MWW10JT1R00

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Through Hole Resistors are a type of fixed resistor that requires the device to be attached to a board in order for the user to interact with it. The basic form of a through-hole resistor is a cylindrical body containing two carbon elements. Along with the physical connection of the device to the PCB, they also possess other characteristics such as low contact resistance, resistance stability, and high power ratings.

A MWW10JT1R00 is a type of through hole resistor. This device has a maximum rated power of 10 Watts and has a working voltage of 1 kilovolt. It features an isolation class of UL 94V-0 and is appropriate for use in high temperature environments. The device is constructed from thermally sensitive material and features an approximate operating temperature range of -40 to +150 degrees Celsius. In terms of application fields, this device is appropriate for applications such as communication equipment, industrial control, and measurement systems.

The working principle of the MWW10JT1R00 is twofold. Firstly, the two carbon elements that are housed within the cylindrical body of the device serve to reduce electrical current passing through the device. This is accomplished by the carbon elements expelling heat which in turn significantly reduces the current. Secondly, the carbon elements are surrounded by a dielectric material which prevents the accumulation of electric charges and thus reduces the levels of reduction experienced by the electrical current.

In terms of installation, the MWW10JT1R00 can be connected to a circuit board by soldering the device\'s pins onto the board. The manufacturer recommends that a temperature of around 260 degrees Celsius be used to attach the device, with an approximate soldering time of 5-6 seconds. This should be followed by at least 4 minutes of copper diffusion in full immersion solder.

The MWW10JT1R00 is a versatile device and can be used in a variety of applications. The combination of high power rating, low contact resistance, good resistance stability and the ability to operate in high temperature environments means that this device is suitable for applications such as communication equipment, industrial control, and measurement systems.

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