Connectors Adapetrs

Attenuator

N-Type High Power Attenuators, DC-18 GHz, 2~500 Watts

Key Facts
  • Impedence : 50 Ohms
  • DC-18 GHz, upto 500W average power
  • Operating Temperature: -55 ~ 125 degree C
  • Average Power at 25°C ambient temperature
  • S21 plots available with shipment
  • Refer to detailed datasheets for peak power, VSWR performance data

SMA Type High Power Attenuators, DC-18 GHz, 2~50 Watts

Key Facts
  • Impedence : 50 Ohms
  • DC-18 GHz, upto 50W average power
  • Operating Temperature: -55 ~ 125 degree C
  • Average Power at 25°C ambient temperature
  • S21 plots available with shipment
  • Refer to detailed datasheets for peak power, VSWR performance data

Variable Step Attenuators, DC-18 GHz, 0 ~ 101 dB Range

Key Facts
  • Impedence : 50 Ohms
  • Broadband – Available in a choice of frequency ranges DC-18 GHz.
  • Wide Choice of Attenuation Ranges : 0 ~ 101 dB
  • Operating Temperature: -55 ~ 125 degree C
  • S21 plots available with shipment. Refer to detailed datasheets for VSWR performance data
  • Environmental – Conform to meet most environmental requirements of MIL-A-24215
  • Excellent Repeatability
Key Facts
  • Mixers use high-performance monolithic diodes for superior isolation and the lowest loss possible.
  • Synthesized input and output matching networks maintain maximum response
  • flatness across the performance band.
  • Quarter wavelength stubs are used to provide diode ground paths and optimize Return Loss.

R F Mixer

R F Mixer

Key Facts
  • Mixers use high-performance monolithic diodes for superior isolation and the lowest loss possible.
  • Synthesized input and output matching networks maintain maximum response flatness across the performance band.
  • Quarter wavelength stubs are used to provide diode ground paths and optimize Return Loss.

LL40 Series Pre-Connectorized Cable Sets

Key Facts
  • LL40 series cable sets are designed as superior alternative to corrugated cables and RG214 cables. Usable upto 6 GHz:
  • Equivalent to RFS LCF14-50 and Andrews LDF1-50
  • Ideal replacement for corrugated types for advantage of FLEXIBILITY
  • Lower Loss alternative to “RG214” types with the same mechanical size

Sensor cable sets

Key Facts
  • Low noise, high impedance cables with conductive coated dielectric for charge mode sensors. Reduce ‘tribo-electric’ effect induced output variations
  • Choice of Microdot 10-32, BNC, TNC connectors from world-class suppliers like Tyco, Rosenberger or equivalent.
  • MIL-39012 conformant
  • Drop-in equivalents to common Kistler, PCB, Dytran types readily available
  • Imported cables, MIL-C-17 conformant

Low Loss Pre-Connectorized Cable Sets, LL 58 Series

Key Facts
  • LL58 series cable sets are designed as superior alternative to RG58, RG223 types. Usable upto 6 GHz with a wide choice of connectors like SMA, N, BNC, TNC and in various styles like straight, right angle and panel mounts.
  • RF Shielding is 90 dB. This is 30dB higher than 60dB (typical) for single shielded RG types.
  • Low Loss: Loss is 30% less than comparable size RG cables.
  • Flexibility: LL58 types are highly flexible and can be routed easily. They have the tightest bend radius available for any cable of similar size and performance.

Hi Power SMA Loads

Key Facts
  • Impedance : 50 Ohms
    DC-18 GHz, upto 50W average power
    Operating Temperature: -55 ~ 125 degree C
    Average Power at 25°C ambient temperature
    S21 plots available with shipment
    Refer to detailed datasheets for peak power, VSWR performance data

2.92 Precision Terminations

Key Facts
  • Impedence : 50 Ohms
    DC-40 GHz, upto 20W average power
    Operating Temperature: -55 ~ 125 degree C
    Average Power at 25°C ambient temperature
    Refer to detailed datasheets for peak power, VSWR performance data

Hi Power N Loads

Key Facts
    • Impedence : 50 Ohms

 

    • DC-18 GHz, upto 500W average power

 

    • Operating Temperature: -55 ~ 125 degree C

 

    • Average Power at 25°C ambient temperature

 

    • S21 plots available with shipment

 

    Refer to detailed datasheets for peak power, VSWR performance data
R F Dividers

R F Dividers

Key Facts
    Aluminum case with removable lid. Installed stripline circuit board easily removed with 3 screws. Inside milled out to 1-1/4″ x 1-3/8″ x 5/16″. Outer dimensions: 2″ x 2″ x 3/4″. Power splitter / combiner is made for 800 – 900 MHz range

R F Dividers

Key Facts
    • Ideal for antenna, CATV and satellite TV coaxial operations
    • Can be used as a RF coax splitter for splitting signal from a RF coax source into multiple ones.
    • Used as RF coax combiner for joining multiple RF coax signals into one run.
    • Accurately split or combine your cable TV and antenna signals.
    • Distribute one RF coax line for 8 TVs or receiving devices.
    • Merge 8 RF coax lines into one for further distribution.
    • High isolation, perfect performance index.
    • The CATV Signal Splitter converts one standard RF coaxial cable .
    • RF shielded die cast housing for absolute minimal insertion losses.
    • Light weight and compact size.
Specifications
  • All ports F-(f)connector,75Ohm
  • Screening factor: 5-2400MHz≥100dB

R F Dividers

Key Facts
  • Brand new and high quality.
  • Low insertion loss and high isolation.
  • Advanced manufacture technique and surface plating.
  • Frequency: 1500MHz – 8000Mz.
  • Split: 2-way.
  • Power: 50W max.
  • Insertion Loss:≤0.5dB max.
  • Amplitude balance: ±0.2dB Max.
  • Phase Balance:±3 Max. VSWR: 1 :1.3
  • Temperature range: -40 to – 70.
  • Connector type: SMA, 50 Ohms.
  • Size: 5.1cm x 3.4cm x 1.3cm
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