product

Subcategories

multi coax

情境2-Multicoax-PCB

 

Features

  • Multi Coax Channel
  • Frequency range to 67GHz
  • Matched Pair Cables delay time <0.5ps
  • Highest Density and Lowest Loss
  • With ultra-stable cable
  • Easy Mating

Application

  • Testing module of data Center system
  • QSFP testing module
  • High speed testing module

Product series

Cable Assembly

PCB connector

2.92mm

2.4mm

1.85mm

Multi Coax PCB Plug Connector

(8   ports)

40GHz

50GHz

67GHz

Multi Coax PCB Plug Connector

(16   ports)

40GHz

50GHz

67GHz
1.0mm

The 1.0 mm connectors are designed for 50 Ohms, excellent performance up to 120 GHz .The 1.0 mm connectors outer conductor ID is 1.0 mm, the interface is air dielectric with the contact supported by a short dielectric bead.

Frontlynk 1.0 mm connector series is for semi-rigid and low-loss flexible cable, adaptor for custom applications.These cable assemblies realize low insertion loss, low reflection loss and well-perform VSWR.

1.35mm Adaptor

The 1.35 mm Connectors, using for up to 90GHz ( E band).

*High-performance RF measurements

*Self-driving vehicles

*5G applications

情境-185

The 1.85mm was designed to go beyond the SMA interface constraints, and as a result is NOT SMA compatible. Instead, maximum performance to the highest possible frequency that the geometry would allow, along with repeatable measurements after hundreds or even thousands of interconnects, were the design goals.

The connector outer conductor ID is 1.85 mm, and OD is 4.7 mm, allowing compatibility, so that the 1.85mm connector mates with the 2.4mm connector and has the same ruggedness. It’s a 50 Ohms connector with performance up to 67 GHz.

 

情境-240
The 2.4mm series was designed to eliminate the fragility of the SMA and 2.92mm connectors by increasing the outer wall thickness and strengthening the female fingers. 
The outer contact ID is 2.4 mm, and OD is 4.7mm. 
The performance is up to 50 GHz.
情境-292
The 2.92mm series was designed with highly rugged physical interfaces in mind that would mate with 3.5mm and SMA dimensions. The 2.92mm series use an air dielectric, with the performance up to 40 GHz. The outer contact ID is 2.92 mm, and OD is 4.55 mm.
3.5mm series

The 3.5mm series was designed with highly rugged physical interfaces in mind that would mate with SMA dimensions, allowing thousands of repeatable connections. The performance is up to 34 GHz.

The outer contact ID is 3.5 mm, and OD is 4.55 mm. The 3.5mm series is compatible with 2.92mm and SMA series. When mated with SMA and other precision SMA type connectors the performance is limited by the connector with lesser performance.

FL73E0-NS500BF003

Frontlynk Surge Arrester series are using for N and 7/16 type.

High Performance from DC to 3 GHz, and 2 to 6 GHz.

Frequencies:

  • 0GHz~3GHz
  • 2GHz~6GHz
  • 0GHz~6GHz

Gas Tube Voltages:90V~350V

  • Extreme high frequency transmission.
  • Significant electrical performance.
  • Excellent durability and reliability.

Cable assembly
1.0mm Jack to Jack Cable Assembly 10cm

Product Specifiction

Cable Type

1.0mm

1.35mm

1.85mm

2.4mm

2.92mm

3.5mm

SMA

N

Impedance (Nominal) Ω

50±1

Maximum Frequency (GHz)

110

90

67

50

40

26.5

26.5

18

Overall Diameter (mm)

General Type (HG)

N/A

N/A

2.3

3.3

4.1

5.0

5.0

5.0

Flexible Type (HS)

4.3

4.3

7.1

7.1

7.1

8.2

8.2

8.2

Universal Type (HF)

3.5

3.5

6.2

6.2

6.2

7.3

7.3

7.3

VSWR

Typical

1.3

1.3

1.2

1.2

1.2

1.2

1.2

1.2

Spec.

1.4

1.4

1.3

1.3

1.3

1.3

1.3

1.3

Amplitude Stability (dB)

Typical

±0.07

±0.07

±0.05

±0.05

±0.05

±0.05

±0.05

±0.05

Spec.

 ±0.1

±0.1

±0.1

±0.1

±0.1

±0.1

±0.1

±0.1

Phase Stability (°)

Typical

±15

±15

±4

±8

±4

±3

±3

±2

Spec.

