2.92mm Female Field Replaceable Connector 4 Hole Flange Mount 0.02 inch Pin 340 inch Hole Spacing, with Metal Contact Ring

MOP$332.10
  • Brand: Ebeestock
  • Product Code: ET09937
  • Availability: In Stock

- +
Total MOP$332.10

Key Specifications

PolarityStandard
Connector Series2.92mm
Connector GenderFemale
Body StyleStraight
Attachment MethodField Replaceable
Mount Method4 Hole Flange
Minimum FrequencyDC
Maximum Frequency40 GHz
Interface Type 10.02 inch Pin

Description

2.92mm Female Field Replaceable Connector 4 Hole Flange Mount 0.02 inch Pin, .340 inch Hole Spacing, with Metal Contact Ring

ET09937 2.92mm female 4 hole flange connector has an interface type of 0.02 inch pin and a impedance. Ebeestock 2.92mm female 4 hole flange connector uses shield/contact as an attachment method. Our female 2.92mm connector provides a minimum frequency of DC and a maximum frequency of 40 GHz.

The Ebeestock 2.92mm female 4 hole flange connector has a PEI dielectric type and a VSWR of 1.2. The Ebeestock 2.92mm connector has a passivated stainless steel body. Our ET09937 2.92mm connector uses beryllium copper contact. This 2.92mm female 4 hole flange RF connector is REACH compliant.

This Ebeestock female 2.92mm 4 hole flange connector will ship the same day as purchased. Our 4 hole flange 2.92mm female connector is part of over 40,000 RF, microwave and millimeter wave components in stock for worldwide shipment. We also build custom 2.92mm connector cable assemblies that will ship the same day as well.

Ask Question About Product

Note: HTML is not translated!
  • All(0)
  • Good(0)
  • Fair(0)
  • Poor(0)
  • Image(0)

Related Products

If the price of the product is reduced within 30 days, we will notify you via email, SMS and mobile client~
Notify you when the item is below the price
Mobile phone number
Email address
If the goods arrive within 30 days, we will notify you via email, SMS and mobile client~
Mobile phone number
Email address
Checkin successfully
Get bonus points:
My Points 0
Signed in 0Day
Checkin Record
Time Points Detailed description