Microwave Coaxial
Connector Technologies
SENSORVIEW coaxial connectors are designed and fabricated to guarantee
optimized performance of the end products. We can provide the optimum
transition for low return loss. Specially we can tailor connectors to specific
equipment and application needs.
Connector technologies
- FEM analysis for impedance matching
- Milling & Plating
- Molding & Polishing
- Stamping & Soldering
- Characterization
- Laser, Ultrasonic, Sealing
Coaxial ADAPTER
Frequency [GHz] | Interface | VSWR Max. |
---|---|---|
DC ~ 50GHz | 2.4mm, SMPM | < 1.25 |
DC ~ 40GHz | 2.92mm (K), SM | < 1.25 |
DC ~ 33GHz | HFSMA® | < 1.25 |
DC ~ 26.5GHz | HFSMA®, SMP | < 1.22 |
DC ~ 18GHz | SMA, N | < 1.2 |
DC ~ 6GHz | MCX, MMCX, etc. | < 1.2 |
Phased Matched Adapters
DC ~ 40/50GHz
range of adapters within / between series. Matched adapters have the same nominal
connector mating reference plane to reference plane length.
The connector mating plane is the plane along which two mating connector outer
conductors come together. All adapter’s phase difference range is ±2 degree.
Line up
2.92Male | 2.92Female | 2.4Male | 2.4Female | |
---|---|---|---|---|
2.92M | ||||
2.92M | ||||
2.92M | ||||
2.92M |
PRODUCTS
-
SENSORVIEW ADAPTER
2P4(M)_ST_K(M)01
2.4mm(M) to
2.92mm(M)Frequency : DC ~ 40GHz
VSWR : 1.15 Max
Impedance : 50 ohm
Insertion loss : 0.15dB Max @ 40GHz
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
2P4(F)_ST_K(F)01
2.4mm(F) to
2.92mm(F)Frequency : DC ~ 40GHz
VSWR : 1.15 Max
Impedance : 50 ohm
Insertion loss : 0.15dB Max @ 40GHz
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
2P4(M)_ST_2P4(M)01
2.4mm(M) to
2.4mm(M)Frequency : DC ~ 50GHz
VSWR : 1.25 Max
Impedance : 50 ohm
Insertion loss : 0.25dB Max @ 50GHz
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
K(F)_ST_K(F)01
2.92mm(F) to
2.92mm(F)Frequency : DC ~ 40GHz
VSWR : 1.15 Max
Impedance : 50 ohm
Insertion loss : 0.15dB Max @ 40GHz
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
2P4(M)_ST_K(F)01
2.4mm(M) to
2.92mm(F)Frequency : DC ~ 40GHz
VSWR : 1.15 Max
Impedance : 50 ohm
Insertion loss : 0.15dB Max @ 40GHz
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
2P4(F)_ST_K(M)01
2.4mm(F) to
2.92mm(M)Frequency : DC ~ 40GHz
VSWR : 1.15 Max
Impedance : 50 ohm
Insertion loss : 0.15dB Max @ 40GHz
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
2P4(F)_ST_2P4(F)01
2.4mm(F) to
2.4mm(F)Frequency : DC ~ 50GHz
VSWR : 1.25 Max
Impedance : 50 ohm
Insertion loss : 0.25dB Max @ 50GHz
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
K(M)_ST_K(M)01
2.92mm(M) to
2.92mm(M)Frequency : DC ~ 40GHz
VSWR : 1.15 Max
Impedance : 50 ohm
Insertion loss : 0.15dB Max @ 40GHz
Mating cycle : 500 times min.
NMD & Bulkhead Adapters
DC ~ 40GHz
range of adapters within / between series. Matched adapters have the same nominal
connector mating reference plane to reference plane length.
The connector mating plane is the plane along which two mating connector outer
conductors come together. All adapter’s phase difference range is ±2 degree.
