Junkosha - MWX3 Series cables - Standard Assemblies for Equipment Wiring

Junkosha - MWX3 Series cables - Standard Assemblies for Equipment Wiring
An extensive range of cables are available with a wide operating temperature range .
MWX3 series uses a porous PTFE dielectric material to ensure excellent phase stability against temperature fluctuations (continuous operational temperature range: -65 to 125°C (-30 to 85°C for MWX315)).

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Junkosha - MWX4,5 Series cables - Formable Series for Fixed Wiring
MWX4 and 5 series offer formability. This equates to ease of use - ideal for internal and external wiring applications, especially if these applications support high frequencies up to 67 GHz with lower insertion loss than semi-rigid cables. A broad range of connectors are available to meet your specific needs.

Junkosha - MWX6 Series cables - Highly Precise Skew Matching Assemblies
Skew between two cables is less than 1psec. Highly precise skew matching cable assemblies with less than 1psec skew between the pair for measurement of digital transmissions. This cable series has low insertion loss, appropriate for measuring high-precision differential transmission signals. Four types of cables are available with a variety of frequencies (26.5GHz, 40GHz, 50GHz and 67GHz).

Junkosha - MWX0 Series cables - Enhanced Phase Stability for Precision Measurements
MWX0 series provides excellent phase stability against both bending and temperature fluctuations from -30 to +85°C. They are ideal for use with Vector Network Analyzers for precision measurement requirements.

Junkosha - MWX2 Series cables - Phase stability and added mechanical flexibility for precision measurements
MWX2 series features superior mechanical flexibility which facilitates excellent measurement operation. Consequently there is no need to add any extra stress to the Devices under Test.
MWX2 series is inherently soft in terms of flexiblity and is available in a variety of frequencies ranging from 12, 18, 26.5, 40, 50 and 67 GHz with the appropriate connectors.

Junkosha - MWX1 Series cables - Wide operational temperature range and High durability for precision measurements
  • MWX121 - Heat Resistant - offers a wide temperature range from -65 to +125°C.
  • MWX122 - High Durability - offers excellent cable durability against repeated bending.

Junkosha - MWX001 & MWX002 cables - Over 110GHz type
  • Junkosha offers two types of 110 GHz cables for measuring instruments.Junkosha offers two types of 110 GHz cable assemblies for measuring instruments.
  • Our MWX001 assembly features the lowest insertion loss among any cables for measuring applications requiring flexiblity. Our MWX002 assembliy boasts industry leading phase stability against bending.
  • In addition, our MWX002 enables measurement with frequencies up to 120GHz.
  • Customers can select the optimal assemblies according to their testing needs.

Junkosha - MWX161 Phase Stability & Slim Cable - Up to 67 GHz
  • Cable assemblies with small diameter at neck part and the most suitable for multi-port VNA.
  • Torque Driver is available to mount on narrow pitch connector arrangement board.
  • Cable assemblies with excellent phase stability against bending and temperature.
  • Cable assemblies with excellent mechanical characteristics using SUS flexible tubing for protection.
  • Wide range of connectors: 3.5 mm, 2.92 mm, 2.4 mm and 1.85 mm

Junkosha - MWX0 Series3.5mm(m) Connector Multi-lock type
For the phase stabilized measurement MWX021, the "Multi Lock type" is available. It is a new type 3.5-mm connector that not only can be easily attached and detached, but also has high phase stability.

Brandywine - NFS-220 Plus - GPS Time & Frequency Standard
  • 16 Channel GPS Receiver or ICD-GPS060 Have Quick/1PPS input references
  • High Visibility Time of Year Display
  • Choice of Disciplined Oscillator
  • High Stability Time and Frequency outputs. o 1U 19” rack mount
  • Network Interface for remote management and NTP server
  • Three 1PPS outputs with propagation delay compensation
  • Mutiple time code outputs (IRIG B, A, E, G)
  • Four 10 MHz Sinewave outputs
  • Have Quick time code
  • Advanced Oscillator Control Algorithm