TE Connectivity, 1-216119-0 2.54 mm Pitch 10 Way Vertical Male FPC Connector, Solder

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€ 204,17

(excl. BTW)

€ 247,05

(incl. BTW)

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  • Verzending vanaf 22 mei 2026
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RS-stocknr.:
503-447
Artikelnummer Distrelec:
304-54-971
Fabrikantnummer:
1-216119-0
Fabrikant:
TE Connectivity
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Merk

TE Connectivity

Product Type

FPC Connector

Number of Contacts

10

Contact Material

Tin

Sub Type

Ribbon Cable Connector

Current

1A

Pitch

2.54mm

Mount Type

Board

Connector Gender

Male

Termination Type

Solder

Orientation

Vertical

Minimum Operating Temperature

65°C

Series

1-216119-0

Maximum Operating Temperature

105°C

Contact Gender

Male

Number of Rows

2

Standards/Approvals

EU RoHS 2011/65/EU, EU ELV 2000/53/EC, China RoHS 2 MIIT Order No 32, 2016

Contact Plating

Tin Plated

Land van herkomst:
IT
The TE Connectivity wire-to-board connector is engineered for seamless integration, providing a reliable and efficient solution for electronic assemblies. Designed with a 10-position layout and a 2.54 mm centreline, this connector ensures optimal performance in various applications. The vertical, through-hole solder design facilitates easy installation on printed circuit boards, while the robust construction guarantees durability even in challenging conditions. Ideal for ribbon cable connections, this connector enhances signal integrity and offers versatility for multiple configurations. With its active status, it represents a dependable choice for your connectivity needs, providing peace of mind in critical applications.

Shrouded header type improves protection against accidental disengagement

Connector assembly allows for straightforward integration into existing systems

Vertical orientation enables space-efficient design in compact setups

Contact rating supports efficient power transmission with minimal loss

Insulation displacement termination method simplifies wiring processes

Housing colour is designed to blend seamlessly with various circuit board aesthetics

Temperature range supports reliable performance in both extreme cold and heat

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