Logger Script 동축 커넥터 - Radiall ::NUBICOM::
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타입별 제품 Coaxial Connectors

SMPM / SMP / SMP-LOCK / SMP-COM / SMP-MAX

SMPM / SMP / SMP-LOCK / SMP-COM / SMP-MAX

Type Descriptions General Application Data Sheet
SMP  Radiall SMP series meets MIL STD 348, figure 326 interface standard and DESC specifications 94007 & 94008. They are intermateable with GPO® (Gilbert Engineering Inc.).

There are 3 levels of retention (applicable to the male connectors when ordering) which provide different levels of force required to connect and disconnect the connectors:

- full detent for a positive locking with a maximum retention
- limited detent for a positive locking with a medium retention
- smooth bore for the lowest retention (slide connection) 
50Ω DC -
40GHz
- Small, lightweight connectors
- Snap-in, suitable for blindmate applications
- Excellent vibration and shock performances
- Allows axial and radial misalignment
- Active array antenna
- Satellite
- Airborne
- Ship
- Ground radar
- Communication
- High speed electro-optical devices
- Board to boardapplications
다운로드
SMP-COM SMP-COM is an economically priced alternative fully intermateable with standard SMP connectors. It has been optimized to operate up to 12.4 GHz meeting the needs of telecom applications.
Compared to SMP primarily made of stainless steel material, SMP-COM uses brass material. 
DC -
12.4 GHz
SMPM 30% smaller than SMP, SMPM connectors are designed for very high frequency applications where space and package density are a necessity. Radiall SMPM series meets MIL STD 348, figure 328 interface standard. They are intermateable with GPPO®.

There are 2 levels of retention (applicable to the male connectors when ordering):

- full detent for a positive locking with a maximum retention
- smooth bore for a lower retention but higher durability 
DC-
65GHz
SMP-LOCK Radiall has expanded its broad range of SMP products with SMP-LOCK connectors featuring a robust locking mechanism, which dramatically increases the retention force of the interface and prevents accidental disconnection.

They have been specially designed for harsh environments and to withstand more severe vibration and drop tests.

SMP-LOCK connectors are suitable for cable-to cable or cable-to-module interconnections insid equipment subject to harsh mechanical stress. 
- Two step connection, low insertion force
- Audible click indicates that plug is locked,eliminating accidental disconnections
- Locking sleeve provides greater retention force more than 450N with RG-405 cable
- SMP interface has DC-40 GHz
- Plug equipped with EMI ring offers improved RFleakage performance -92dB at 18 GHz
- Airborne radars
- Avionics
- Satellites
- Missile
- UAV
- UGV
다운로드
SMP-MAX  From base stations to repeaters and even handheld and GPS devices, we have a tailored connector solution for you ;
including the new SMP-MAX, SMP-Spring, IMP-Spring and other large, limited and no misalignment solutions.
50Ω DC-
6 GHz
- Microminiature coaxial connectors
- Power up to 300 Watts
- Board to board distance misalignment of at least 0.078’’ (2.0 mm)
- Tilt (radial misalignment): 3° minimum
- 1.2 max VSWR at DC-3GHz
- Broadcast
- RF components (filters, amplifiers, .. )
- Wireless Communications
MMBX  The MMBXTM connector series is particularly suitable for board to board connection in new generation telecommunication systems.
MMBXTM connectors allow a quick connection in a minimum space requirement. Frequency range is DC to 12.4 GHz. SMT connectors are totally compatible with pick and place machines.
50Ω DC-
12.4 GHz
- Snap-on mating
- Microminiature coaxial connectors
- Robust
- Surface mount receptacles
- Fully compatible with automated pick and place machines 
- Board to board applications
- Base station
- High density packaging
다운로드
MCX The MCX series utilizes the SMB series electrical line and features a particularly simple, compact and robust interface.
The MCX series is 30 % smaller than the SMB.
The MCX series helps to miniaturize equipment. It lowers wiring connection costs through its full crimp and solder crimp versions as the centre contact of the straight models can be either crimped or soldered. It optimizes PCB layouts with its range of models for PCBs including surface mount and press-fit receptacles. 
50Ω
75Ω
DC-
6 GHz
- Subminiature coaxial connectors
- "Push-pull" snap-on mating
- Complies with specification CECC 22220
- CEI standard 1169-36
50Ω models
- Wireless  communications
- Civil and military radio
- telecom equipment 75Ω models
- Video communication
- Television broadcasting
BMR-SPRING The high-performance and robust BMR-Spring can handle a minimum board to board (or rack and panel) distance tolerance of 2 mm with custom misalignment of 3mm or more. It also features a 6°tilt.

It has an operating frequency range of DC-8 GHz, a 1.1 max VSWR guaranteed up to 3 GHz, and it can handle up to 350 watts of powerat 2.7 GHz.

