AK3505/L-1.25

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The AK3505/L-1.25 is an excellent choice for D-Sub cables that have precision conductor spacing, reduced crosstalk and low signal loss. It has a nominal impedance of 50 ohms and is available in two versions: top-mounted shield and side-mounted shield. Designated AK3505/L-1.25, it features a heavy-duty aluminum-based (carbon steel) body. It also has a robust design that incorporates a full 360-degree shielding between the signal and the ground conductors. The interlocking connector housings provide a reliable, positive connection.

Applications for the AK3505/L-1.25 D-Sub cable include:

• Industrial applications such as operator consoles and fieldbus
• Test and measurement systems
• Data processing systems
• Computer communication systems

The AK3505/L-1.25 cable is designed to provide precise signal transmission and low-dielectric losses at high frequencies. It is constructed with precision-tolerance connectors that provide a very reliable, low-contact-resistance connection. The heavy-duty aluminum body ensures maximum signal shielding to reduce crosstalk and EMI. The signal contacts are insulated to prevent potential shorts. The cable has a solid construction for maximum protection and durability.

The working principle of the AK3505/L-1.25 D-Sub cable is based on using a shielded cable and connectors with precise tolerances to provide an efficient, low-loss transmission of digital signals. The length of the cable is a key factor in minimizing signal losses over long distances because of the capacitive and resistive losses that increase over distance. The shielding of the cable provides protection from EMI interference and the internal conductor insulation protects against shorts. The precision-tolerance connectors also ensure that there is a valid connection between the cable and the connectors.

The AK3505/L-1.25 D-Sub cable is an ideal choice for a variety of data processing, industrial, test and measurement, and computer communication applications. Its robust construction, precise conductor spacing, and low signal loss make it an ideal choice for those applications.

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