±2

±2

±8

±11.5

±8

±5

±5

±3

Insertion Loss (dB/M)

15

15

5.7

3.3

2.4

1.6

1.6

1.3

Time Delay (Nominal) (ns/M)

4.28

4.28

4.28

4.28

4.28

4.33

4.33

4.33

Velocity of Propagation (%) (Typical)

78

78

78

78

78

81

81

81

Minimum Bend Radius (mm)

General Type (HG)

N/A

N/A

15

20

20

12.7

12.7

12.7

Flexible Type (HS)

15

15

25

25

25

25

25

25

Universal Type (HF)

15

15

25

25

25

25

25

25

Temperature Range (℃) (General Type)

-55 to 125

 High Performance Adaptor, from DC to 110GHz. Well-perform VSWR and Insertion loss.

情境-ADAPTORS

NMD CABLE ASSEMBLY

Features

  • Significant durability with ruggedized connectors
  • Remarkable phase and loss stable cable assemblies
  • 3.5mm, and 2.92mm 2.4mm and 1.85mm test ports options
  • Shorter lead-time process
  • Suitable for all brands of Value network analysis.

 

Properties/Series

3.5mm

2.92mm

2.4mm

1.85mm

Working Frequnecy

DC~26.5GHz

DC~40GHz

DC~50GHz

DC~67GHz

VSWR(Typical/Maximum)

1.2/1.3

1.2/1.3

1.2/1.3

1.2/1.3

Phase Stability(°)(Typical/Maximum)

±2/±4

±2/±4

±2/±4.5

±4/±8

Amplitude Stability(dB) (Typical/Maximum)

±0.04/±0.1

±0.02/±0.1

±0.03/±0.1

±0.04/±0.1

Minimum bend radius

57.1mm

Temperature

Lab   conditions

Lengths(inches)

25", 36", 48" and customized

情境-END LAUNCH SERIES
Frontlynk offers various End Launch Connectors for engineers who need to install the connection between cables and printed circuit board (PCB). To reach different frequency requirements, our company provides wider ranges from SMA (26.5GHz), 2.92mm (40GHz), 2.4mm (50GHz), 1.85mm (67GHz), to 1.0mm(110GHz).

 Ultra Small series.

Img20264 P

Specification:

  SMA 2.92mm 2.4mm 1.85mm 1.0mm
Gender PLUG JACK PLUG JACK PLUG JACK PLUG JACK PLUG JACK
Frequency 26GHz 40GHz 50GHz 67GHz 110GHz
Impedance 50Ω 50Ω 50Ω 50Ω 50Ω
VSWR 1.2Max. 1.2Max. 1.2Max. 1.2Max. 1.38Max.
SMPS 情境照

The SMPS connectors are 45% smaller than SMP connectors, SMPS connectors have frequency ranges up to 100GHz. The SMPS connectors were develop to fit smaller and high frequency connectors than SMP and SMPM.

The SMPS RF/Microwave coaxial connectors provide two different levels of retention force: Smooth Bore and Full Detent. Frontlynk SMPS connectors are compatible with all kind of SMPS connectors, including Corning Gilbert's G3PO™ products.

The SMPS RF/Microwave Coaxial connectors are "Push-on" designed, easy to mate connectors, especially for PCB used.

情境-SMPM

The SMPM connectors are 20% smaller to SMP connectors and have frequency ranges up to 65 GHz. The SMPM connectors were developed to fit for smaller and higher frequency connectors than the SMP.

The SMPM connectors provide two different levels of retention force: Smooth Bore and Full Detent. Bo-Jiang SMPM connectors are compatible with all kinds of SMPM connectors, including Corning Gilbert's GPPO™ products.

The SMPM connectors are "Push-on" designed, easy to mate connectors, especially for PCB used. Applicable for: Aerospace, Broadband, Instrumentation, Routers, Telecom, High-speed Applications, Cable, PC-Board, Surface-Mount Connections.

情境-SMP

Frontlynk developed the SMP series to fulfill the customer's demands for higher-frequency and miniaturized connectors. These are easy snap-on connectors; operatible up to 40 GHz.

These SMP connectors are ideal for board to board interconnections by joining plugs on different boards with a jack-to-jack adaptor in between.

The SMP interface provides three different levels of retention force: full detent, limited detent, and smooth bore.
Full detent is often used for connections with highest retention, limited detent is only for retaining the bullet, and smooth bore is for the lowest retention.

