance for PWBs bolted to enclosures exposed to high vibration during space launch
-High-temperature endurance in engine modules
-Radiation resistance for space applications (refer to NASA’s website for low-outgassing material details)
-Harsh marine environment resistance for naval shipboard antennas
-Broad temperature-range stability for altimeter substrates during flight
With a wide selection of dielectric constants, TLX supports the production of couplers, splitters, combiners, amplifiers, antennas, and various other components.
![]()
Key Advantages
Typical Uses