BNC Male To UHF Female Connector

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MOQ : 50 Pieces

BNC Male To UHF Female Connector Specification

Usage
For Telecom, Data and Network

Thickness
Standard

Surface Treatment
Chrome Plating

Machining Method
CNC Machined

Max Tolerance
0.01 mm

Weight (kg)
0.01- 0.05 Kilograms (kg)

Color
Silver

Application
RF, Coaxial Cable Connection, Antennas, Radio Equipment

Durability
500 Mating Cycles

Gender
Male (BNC) to Female (UHF)

Operating Temperature Range
-55C to +155C

Termination Style
Crimp/Solder

Impedance
50 Ohm

Frequency Range
0-1 GHz

Material
Brass

Contact Plating
Gold Plated

Mounting Type
Inline

Connector Type
BNC Male to UHF Female

BNC Male To UHF Female Connector 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 BNC Male To UHF Female Connector

Utilise this offer for the BNC Male to UHF Female Connector, a commanding and polished solution engineered for RF, coaxial, and antenna applications. Crafted from high-grade brass with gold-plated contacts, this connector delivers matchless conductivity and durability, enduring up to 500 mating cycles. Designed for ephemerally shifting environments, it operates reliably between -55C to +155C. Its CNC-machined body ensures maximum tolerance of 0.01 mm. Highly recommended for telecom, data, and network installations, this product stands as an exemplary choice for professionals seeking dependable connections.

Versatile Applications and Distinct Advantages

The BNC Male To UHF Female Connector is specifically designed for both general and specialized use in RF, antenna, and radio equipment. Its robust brass structure and gold-plated contacts offer unmatched reliability, while the chrome-plated finish ensures longevity. Perfect for telecom, data, and network setups, the connector's standard thickness and precision CNC machining facilitate seamless integration. Additional benefits include its inline mounting, compatibility with crimp/solder termination, and suitability for demanding operational settings.

Payment Flexibility and Global Reach

Payment terms for the BNC Male To UHF Female Connector are customer-friendly and support safe transactions during the sale price negotiation. Samples are available upon request to help clients assess quality before bulk orders. Dispatching is prompt, ensuring efficient delivery for domestic and export markets. With expertise in freight logistics, this manufacturer and supplier efficiently exports to various regions, supporting global communication networks with reliable RF connectors.

FAQ's of BNC Male To UHF Female Connector:

Q: How is the BNC Male to UHF Female Connector typically used?

A: This connector is commonly utilized for RF and coaxial cable connections in antennas, telecom, data, and network setups, ensuring secure and reliable signal transmission.

Q: What materials and finishing treatments are applied to this connector?

A: The connector is made from brass with gold-plated contact surfaces for optimal conductivity, and its exterior is finished with chrome plating for enhanced durability.

Q: When should you replace the connector?

A: It is advisable to replace the connector after approximately 500 mating cycles or if physical damage or signal loss is observed during routine maintenance.

Q: Where can this connector be shipped and supplied?

A: The manufacturer and distributor offer nationwide and international freight services, supplying this connector to various export markets worldwide.

Q: What is the process for ordering and receiving a sample?

A: You can request a sample from the supplier. After payment terms and sale price are agreed upon, the sample is promptly dispatched for assessment before placing a larger order.

Q: What are the key benefits of using this connector in radio equipment?

A: Key benefits include its matchless mechanical stability, wide frequency compatibility (0-1 GHz), ease of installation due to crimp/solder options, and resilience across an extensive temperature range.

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