Conn AirMax VSE HDR 150 POS 2mm Press Fit RA Thru-Hole, 10120009-101LF, Amphenol

Next-generation AirMax VSe connectors provide a migration path for up to 25Gb/s per differential pair with the flexibility of an open pin field design. The connectors also feature backwards mating-compatible interfaces to existing AirMax VS connectors with minimal changes to connector footprints.The connectors combine FCI technologies for a shieldless design with no metallic plates and closely edge-coupled differential pairs with innovative design improvements to yield low loss and low crosstalk.Right angle receptacles and right angle headers will support backplane, midplane or coplanar applications. The mating-compatible interfaces and capability to preserve critical pin assignments can provide opportunities for cost savings as new or upgraded equipment is deployed. For example, a backplane or chassis can be designed to allow the installation and continued use of legacy daughter cards, line cards or blades that are already in the field as well as new or future higher-speed module cards.

  • Provides a migration path for up to 25Gb/s per differential pair
  • Shieldless design with closely coupled pairs
  • Backward mateable to existing AirMax VS® and AirMax VS2® designs
  • 5 pair backplane and coplanar versions are available
  • Hard metric design practice

Характеристики

Бренд

Max_voltage_rating

50 Vac

Operating_temperature

-55 to 85 °C

Mounting

Through Hole

Max_current_rating

0.5/Contact A

Pitch

2 mm

Lead_finish

Tin Over Nickel

Htsn

8536694040

Eccn

EAR99

Country_of_origin

China

Kind

AirMax VSE

Product_length

21.9 mm

Max_contact_resistance

60 MOhm

Contact_material

Copper Alloy

Number_of_contacts

150 POS

Product_dimensions

21.9 x 38 x 24.8

Base_housing_material

Thermoplastic

Housing_color

Natural

Number_of_rows

15

Body_orientation

Right Angle

Gender

HDR

Termination_method

Press Fit

Specifications

http://www.amphenol-icc.com/media/wysiwyg/files/documentation/datasheet/backplane/bpl_airmax_vse.pdf

Schedule_b

8536694040

Pin_count

150

Артикул: 10120009-101LF

Описание

Next-generation AirMax VSe connectors provide a migration path for up to 25Gb/s per differential pair with the flexibility of an open pin field design. The connectors also feature backwards mating-compatible interfaces to existing AirMax VS connectors with minimal changes to connector footprints.The connectors combine FCI technologies for a shieldless design with no metallic plates and closely edge-coupled differential pairs with innovative design improvements to yield low loss and low crosstalk.Right angle receptacles and right angle headers will support backplane, midplane or coplanar applications. The mating-compatible interfaces and capability to preserve critical pin assignments can provide opportunities for cost savings as new or upgraded equipment is deployed. For example, a backplane or chassis can be designed to allow the installation and continued use of legacy daughter cards, line cards or blades that are already in the field as well as new or future higher-speed module cards.

  • Provides a migration path for up to 25Gb/s per differential pair
  • Shieldless design with closely coupled pairs
  • Backward mateable to existing AirMax VS® and AirMax VS2® designs
  • 5 pair backplane and coplanar versions are available
  • Hard metric design practice

Детали

Бренд

Max_voltage_rating

50 Vac

Operating_temperature

-55 to 85 °C

Mounting

Through Hole

Max_current_rating

0.5/Contact A

Pitch

2 mm

Lead_finish

Tin Over Nickel

Htsn

8536694040

Eccn

EAR99

Country_of_origin

China

Kind

AirMax VSE

Product_length

21.9 mm

Max_contact_resistance

60 MOhm

Contact_material

Copper Alloy

Number_of_contacts

150 POS

Product_dimensions

21.9 x 38 x 24.8

Base_housing_material

Thermoplastic

Housing_color

Natural

Number_of_rows

15

Body_orientation

Right Angle

Gender

HDR

Termination_method

Press Fit

Specifications

http://www.amphenol-icc.com/media/wysiwyg/files/documentation/datasheet/backplane/bpl_airmax_vse.pdf

Schedule_b

8536694040

Pin_count

150