Molex Female PicoBlade to Unterminated Crimped Wire, 304mm, 0.08mm², Red

Molex PicoBlade Series Crimped Wire, Female Gender, 0.08mm² Wire size - 797581061

This crimped wire, classified as a precrimped lead, features a PicoBlade configuration with a female connector leading to a pigtail. With a length of 304mm, it utilises UL1061 wire specifications, making it an essential component for various electrical applications. The wire is encased in a vibrant red sheath, ensuring visibility in assembly setups.

This crimped wire, classified as a precrimped lead, features a PicoBlade configuration with a female connector leading to a pigtail. With a length of 304mm, it utilises UL1061 wire specifications, making it an essential component for various electrical applications. The wire is encased in a vibrant red sheath, ensuring visibility in assembly setups.

Features & Benefits

• Constructed with PHOSPHOR BRONZE metal for durability • Utilises tin contact plating for improved conductivity • Female-to-pigtail interface for versatile connections • Compatible with UL1061 wire specifications for reliability

• Constructed with PHOSPHOR BRONZE metal for durability • Utilises tin contact plating for improved conductivity • Female-to-pigtail interface for versatile connections • Compatible with UL1061 wire specifications for reliability

Applications

• Used in automation systems for reliable signal transfer • Suitable for interconnection in electronic devices • Ideal for requiring a compact connection solution • Used in power and signal cable assemblies

• Used in automation systems for reliable signal transfer • Suitable for interconnection in electronic devices • Ideal for requiring a compact connection solution • Used in power and signal cable assemblies

What are the optimal wire insulation dimensions for this component?

The wire insulation diameter ranges from 0.50mm to 1.00mm, making it adaptable for various connections.

The wire insulation diameter ranges from 0.50mm to 1.00mm, making it adaptable for various connections.

How does the material selection impact performance and conductivity?

Utilising phosphor bronze as the base material along with tin plating enhances both electrical conductivity and resistance to corrosion.

Utilising phosphor bronze as the base material along with tin plating enhances both electrical conductivity and resistance to corrosion.

Can this crimped wire be used in high-frequency applications?

Yes, its construction aligns well with high-frequency demands, ensuring minimal signal loss during transmission.

Yes, its construction aligns well with high-frequency demands, ensuring minimal signal loss during transmission.