92J1K6E

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Through hole resistors serve a variety of important functions in electrical and electronic circuit design, which may include providing overcurrent protection for circuit components, smoothing ripple current, or providing bias for a variety of components. Among resistors, the 92J1K6E resistor is a particularly versatile and reliable model used in a variety of applications and scenarios.

The 92J1K6E is a through hole resistor, meaning it is physically connected to a printed circuit board for long-term use. The 92J1K6E consists of a sealed, flame-retardant, thermoplastic housing containing specially-formulated carbon composition resistive elements and a ceramic core.A silver-coated copper lead wire is connected to the core via an integral tin-plated terminal, which can be through holes or end tapped. Additionally, the 92J1K6E can be configured as three terminal resistors, relative to a different kind of holes.

In terms of resistance tolerances, the 92J1K6E resistor provides much lower resistance values than standard industrial resistors, with resistance tolerances of up to ±0.05%. Additionally, it features a thermal stability rating of over 2.2% at 150℃ and a power rating in excess of 0.5W. Unlike other resistors, the 92J1K6E does not require a current-derating coefficient, so it can be used at any power level without calculations.

Generally speaking, the 92J1K6E resistor is well-suited for a wide range of applications, from small consumer electronics to more power-intensive industrial and commercial applications. Examples of such applications may include instrumentation and measurement systems, AC/DC switching power supplies, meter tomtransducers for solar cell and photodiodes, LED lighting, power conditioning circuits, and high power LED applications.

The 92J1K6E resistor features a relatively simple working principle, which is based on the principle of electrical resistance. Put simply, it works by converting electric current into thermal energy. As electrical current passes through the resistor, it encounters resistance, causing electrons to collide with each other. This then produces heat, which is absorbed by the resistor and dissipated into the air. As long as the resistor does not exceed its power rating and thermal stability, it will be able to effectively convert electrical current into thermal energy.

In summary, the 92J1K6E resistor is a popular and reliable through hole resistor, suitable for a variety of applications. It features a relatively simple working principle and is capable of providing accurate and reliable operation. Additionally, it offers high temperature and power ratings, as well as a low tolerance for current derating.

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