BMR-Spring also features a unique non-slotted spherical interface for improved electrical performance, high vibration and shock resistance, and an 80dB of shielding up to 3 GHz. A self-alignment mechanism makes the BMR-Spring particularly ruggedized for blind- mate applications. The spring-loaded adapters are symmetrical to avoid any assembly issues.
50Ω DC-
8 GHz
- Robust
- High power up to 350W at 2.7 GHz
- Board to board distance misalignment at least 0.078” (2 mm), custom misalignment of 3 mm+
- Tilt misalignment 6°max
- Broadcast
- RF components
- Wireless communications
- Military equipment


MOEBIUS Characteristics

MOEBIUS Characteristics

Not mated  Mated 
Operating temperature range  -40°C to + 110°C 
Rated power  10 W / 900 MHz 
DC Current Withstanding  1 A max 
Frequency range  DC to 6 GHz 
V.S.W.R.  1.20 max DC to 3 GHz
1.50 max 3 to 6 GHz 
1.15 max DC to 3 GHz
1.25 max 3 GHz to 6 GHz 
Insertion loss  0.15 dB max DC to 2 GHz
0.20 dB max 2 GHz to 3 GHz
0.40 dB max 3 GHz to 6 GHz
0.10 dB max DC to 2 GHz
0.15 dB max 2 GHz to 3 GHz
0.20 dB max 3 GHz to 6 GHz
Isolation loss  - 35 dB minDC to 1 GHz
25 dB min 1 GHz to 3 GHz
25 dB min 3 GHz to 6 GHz


Item  Specification  Conditions 
Contact resistance  200 mΩ max  100 mA 
Insulation resistance  3000 MΩ min  250 V DC 
Withstanding voltage  No flashover or
insulation breakdown 
250 V rms 
Vibration  No discontinuities
> 1μs under 100mA 
Sinus: 5-500Hz / displacement 0.75 peak /
acceleration 10 g duration 2h in each direction
Random: 5-1000Hz / displacement 0.75 peak /
acceleration 3.3 g duration 1h in each direction
25 dB min 3 GHz to 6 GHz 
Shock  No discontinuities
> 1μs under 100mA 
Acceleration 50 g / duration pulse 11 ms /
wave-form pulse half sinus /
number of shocks 3 per direction 
Free fall  Center contact resistance
RF measurements No discontinuities
> 1 ms under 100mA 
NFC 20732 method 1 Test area concrete /
fall height 1 m / duration 2*2 falls 
Temperature life  Center contact resistance
RF measurements 
T + 90°C / duration 1000 h / 40% HR 
Thermal shock  Center contact resistance
RF measurements 
T - 40°C to + 90°C Exposure 15mn / transfert time < 10 s / 100 cycles 
Damp heat  Center contact resistance
RF measurements 
40°C / 93% / 21 days 
Retention Force
Insertion Force - mating
Extraction Force - unmating 
9N 12N  Initial 
Durability  Mating – unmating force
Center contact resistance
RF measurements 
25.000 cycles 


RF Power 스위칭 커넥터 (Switching Connector)

QMA 타입

QMA 타입

QMA 타입 전기적 특성
Impedance 50Ω  데이터 시트 다운로드
Frequency range DC - 3 GHz 
Typical V.S.W.R.  1.1 + 0.1000 x F (GHz) Maxi 
Isolation at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 
 
-47 dB typical
-43 dB typical
-40 dB typical 
Insertion Loss at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 

0.1 dB maxi
0.15 dB maxi
0.2 dB maxi 
RF leakage NA 
Voltage rating 300 Veff maxi 
Dielectric withstanting voltage 500 Veff mini
Insulation resistance 5000 MΩ mini 
 Power withstanding 110 W (at 2 GHz)


N 타입

N 타입

N 타입 전기적 특성
Impedance  50Ω  데이터 시트 다운로드
Frequency range  DC - 3 GHz 
Typical V.S.W.R.  1.1 + 0.1000 x F(GHz) Maxi 
Isolation at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 
 
-47 dB typical
-43 dB typical
-40 dB typical 
Insertion Loss at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 

0.1 dB maxi
0.15 dB maxi
0.2 dB maxi 
RF leakage  NA 
Voltage rating  300 Veff maxi 
Dielectric withstanting voltage  500 Veff mini 
Insulation resistance  5000 MΩ mini 
Power withstanding 100 W (at 0.9 GHz and 1.8 GHz)


SMA 타입

SMA 타입

SMA 타입 전기적 특성
 Impedance  50Ω  데이터 시트 다운로드
 Frequency range DC - 3 GHz 
 Typical V.S.W.R. 1.1 + 0.1000 x F (GHz) Maxi
Isolation at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 
 
-47 dB typical
-43 dB typical
-40 dB typical 
Insertion Loss at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 

0.1 dB maxi
0.15 dB maxi
0.2 dB maxi
RF leakage  NA 
Voltage rating  300 Veff maxi 
Dielectric withstanting voltage  500 Veff mini 
Insulation resistance  5000 MΩ mini 
Power withstanding 80 W (at 0.9 GHz) 50 W (at 1.8 GHz)


QN 타입

QN 타입

QN 타입 전기적 특성
Impedance 50Ω  데이터 시트 다운로드
Frequency range  DC - 3 GHz 
Typical V.S.W.R.  1.1 + 0.09 x F (GHz) Maxi
Isolation at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 
 
-47 dB typical
-43 dB typical
-40 dB typical 
Insertion Loss at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 

0.1 dB maxi
0.15 dB maxi
0.2 dB maxi 
RF leakage  NA 
Voltage rating  300 Veff maxi 
Dielectric withstanting voltage  500 Veff mini 
Insulation resistance  5000 MΩ mini 
Power withstanding 110 W (at 2 GHz)


TNC 타입

TNC 타입

TNC 타입 전기적 특성
Impedance  50Ω  데이터 시트 다운로드
Frequency range  DC - 3 GHz 
Isolation at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 
 
-47 dB typical
-43 dB typical
-40 dB typical 
Insertion Loss at
• DC to 1 GHz
• 1 to 2 GHz
• 2 to 3 GHz 

0.1 √F (GHz) dB maxi
0.15 dB maxi
0.2 dB maxi 
Voltage rating  300 Veff maxi 
Power withstanding 80 W (at 0.9 GHz) 50 W (at 1.9 GHz)
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