RAMM AUDIO 30782LG RCA plug pure Tellurim Copper Gold plating /4 set

Beskrivning

30782LG (4 set) Audiophile Gold-plated RCA plugs

Säljes i 4 set (2 par) där det finns en markerad pil för riktning av signalflödet, i de fall detta är aktuellt (med cryo behandlade kablar är detta normalt).
Yttre hylsan skruvas på frammifrån vilket underlättar monteringen. Man kan skruva på hylsan för fullt för att låsa kontakten.
Mycket proffsig kontaktkonstruktion

Denna version bygger på en toppkonstruktion som en gång lanserades av en annan konstruktör.
Den påminner om andra tillverkares produkter. Denna konstruktion kallas ibland för ”RCA bullet plug”. Se bild för detaljer.

Ihålig kontaktstift för kontaktexpansion

Direct gold-plated 99.96% pure copper conductor
• Non-magnetic aluminum housing eliminates distortion
• Locking barrel provides excellent contacts
• Conductors fixed by solder
• Wire diameters max. 8.80 mm

Technical Characteristics Connector

This is one of the few RCA connectors made entirely of this material. The opposite philosophy compared to normal design to meet those who prefer the latest trend of the single point of contact, like Bullet or Nextgen of WBT to be clear but at a price that, as the tradition of Ramm is a fraction of the competition.

Copper (99.5%) tellurium (0.5%) is an extraordinary alloy for this use.
It maintains practically the same conductivity of copper but makes the mechanical processing of the copper much easier, therefore the stress of the metal is enormously reduced.
It also has a nano-crystalline structure, composed of copper telluride particles of minimum size and uniformly distributed, very close in appearance to the OFHC.

After processing it is completely deoxidized by the action of phosphorus and immediately coated with a thin layer of 24K Gold to prevent oxidation without altering its conductivity characteristics.
The manufacturer of this connector is the same as the now famous cables which are having a phenomenal success.
The maximum input diameter is 9mm, the standard is 75 ohms therefore also suitable for digital signals.