Technické Dokumenty
Špecifikácie
Brand
HARWINPočet kontaktů
20
Počet řad
2
Rozteč
2.54mm
Typ
Lišta zásuvky
Typ montáže
Surface Mount
Orientace těla
Pravý úhel
Metoda izolace
Solder
Strom
3A
Materiál kontaktu
Phosphor Bronze
Krajina pôvodu
Taiwan, Province Of China
Podrobnosti o výrobku
M20 series 2.54mm pitch SMT mount wire to board socket connectors with an industry standard space saving compact design. These M20 series 2.54mm SMT sockets have a dual entry design and can be used for both top and bottom entry. The contacts used in these M20 SMT sockets are made from phosphor bronze with a dual beam design that offers high durability along with improved repeatable retention and electrical connection resulting in a more reliable connector. These M20 SMT connectors offer a versatile solution for a variety of applications including consumer electronics, communications, drives and controls, industrial monitoring and personal computing.
Informácie o zásobách sú dočasne nedostupné.
P.O.A.
Each (In a Tube of 12) (bez DPH)
12
P.O.A.
Each (In a Tube of 12) (bez DPH)
Informácie o zásobách sú dočasne nedostupné.
12
Technické Dokumenty
Špecifikácie
Brand
HARWINPočet kontaktů
20
Počet řad
2
Rozteč
2.54mm
Typ
Lišta zásuvky
Typ montáže
Surface Mount
Orientace těla
Pravý úhel
Metoda izolace
Solder
Strom
3A
Materiál kontaktu
Phosphor Bronze
Krajina pôvodu
Taiwan, Province Of China
Podrobnosti o výrobku
M20 series 2.54mm pitch SMT mount wire to board socket connectors with an industry standard space saving compact design. These M20 series 2.54mm SMT sockets have a dual entry design and can be used for both top and bottom entry. The contacts used in these M20 SMT sockets are made from phosphor bronze with a dual beam design that offers high durability along with improved repeatable retention and electrical connection resulting in a more reliable connector. These M20 SMT connectors offer a versatile solution for a variety of applications including consumer electronics, communications, drives and controls, industrial monitoring and personal computing.