SMA CONNECTOR

SMA connectors are subminiature units designed to provide high electrical performance for microwave applications up to 18 GHz.

Constructed with Brass or high quality Stainless Steel, SMA connectors ensure excellent durability and mechanical strength.

ssma

SSMA connectors are micro-miniature, high-frequency connectors with threaded mating (smaller version of SMA series), designed to MIL-PRF-39012 requirements.

SSMA connectors provide mechanical reggedness, no matter how small the connector is.

 

ssmb

SSMB Serious in a microminiature connectors with snap-on mating (smaller version of SMB series), designed to MIL-PRF-39012 requirements. The design permits rapid connection and disconnection in small spaces, even in inaccessible locations.

SSMB series provides excellent electrical performance in a microminiature footprint. While the snap-on mating interface allows quick installation and dense packaging, the excellent electrical performance of the SSMB series allows it to be used in many applications as an alternative to larger connectors like SMAs.

SMB
SMB series is a semi-precision and subminiature device that provides repeatable electrical performance to 4 GHz. SMB family of connectors provides a means of quick connect/disconnect through a snap-on type coupling. SMB connectors are popularly used in telecommunications, test equipment and instrumentation.
BNC
BNC connectors are characterized by their 2-stud quick disconnect bayonet lock coupling arrangement. They are suitable for a wide range of systems, including radio telecommunication systems, medical equipment, computer network and test instrumentation.
N

N connectors are medium size, high quality connectors with a coupling screw system designed for use at frequencies up to 11 GHz.

They are most suitable for use in laboratory tests, satellite TVS, MATVS and other sophisticated electronic applications where high performance and precision are necessary.

 

TNC

TNC connectors are designed with a highly reliable threaded coupling to ensure additional protection against shocks and vibrations.

They are dimensionally and electrically similar to the BNC series, and are especially suitable for use in vibration-exposed equipment such as commercial and military radio telecommunication systems, as well as avionic equipment where a highly durable coupling is needed.

TNC connectors are also widely used in medical equipment, computers and test instrumentation.

BMA

BMA Series is an easy use slide-on connector, has 50 Ohms impedance and is suitable for high performance microwave applications up to 18 GHz.

BMA Series preserve mechanical and electrical performance with interfacial misalignment features. The connector used for wireless infrastructure, satellite equipment and test and measurement.

FAKRA-image
To cope with growth demands in telematics and multimedia applications for modern automobile, Automotive Industries created a high-performing, cost-effective RF connector based on the FAKRA and USCAR standards. Based on SMB interface, FAKRA connectors include a plastic housing and are designed with multiple colored codes for easy identification. FAKRA connectors are designed to operate up to 4GHz and for applications of particular mechanical and environmental requirements of the automobile industry such as Digital Satellite Radio (SDARS), GSM, GPS…
MMCX
MMCX series is intended for use in applications where the smallest dimensions have to be achieved. MMCX connectors can be used in applications from DC to 6 GHz and aim to meet the expanding needs of surface mount coaxial interconnection system as well as the conventional connector styles for flexible and semi-rigid cables.
MCX

MCX miniature snap-on connectors have 50Ω impedance structure operates in a frequency range up to 6 GHz.

MCX series is ideal for applications of GPS, wireless communication and test instrumentation.

FME

FME connectors were originally developed for the European wireless market, but have recently seen an increase in popularity globally.

Applications are in the GPS, mobile and WLAN sectors of the communications industry.

F

F series is economically priced connectors specially designed for use with NTSC TV ANTENNA and other similar applications.

Countries using the NTSC System include: The Bahama Islands, Canada, America, Japan, Korea, Mexico, Taiwan, the Philippines, and the U.S.A.

waveguide adaptor 情境照

WR10 to W (1.0mm) Adaptor
75GHz to 110GHz
RL: -16dB Max.

Applications
Test Setup.
Instrumentation.
Transceiver.
Sub- Assemblies.

Our company not only specializes in the RF/ Microwave filed, but also provides the adaptor between Waveguide and Coaxial.

7858VS500SS001B 640

DC Blocks are coaxial components that prevent the flow of audio and direct current (DC) frequencies while offering minimum interference to RF signals.

Applications include ground loop elimination, signal source modulation leakage suppression, system signal-to-noise ratio improvement, test setup isolation and other situations where undesired DC or audio current flows in the system.