PTF56312K00FZEB Resistors

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Through Hole Resistors are the oldest form of resistor and can be seen in almost all electronic projects. The PTF56312K00FZEB is a Through Hole Resistor that is extremely reliable and has a relatively high power rating. It is commonly used in many high-power circuits such as motor drives, power supplies, audio applications and many other industrial applications.

The PTF56312K00FZEB is a precision Through Hole Resistor with a power handling capacity of 1.25W and a tolerance of ± 5%. It is rated at 12K ohms with a voltage of 300V and has a wide resistance range of 10K-20K ohms. The Resistor is a “power margin” device that is designed to handle more power than its rated power. The resistor can tolerate considerable power surges and is capable of dissipating more power than its rating in a controlled manner.

The PTF56312K00FZEB has a power rating of 1.25W and is primarily used in high-power industrial applications where fluctuating currents are found. The low tolerance and high power handling capability of the resistor makes it well-suited for these applications. The resistor is of the “through-hole” variety, which means that it must be soldered to a circuit board for proper application.

The working principle behind the PTF56312K00FZEB is fairly straightforward. The Resistor works by converting electrical energy into heat energy. This is done by restricting the flow of current, which in turn causes it to dissipate heat. The higher the resistance of the resistor, the more it restricts the flow of the current, resulting in more heat produced. This excess heat needs to be dissipated or it will lead to thermal runaway and eventually, malfunction.

In summary, The PTF56312K00FZEB is a Through Hole Resistor that is commonly used in high-power industrial applications such as motor drives, power supplies, and audio applications. It has a power rating of 1.25W and a wide resistance range of 10K-20K ohms. The working principle of the Resistor is simple; it works by converting electrical energy into heat energy, through the restriction of current flow. It is designed to dissipate more power than its rating in a controlled manner and can withstand considerable power surges without compromising its reliability. It is also important to note that the Resistor must be soldered to a circuit board for proper application.

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