10026694-006

Pluggable connectors are an essential component of any electrical system. They allow energy sources, supplies, devices and loads to be connected together safely and securely. The 10026694-006 is an example of a pluggable connector and it has a number of different applications and uses. It is a pluggable microfilter which can be used in a variety of applications to provide high frequency filtering and signal conditioning.

The 10026694-006 is designed for applications where low-power electrical and electronic signals need to be filtered, such as in medical equipment or communication systems. It is a small form factor pluggable connector with contacts rated for 3A at 380V AC, and it is rated to UL1977, CSA C22.2 No. 60950.1, and RoHS compliant.

The 10026694-006 has a working principle involving the use of a single-channel filter. The filter is placed between the source and the load and works by blocking high frequency signals while allowing low-frequency signals to pass. This reduces interference and thereby allows signals to be transmitted safely and reliably. This is why 10026694-006 is able to provide excellent signal conditioning.

This type of connector is well suited to applications where high accuracy, stability, and reliability are required. It can be used in a range of medical, defense, industrial and commercial applications. It is particularly useful for applications such as medical devices where interference is a serious concern and highly accurate and reliable signal transmissions are essential. Being pluggable means that the connector can be easily and quickly replaced when needed.

The 10026694-006 is a robust and reliable pluggable microfilter designed for a variety of applications. Its single-channel filter design helps ensure reliable signal transmission while blocking high frequency interference. It has a wide range of applications in medical, defense, industrial and commercial environments, and its pluggable design make it easy to use and maintain. This makes the 10026694-006 an ideal choice for applications where accurate and reliable signal transmissions and interference reduction are essential.