CBT25J4M7

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The CBT25J4M7 is a Through Hole Resistor commonly used in electronic circuit designs for those requiring a higher power rating than standard chip resistors. This resistor type is suitable for use in industrial and automotive devices that require reliable resistance values. This is because its power rating and resistance range are optimized for those specific needs. Additionally, the CBT25J4M7 features a no-lead design which is suitable for applications where space efficiency is of paramount importance.

The CBT25J4M7 is offered in various resistance values ranging from 1 ohm to 1 megohm. It also offers superior temperature stability with a maximum resistance change of only 0.05% per degree Celsius. This gives it the reliability and accuracy necessary for use in circuit designs requiring precision performance.

A key feature of the CBT25J4M7 is its ability to handle high power applications. This is due to its surface mount construction which minimizes power loss. Furthermore, it offers excellent overload protection due to its PTC design. The resistor\'s surface-mount construction also helps reduce manufacturing costs compared to through-hole style resistors.

Aside from its superior power handling capabilities, the CBT25J4M7 also features additional advantages. It is flame-resistant in accordance with UL 94V-0 and has a higher surge resistance capability than other resistor types. It is also immune to most environmental conditions. This ensures that circuit designs containing the CBT25J4M7 are circuit designs are able to withstand a wide range of temperatures and vibrations.

The CBT25J4M7 also has a higher conductivity than other resistor types, making it ideal for automotive applications. The resistor\'s higher conductivity helps reduce EMI noise and interference that can adversely affect electronic devices.

In summary, the CBT25J4M7 is a Through Hole Resistor designed specifically for high power applications. Its no-lead design, PTC design, and high power capabilities make it well-suited for use in industrial and automotive devices. Additionally, its flame-resistant and environmental immunity capabilities make it an ideal choice for circuit designs requiring stability and reliability.

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