Female header connectors is available at RHT.
We have been selling on the markets many years and get good feedback.
Please view our large selection of Female header connectors. Any questions,Please contact our sales team to get any service support.
If you need any samples,quick L/T, and etc, we will try our best to support.
Features
-Termination Style: Designed for through-hole mounting on a PCB. This method involves inserting the connector's pins through corresponding plated holes in the PCB and soldering them to the copper pads on the opposite side of the board, providing a strong and reliable electrical connection.
-Housing Material: Made from durable thermoplastics such as PBT (Polybutylene Terephthalate) or Nylon, which provide mechanical strength and resistance to heat, chemicals, and environmental factors.
-Current Rating and Voltage: The connector is rated for specific current carrying capacities and voltage levels, ensuring compatibility with the electrical requirements of various applications. These ratings are crucial for safe and reliable operation.
- Polarization and Keying: Some female header connectors may include polarization features or keying options to ensure proper alignment during mating, preventing incorrect connections that could damage components or affect performance.
Applications
1. Test and Measurement Instruments
2. Automotive Electronics
3. Medical Devices
4. DIY Electronics and Prototyping
Specifications
2.54mm Pitch Female Header Connector Height 5.0mm
Order Information
RHTAY08Y-4.5-4.5-2-XX-T-B
Height: 4.5mm
1-Single layer 2-Double 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
Technical Documents
Please contact us for more information.