TE Connectivity Fortis Zd Series Right Angle Panel PCB Header, 180 Contact(s), 0.08 mm Pitch, 9 Row(s), Shrouded

Subtotal (1 unit)*

£177.80

(exc. VAT)

£213.36

(inc. VAT)

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1 +£177.80

*price indicative

RS Stock No.:
469-088
Mfr. Part No.:
2102159-1
Brand:
TE Connectivity
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Brand

TE Connectivity

Product Type

PCB Header

Series

Fortis Zd

Current

1.5A

Pitch

0.08mm

Number of Contacts

180

Number of Rows

9

Orientation

Right Angle

Shrouded/Unshrouded

Shrouded

Mount Type

Panel

Connector System

Board-to-Board

Minimum Operating Temperature

65°C

Row Pitch

0.08mm

Maximum Operating Temperature

125°C

Standards/Approvals

EU RoHS Directive 2011/65/EU Compliant

Distrelec Product Id

303-28-445

COO (Country of Origin):
US
The TE Connectivity 180 Position High Speed Backplane Connector is a meticulously engineered product designed for seamless integration into sophisticated electronic systems. With a robust PCB mount header and a right-angle configuration, this connector ensures efficient space management while delivering uncompromising performance. Ideal for traditional backplane architectures, its fully shrouded design provides enhanced reliability and reduces the risk of misalignment during mating. This connector not only supports a wide operating temperature range but also complies with stringent industry standards, ensuring it meets the highest quality criteria for demanding applications. Discover unmatched durability and dependability with this expertly crafted connector that is built to withstand the rigours of modern industrial environments.

Designed for high-speed applications, enabling superior data transmission

Fully shrouded design prevents damage from contaminants and environmental factors

Robust panel mount ensures secure installation and reduces mechanical stress

Compatibility with traditional backplane architectures enhances system integration

Offers a generous operating temperature range for diverse application environments

Low halogen content supports environmental compliance and sustainable practices

Optimised contact arrangement aids in efficient electrical performance

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