PRODUCTS
-
SENSORVIEW ADAPTER
K(F)_NM_K(F)01
K(f) to K(f)
Frequency : DC ~ 40GHz
VSWR : 1.20 Max
Impedance : 50 ohm
Insertion loss : 0.26 dB Max @ 40GHz
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
K(F)_BH_K(F)02
K(f) to K(f)
Frequency : DC ~ 40GHz
VSWR : 1.15 Max
Impedance : 50 ohm
Insertion loss : 0.20 dB Max @ 40GHz
Mating cycle : 500 times min.
SMP board to board connector
DC ~ 40GHz series
Interconnects commonly used in high density, blind-mate systems that can operate up to
40 GHz. SMP connectors are offered in a high frequency 40 GHz version as well as a lower
frequency 12 GHz version and are also available.
Specification
Impedance | 50 Ω | |
---|---|---|
Frequency range | DC ~ 40GHz | |
VSWR max. | straight | Right angle |
< 1.5 | < 1.7 | |
Insertion Loss | 0.15 X √F[GHz] | |
RF Leakage | -70 dB max | |
Voltage rating | 335 V rms, 50Hz |
Temperature range | -55℃~125℃ |
---|---|
Thermal shock | MIL STD 202, method 107, Condition |
Vibration | MIL STD 202, method 204, Condition D |
Moisture resistance | MIL STD 202, method 106 |
Shock | MIL STD 202, method 213, Condition I |
Material | Plating | |
Frequency range | Brass / Stainless steel | Gold / Passivated |
---|---|---|
VSWR max. | BeCu | Gold |
VSWR max. | Brass | Gold |
Insertion Loss | BeCu | Gold |
RF Leakage | Stainless steel | Passivated |
Voltage rating | ULTEM / PTFE | - |
Smooth bore | Limited detent | Full detent | |
Durability(mating) | 1000 | 500 | 100 |
---|---|---|---|
Engage | < 9 N | < 45 N | < 68 N |
Disengage | > 2 N | > 9 N | > 22 N |
Axial misalignment | ± 0.3mm | ||
Radial misalignment | 4˚ |
Precision Microwave Adapters
SENSORVIEW all adapter meets MIL STD 348.we are manufacturing a wide range of adapters within / between series.
Line up
Frequency [GHz] | Interface | VSWR Max. |
---|---|---|
DC ~ 50GHz | 2.4mm, SMPM | < 1.25 |
DC ~ 40GHz | 2.92mm (K), SMP | < 1.25 |
DC ~ 26.5GHz | HFSMA®, SMP | < 1.22 |
DC ~ 18GHz | SMA, N | < 1.2 |
DC ~ 6GHz | MCX, MMCX, etc. | < 1.2 |
PRODUCTS
-
SENSORVIEW ADAPTER
SMA(M) to
SMA(M)Frequency : DC ~ 18GHz
VSWR : 1.20 Max
Impedance : 50 ohm
DWV : 1200V rms Max
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
N(M) to
SMA(M)Frequency : DC ~ 6GHz
VSWR : 1.20 Max
Impedance : 50 ohm
DWV : 1200V rms Max
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
N(F) to
SMA(F)Frequency : DC ~ 8GHz
VSWR : 1.20 Max
Impedance : 50 ohm
DWV : 1200V rms Max
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
N(F) to
SMA(F)Frequency : DC ~ 9GHz
VSWR : 1.20 Max
Impedance : 50 ohm
DWV : 1200V rms Max
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
NF) to
N(F)Frequency : DC ~ 11GHz
VSWR : 1.25 Max
Impedance : 50 ohm
DWV : 2500V rms Max
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
DIN(M) to
N(M)Frequency : DC ~ 6GHz
VSWR : 1.20 Max
Impedance : 50 ohm
DWV : 2500V rms Max
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
DIN(F) to
DIN(F)Frequency : DC ~ 6GHz
VSWR : 1.20 Max
Impedance : 50 ohm
DWV : 2500V rms Max
Mating cycle : 500 times min.
-
SENSORVIEW ADAPTER
SMA(M) to
MMCX(M)Frequency : DC ~ 9GHz
VSWR : 1.20 Max
Impedance : 50 ohm
DWV : 1000V rms Max
Mating cycle : 500 times min.