H-B972 SMA Female Right Angle PCB Mount RF Connector

Name: H-B972 SMA Female Right Angle PCB Mount RF Connector
Brand: HELSY METALS PRIVATE LIMITED
Price: 2 INR
Availability: InStock

Price 2 INR/ Piece

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MOQ : 5000 Pieces

H-B972 SMA Female Right Angle PCB Mount RF Connector Specification

Thickness
2.0 mm

Surface Treatment
Gold Plated

Machining Method
Precision CNC

Max Tolerance
±0.05 mm

Weight (kg)
0.005 kg

Termination Style
Through Hole

Durability
500 Cycles Minimum

Impedance
50 Ohms

Insulation Material
PTFE

Operating Voltage
335 V RMS

Contact Material
Gold Plated Phosphor Bronze

Orientation
Right Angle

RoHS Compliance
Yes

Connector Type
SMA Female

Temperature Range
-55°C to +165°C

Material
Brass Body

Application
RF Signal Transmission

Mounting Type
PCB Mount

Frequency Range
Up to 18 GHz

H-B972 SMA Female Right Angle PCB Mount RF Connector Trade Information

Minimum Order Quantity
5000 Pieces

Supply Ability
50000 Pieces Per Month

Delivery Time
7-10 Days

About H-B972 SMA Female Right Angle PCB Mount RF Connector

The H-B972 SMA Female Right Angle PCB Mount RF Connector is a renowned, top-rated component designed to meet rigorous RF transmission requirements. Highlighted as a best-seller among exporters, manufacturers, and suppliers in India, this connector offers excellent performance with a 50 Ohms impedance and supports frequencies up to 18 GHz. Its top-notch brass body and gold-plated contacts ensure superior conductivity, while the precision CNC machining guarantees maximum reliability and durability. Its gold-plated surface and RoHS compliance make it a preferred choice for high-frequency applications.

Versatile Application and Optimal Suitability

The H-B972 SMA Female Right Angle PCB Mount RF Connector is ideal for RF signal transmission on printed circuit boards, where precise orientation is critical. Its right-angle design allows for efficient space utilization and directional alignment on the PCB. This connector is particularly suitable for industrial, telecom, and wireless communication setups, ensuring reliable performance in various environments. Installers benefit from its through-hole termination, which ensures secure and robust connections for demanding applications.

Reliable Supply, Quick Delivery, and Market Presence

With excellent supply ability, the H-B972 SMA Female Right Angle PCB Mount RF Connector is readily available for market requirements across India. Supported by a robust domestic distribution network and efficient FOB Port operations, prompt and safe dispatch is ensured. This product enjoys a strong market value due to its consistent quality and reliability. Customers can expect quick dispatched orders, minimal lead times, and hassle-free procurement from leading suppliers and exporters.

FAQ's of H-B972 SMA Female Right Angle PCB Mount RF Connector:

Q: How is the H-B972 SMA Female Right Angle PCB Mount RF Connector typically used?

A: This connector is designed for mounting on PCBs in RF signal transmission circuits, particularly in applications where space is limited and a right-angle orientation is necessary.

Q: What are the main benefits of the gold-plated contacts in this RF connector?

A: Gold-plated contacts provide excellent conductivity, improved corrosion resistance, and enhance signal reliability, making it ideal for high-frequency signal transmission.

Q: When should I consider using a right-angle SMA Female connector instead of a straight one?

A: A right-angle connector is preferred when you need to minimize vertical height or redirect the signal path at a 90-degree orientation on the PCB, which helps in compact and complex PCB layouts.

Q: Where is the H-B972 SMA Female Right Angle PCB Mount RF Connector commonly applied?

A: It is widely used in telecom, industrial, and wireless communication applications, especially where high-frequency RF signals require secure and efficient connections on PCBs.

Q: What is the process for ensuring durability and precision in this connector?

A: Each connector undergoes precision CNC machining, gold surface treatment, and rigorous testing for at least 500 durability cycles, ensuring top-notch performance and tight tolerance up to 0.05 mm.

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