SMA Female Flange Type

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MOQ : 50 Pieces

SMA Female Flange Type Specification

Finish
Polished

Thickness
1.5 mm

Surface Treatment
Powder Coating

Machining Method
CNC Machined

Max Tolerance
0.01 mm

Weight (kg)
0.005 kg

Mounting Type
2 Hole Flange

RoHS Compliant
Yes

Material
Brass

Insulator
PTFE

Application
RF and Microwave

Operating Temperature
-55C to +165C

Impedance
50 Ohm

Frequency Range
DC to 18 GHz

Termination Style
Solder Cup

Connector Type
SMA Female Flange Type

Contact Plating
Gold Plated

SMA Female Flange Type Trade Information

Minimum Order Quantity
50 Pieces

Payment Terms
Cash in Advance (CID), Cash Advance (CA)

Supply Ability
60 Pieces Ton Per Month

Delivery Time
15 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Domestic Market
All India

About SMA Female Flange Type

Unlock brilliant connectivity with our SMA Female Flange Type connector-crafted from high-quality brass and engineered for unprecedented precision. This hot deal brings a champion of RF and Microwave solutions, featuring 2 hole flange mounting, 50 Ohm impedance, and an impressive DC to 18 GHz frequency range. With gold-plated contacts, CNC machining, polished finish, and RoHS compliance, reliability is built in. Whether you buy as a distributor, exporter, manufacturer, or supplier, this 1.5 mm thick, 0.005 kg component promises premium performance. Seize the moment-upgrade your connections today!

Where Excellence Meets Versatility: Used By Leading Innovators

The SMA Female Flange Type connector is widely used by engineers, telecom professionals, and electronics manufacturers seeking peak RF and microwave performance. Its primary competitive advantages include robust CNC-milled brass construction, precise tolerance (max 0.01 mm), and exceptional thermal stability. Perfect for installations in broadcast centers, research laboratories, and industrial automation, it delivers reliable performance in the most demanding environments. Choose this connector for consistent, champion-level results in all your high-frequency applications.

Premium Stock Ready: Fast Delivery and Trusted Certification

Experience rapid arrival times with our stock ready SMA Female Flange Type connector, serving premium customers nationwide across India. We prioritize timely delivery, ensuring you receive your order exactly when you need it. Our product holds RoHS compliance certification, guaranteeing safe and sustainable use. Focused on the main domestic market, we provide excellent support as distributors and exporters, so you can expect seamless procurement and installation every time you buy from us.

FAQ's of SMA Female Flange Type:

Q: How do I mount the SMA Female Flange Type connector securely?

A: The SMA Female Flange Type connector features a 2-hole flange design, allowing for secure mounting on panels or enclosures using standard screws.

Q: What makes this connector a suitable choice for RF and Microwave applications?

A: Its robust brass construction, precision CNC machining, gold-plated contacts, and PTFE insulation ensure minimal signal loss, optimal impedance (50 Ohm), and excellent high-frequency performance up to 18 GHz.

Q: Where can this connector be used most effectively?

A: This connector is ideal for use in broadcast equipment, research labs, industrial automation systems, and advanced telecom installations that demand high reliability and frequency range.

Q: When can I expect delivery after placing my order?

A: We maintain premium stock ready for rapid dispatch, so deliveries across India reach you promptly-exact timelines may vary by location, but swift arrival is our standard.

Q: What certifications ensure the quality and safety of this connector?

A: The connector is RoHS compliant, affirming that it meets stringent environmental and safety standards for export, supply, and use in modern electronic systems.

Q: How does the gold plating benefit the connector's performance?

A: Gold-plated contacts offer superior corrosion resistance, low electrical resistance, and reliable conductivity, ensuring lasting, high-quality signal transmission in demanding environments.

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