EVD Series Subminiature‑D Connectors Military Quality Removable Contact Datasheet


EVD Series Subminiature‑D Connectors Military Quality Removable Contact Datasheet - cover page
Brand
EVD
Document type
Datasheet
Language
English
Pages
3
File format
PDF
File size
295 KB
Published
08 May, 2012
Updated
08 May, 2012
MD5 checksum
2C8CE5D37C30C07BBB9FCF9D7B97B046

About this manual

The EVD Series subminiature‑D connectors are designed for military and severe industrial environments. They feature removable contacts, optional shell assemblies, and a range of mounting and locking options. Materials include glass‑filled DAP insulators, precision‑machined brass contacts, and steel or brass shells with zinc‑plate and dichromate sealing.

Technical characteristics cover electrical ratings (7.5 A contact current, 0.005 Ω max contact resistance, 1000 V rms working voltage), mechanical durability (9 lb contact retention, 500 mating cycles), and environmental performance (55 °C to +125 °C temperature range, MIL‑STD 810 humidity and immersion tests). Ordering information and code numbering are provided for custom configurations.

What's inside

  • Technical Characteristics
  • Materials and Finishes
  • Electrical Characteristics
  • Mechanical Characteristics
  • Environmental Characteristics
  • Ordering Information

Specifications

Contact Current7.5 A (nominal)
Initial Contact Resistance0.005 Ω max
Working Voltage300 V rms
Contact Retention9 lb (40 N)
Plating Thickness1.25 µm gold over copper
Temperature Range‑55 °C to +125 °C
Mating Cycles≥500 cycles

Frequently asked questions

What is the contact current rating of the EVD Series connectors?

The connectors are rated for a nominal contact current of 7.5 amperes.

What is the maximum contact resistance allowed?

The initial contact resistance must not exceed 0.005 ohms.

What temperature range can the connectors operate in?

They are specified for operation from –55 °C up to +125 °C.

Which military standards do the connectors comply with?

They meet MIL‑C‑24308, MIL‑C‑39029, MIL‑STD 1344 and MIL‑STD 810 requirements.

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