2.54mm Pitch Female Header Connector Height 8.5mm Y terminal :RHTAY08

Features

-Female: The term "female" refers to the part of the connector that has receptacles or sockets, which accept male pins or headers. These connectors allow male pins to be inserted into them for a secure connection.

- Pin Count:Female headers are available in different configurations, typically ranging from 2 pins to 40+ pins, depending on the application. The number of pins refers to the number of individual connections available in the connector.

-Pitch (Spacing):The pitch refers to the distance between adjacent pins on the connector. Common pitches include 1.00mm, 2.00mm, 2.54mm (0.1 inch), 3.96mm, and others. The choice of pitch depends on the density of the required connections and the size of the components.

-Customization:Female header connectors are available in various lengths, pin arrangements, and orientations, allowing for high customization based on the needs of a specific application.

Applications

1.Consumer Electronics 

2.Test and Measurement Equipment 

3.IoT (Internet of Things)

4.Military and Aerospace

Specifications

2.54mm Pitch Female Header Connector Height 8.5mm Y terminal

Order Information

RHTAY08-1-XX-R-A

1-Single layer   2-Double layer   3-Three layer

XX-Total pin number  (No.of 1~80pin)

S-Straight Pin   R-Right Angle Pin   T-SMT Pin

Material:A=PBT  B=PA6T  C=LCP

Material:

Housing: 30% Glass filled PBT / PA6T UL94V-0

Contacts: Brass or Phosphor Bronze 

Plating: Au or Sn over 50u" Ni

Electrical Characteristics:

Current Rating: 3 AMP

Insulator Resistance: 1000M Ohm min. at DC 1000V

Contact Resistance: 20m Ohm max.

Operating Temperature: -40ºC~+105ºC

ounting Style: Designed for Surface Mount Technology (SMT), where the connectors are directly soldered onto the surface of the PCB. This method eliminates the need for through-holes, allowing   for a more compact and space-efficient design on the PCB.

-Material: Typically constructed from durable materials such as high-temperature plastic for the housing and metal (often tin-plated brass or phosphor bronze) for the contacts. These materials   ensure  mechanical strength and reliable electrical connections, even in demanding environments.

Technical Documents

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