Nicomatic CMM Series 320 Mixed

The NICOMATIC CMM 320 Mixed Interconnect system is a 2mm pitch connector with 3 rows of signal or mixed contacts, HF or HP. Available in male or female from 6 to 120 contacts, or up to 15 HF or HP contacts (Series 30) with proven high reliability under the most extreme environmental conditions like aircraft electronics and rail transport systems.

Description

Description

NICOMATIC CMM SERIES 320 MIXED HP/HF

The NICOMATIC CMM 320 Mixed Interconnect system is a 2mm pitch connector with 3 rows of signal or mixed contacts, HF or HP. Available in male or female from 6 to 120 contacts, or up to 15 HF or HP contacts (Series 30) with proven high reliability under the most extreme environmental conditions. The Nicomatic CMM range was designed for use in aerospace, instrumentation and control, military and transportation sectors with applications to date including IFES, HUD, flight controls, FADEC units, radar, missiles, optoelectronic sighting systems, space satellites, mobile radios, power supplies, UAVs and engine controls.

Key Features

Key Features

  • Board-to-board, board-to-wire and wire-to-wire connections
  • High density ­ saves up to 50% space and weight over conventional connectors
  • Mixed layout, LF, HF and HP in one footprint
  • 6 to 120 LF contacts, or up to 20 HF or HP contacts (series 30), up to 2500 mating cycles
  • High reliability contact design for harsh environment usage
  • MIL-DTL-55302F and BS-9525-F0033 compliant
  • Resistant to solvents, radiation + oxygen free
  • RoHS and Reach compliant with tin whiskers free, gold plated contacts
  • 260ºC insulator allows infrared, wave or vapour phase
  • Secure latched or jackscrew locking for anti-vibration interconnection
  • Nicomatic CMM320 series with series 30 special contacts are mateable and drop-in replacements for Harwin 3-Row J-Tek and Mix-Tek Datamate. The two ranges are comparable in fit, form and function.
Specifications

Specifications

Materials

  • Insulator: Special PPS recognised for space applications
  • High Frequency/High power Contacts
    Insulator: PTFE (HF)
    Spring Loaded Parts: Be/Cu gold plated
    Other Metal Parts: Copper alloy
    Retaining Clip: Be/Cu Ni plated

Electrical

  • High Power Contact:
    Intensity: Series 30 = 20 A / Series 22 = 10A
    Contact resistance: max 6mΩ
    Max voltage (sea level): 1000V (RMS)
    Operating voltage (sea level: 180 V AC/500mA
  • High Frequency Contact:
    Impedance: 50Ω/ 75Ω
    Insulation resistance: 106 MΩ / 250V (RMS)
    SWR Frequency range: Series 30 = 6 Ghz, Series 22 = 1.5 Ghz
    Insulation between 2 contacts: -100dB (depending on cable)

Environmental

  • Operating Temperature: -60ºC to + 260ºC
  • Salt spray test: 96 hrs
  • Humidity test: 56 days @ 90% humidity

Mechanical

  • Mechanical operations: Up to 2500 cycles
  • Contact insertion force: From 0.60 to 5 N per contact
  • Contact withdrawal force: From 0.50 to 2 N per contact
  • Secure overlapping: 1.30mm
  • Contact replacement in insulator: 50 cycles for HF/HP 30 series, 5 cycles for HF/HP 22 Series.
Applications

Applications

The Nicomatic CMM micro-connectors high reliability under the most extreme environmental conditions of use ~ vibration, shock severity, high temperature (250°C for 1000 hours exceeding the 85°C per the MIL), humidity, salt spray, corrosion and high altitude (70,000 ft) has fulfilled the most rigorous requirements under the MIL-DTL55302F qualification test routine and EIA test procedures. The high level of modularity in the CMM320 mixed layout family makes them especially suited for space and weight-contained applications such as unmanned aircraft.

Nicomatic has developed back potting services and shapes as a fast, flexible and reliable solution for harness protection in the CMM Connector Series. These backpotting solutions provide protection from moisture or debris to the contacts while offer strain relief to the wire and cable as an effective alternative to overmolding or backshells. CMM320 and CMM340 use extended walls in the housings allowing them to be filled and protect terminated contacts.