SWH204-NULN-D11-UU-WH

The SWH204-NULN-D11-UU-WH is a four-position, rectangular connector housing from the XLR family of product offerings from Amphenol.

The SWH204-NULN-D11-UU-WH is characterized by its robust construction, reliability and overall design integrity. The connector housing is designed to provide power and signal connection to electronic devices while maintaining a high performance standard with minimal size and weight.

The SWH204-NULN-D11-UU-WH is used primarily in the aerospace, audio, automotive, instrumentation and medical fields, as well as in many other challenging applications. The connector housing is capable of providing signal connections up to sixty-four amps and is designed to meet a variety of environmental requirements including temperature, vibration and shock.

The SWH204-NULN-D11-UU-WH is constructed using a die-cast zinc alloy with gold plating covered by an anodized aluminum cap. The anodized aluminum cap provides protection from environmental elements and prevents corrosion. Additionally, the gold plating helps ensure that the highest degree of signal integrity is maintained.

The SWH204-NULN-D11-UU-WH also features a four-position, cold-formed, liquidtight connection design that ensures reliable, positive mating of the contacts to the cables, as well as superior strain relief and shielding. The contacts are spring-loaded, providing a vibration-proof connection with a secure hold. Additionally, the SWH204-NULN-D11-UU-WH has two locking holes that can be used when mounting the connector on panels or bulkheads.

The SWH204-NULN-D11-UU-WH is designed for use in a variety of rectangular connectors such as XLR connectors, SMA connectors, BNC connectors, twisted-pair connectors and SMT connectors. The connector housing provides connections between electronic components and separate circuits or systems, allowing for the transfer of power and data signals.

The SWH204-NULN-D11-UU-WH is engineered to last and provides reliable, efficient operation. The connector housing is designed to maintain a consistent signal quality during operation and provides increased reliability and stability.