Amphenol Sine Systems SC000044

MS3476 - Connectors Plug Electric Series 2 Crimp Type Bayonet Coupling 26482 Series II
$ 0.48
Production

가격 및 재고

데이터시트 및 문서

Amphenol Sine Systems SC000044에 대한 데이터시트 및 제조업체 설명서를 다운로드하세요.

IHS

Datasheet1 페이지10년 전

TME

JRH Electronics

Newark

Electro Sonic

재고 내역

3개월간의 트렌드:
-12.51%

공급망

Lifecycle StatusProduction (Last Updated: 10 months ago)

관련 부품

ITT / Cannon192922-1470
CONTACT;SOCKET;22-20 AWG;T2P CONTACTS;STAMPED CRIMP; TRIDENT SER;GOLD FLASH;13 A
ITT / Cannon192990-0110
Connector Contact, skt, crimp Terminal Rohs Compliant: Yes |Itt Cannon 192990-0110
ITT / Cannon192990-0090
T2P SERIES, 13A FEMALE CRIMP CONTACT FOR USE WITH TRIDENT T2P CONTACT SYSTEM
Female stamped and formed crimp contact, size #16, delivered loose, Gold and Nickel plating
Female stamped and formed crimp contact, size #16, delivered loose, Gold and Nickel plating
Female stamped and formed crimp contact, size #16, on a reel, selective Gold plating

설명

유통업체에서 제공한 Amphenol Sine Systems SC000044에 대한 설명입니다.

MS3476 - Connectors Plug Electric Series 2 Crimp Type Bayonet Coupling 26482 Series II
1.0mm socket contact , 22-18AWG. Gold plated
Contact F 1 Size Crimp ST Cable Mount
Amphenol Industrial SC000044 圆形连接器插针
RS APAC
SINECO SOCKET, SLIT MACHINED, CRIMP, 1.0MM
Contact Plating = Gold / Gender = Female / Contact Material = Brass / Contact Type = Machined / For use with = M23 Series Circular Connectors / Wire Size mm2 Min. mm² = 1 / Series = Motion Grade™ / Cross-Section AWG Min. AWG = 22 / Cross-Section AWG Max. AWG = 18

제조업체 별칭

Amphenol Sine Systems에는 유통업체가 대체하여 사용할 수 있는 전 세계 여러 브랜드가 있습니다. Amphenol Sine Systems는 다음 이름으로도 알려져 있습니다:

  • Amphenol Sine Systems Corp
  • Amphenol Sine
  • Sine Systems
  • AMPHENOL SINE/TUCHEL
  • AMPHENOL SINE SYSTEMS INC
  • Amphenol AIPG - Sine Systems
  • AMPHENOL SINE SYSTEMS CORP (VA)
  • Amphenol SSI Technologies
  • AMPHENOL SINE SYSTEM CORP
  • AMPHENOL SINE SYSTEMS COR
  • SINE SYSTEMS / AMPHENOL
  • AMPHENOL SINE SYSTEMS CORPORATION
  • Amphenol
  • Amphenol Sine System