SMB Connector Male Right Angled Through Hole For PCB Mount

SMB Connector Male Right Angled Through Hole For PCB Mount Specification

Impedance
50 Ohm

Conductor Shape
Round pin

Locking Type
Snap-on coupling

Conductor Type
Solid

Operating Temperature
-65C to +165C

Cable Type
PCB mount (not cable type)

Tensile Strength
60N min (center contact retention)

Diameter
6mm (body outer diameter approx.)

Install Type
Through Hole, PCB Mounting

Rated Temperature
-65C to +165C

Number of Conductor
1

Features
Compact design, snap-on coupling, high frequency performance, easy PCB mounting, right-angled type, secure connection

Weight
Approx. 2g each

Dielectiric Strength
1000V RMS min

Usage & Applications
Printed circuit board RF module connection, telecom, wireless, testing, and measurement equipment

Insulation
PTFE

Core Number
Single core

Core Material
Brass, Gold Plated

Product Type
SMB Connector Male Right Angled

Length
Standard as per design (Contact for custom length options)

Voltage
500V RMS max

Insulation Material
PTFE

Application
RF signal transmission, PCB mounting for communication equipment, instrumentation, broadcast, wireless, GPS, and testing devices

Conductor Material
Brass, Gold Plated

Jacket Material
Gold-plated brass shell

Storage Temperature
-40C to +85C

Connector Color
Gold

Shield Material
Brass, Gold Plated

Jacket Color
Gold

Dimension (L*W*H)
Approximately 18mm x 6mm x 12mm (varies by manufacturer)

Material
Body: Brass, Gold Plated; Insulator: PTFE

Color
Gold

Size
Miniature (standard SMB size)

Environmental Protection
Corrosion resistant, moisture-proof

Standard
IEC60169-10 / MIL-STD-348A

RoHS Compliant
Yes

Termination Style
Solder, PCB mount

Frequency Range
DC to 4 GHz

Application Standard
Complies with international RF connector standard

Gender
Male (Plug)

Mating Cycles
500 cycles

Body Finish
Gold plated

Insulation Resistance
>= 1000 M

Contact Resistance (Center/Outer)
6 m / 2 m

Flammability Rating
UL 94 V-0

Mount Type
Through hole for PCB

VSWR
1.22 (up to 3 GHz)

SMB Connector Male Right Angled Through Hole For PCB Mount Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

About SMB Connector Male Right Angled Through Hole For PCB Mount

Description:SMB Connector,Male,Right Angled,Through Hole forPCB,50Ohm,Gold Plating

Features:

SMB Connector,Male,Right Angled,Through Hole for PCB,50Ohm,Gold Plating;
Snap-on coupling design for fast installation;
With boardband performance and low reflection;
To reduce your Cost by using die casting process in non-critical areas.
rom the OEM Original Factory, same quality with much better price.

Main Application of SMB Connectors:

Aerospace and Defense: Test Stands
Medical: Telemetry
Commercial Vehicle: GPS
Telecommunications: Wireless Base Stations, Cellular Mobile System
Data/Communications: Routers, WIFI, Radio Boards
Industrial: M2M Communications, Process Controls, Video Systems, Instrumentation

Superior High-Frequency Performance

Engineered for frequencies from DC to 4 GHz, the SMB connector maintains reliable signal quality in demanding RF environments. Its precise construction ensures low VSWR and contact resistance, making it perfect for critical PCB-mounted RF modules in communication, broadcast, and testing devices.

Robust Construction & Environmental Protection

With a gold-plated brass body and PTFE insulation, this connector provides outstanding corrosion resistance, moisture protection, and enhanced conductivity. Fully compliant with RoHS, UL 94 V-0 flame rating, and global RF standards, it guarantees long-term reliability in diverse operating conditions.

Compact Design and Easy PCB Mounting

Miniature in size and right-angled for space efficiency, this connector is specifically designed for through-hole mounting on printed circuit boards. The snap-on coupling enables fast, secure installation, while the solder termination style facilitates straightforward integration in RF, telecom, and wireless modules.

FAQs of SMB Connector Male Right Angled Through Hole For PCB Mount:

Q: How is the SMB Connector Male Right Angled Through Hole installed onto a PCB?

A: The connector is designed for straightforward through-hole PCB mounting, utilizing solder termination. Insert the connector leads into the PCB holes, then solder them to the circuit traces for a robust and reliable electrical connection.

Q: What applications is this SMB connector suitable for?

A: It is ideal for RF signal transmission in communication equipment, wireless modules, instrumentation, broadcast systems, GPS devices, and test and measurement setups, providing high-frequency performance and secure connections.

Q: What benefits does the gold-plated brass body offer?

A: Gold plating on brass ensures excellent corrosion resistance, improved conductivity, and long operational life, making it ideal for demanding RF environments and providing consistent signal quality over multiple mating cycles.

Q: When should I choose a right-angled SMB connector over a straight type?

A: Opt for the right-angled version when PCB space is limited or signal routing requires a compact footprint. Its design enables efficient integration into densely packed circuit boards or devices with specific mechanical constraints.

Q: Where can I request custom length options for this connector?

A: While the connector is supplied in standard lengths as per design, you can contact the manufacturer, supplier, or exporter in India for custom requirements to suit specific PCB layouts or enclosure designs.

Q: What is the process for ensuring secure coupling of the connector?

A: The SMB connector features a snap-on coupling mechanism, which guarantees quick and secure mating. Simply push the connector into its counterpart until you feel or hear it snap into place, ensuring reliable contact.

Q: What are the key usage benefits of the SMB connector in RF modules?

A: Users benefit from its high frequency range, low contact resistance, excellent insulation, compact right-angled design, and compliance with international standards. These features translate to reliable performance, ease of PCB mounting, and longevity in RF signal applications.