ATB6SL22

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The ATB6SL22 is a 6- way single row, 2.54 mm pitch through-hole terminal block jumpers. These terminal block jumpers allow separation of signal connections including power and data, for example, separating signal connections for a PCB and an LCD screen. They feature an upward removable design which enables them to be reused and repositioned quickly and easily.

The ATB6SL22 terminal block jumpers are available with gold plating or tin plating. The tin plating is designed to provide a low resistance contact, while the gold plating can be used for higher temperatures and to prevent oxidation. These terminal block jumpers can be used for a variety of applications including automotive, medical, and industrial. Furthermore, they are designed to provide excellent performance in harsh and high temperature environments.

The ATB6SL22 offers an improved working principle compared to traditional terminal blocks. The terminal block jumpers feature a tightening system which enables the terminals to be securely fastened in place and provides a consistent contact throughout the connection. Furthermore, the tighter contact also helps to reduce electromagnetic interference. Additionally, the terminal block jumpers are designed to prevent contact misalignment which helps to reduce contact resistance.

The ATB6SL22 is a cost effective solution for connecting components on a PCB. The terminal block jumpers can easily be removed and repositioned allowing for greater flexibility in applications. Furthermore, they can be used for harsh environments and in high temperature applications, making them a durable and reliable option. Additionally, the reduced contact resistance helps to ensure consistent performance over time.

The ATB6SL22 terminal block jumpers are a versatile and reliable option for a wide range of applications. They are designed to provide secure and consistent connections in harsh and high temperature environments. The improved working principle helps to reduce contact resistance and prevent contact misalignment, making them a cost effective solution for PCB connection.

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