G26093331509JLA000

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Through Hole Resistors are among the most commonly used electronic components.

G26093331509JLA000 application field and working principle is a type of through hole resistors, with NickelChromium as resistive element in ceramic blocks. This type of resistors is commonly used for high power applications and its range of applications includes industrial use, instrumentation, telecommunications, medical, automotive, and multiple industrial markets. By attaching a specific voltage to the resistor, G26093331509JLA000 will generate the voltage output.

The working principle of the G26093331509JLA000 through hole resistor is based on the phenomenon called self-heating effect. The self-heating effect is the phenomenon whereby resistance increases as current increases, this increases resistance providing better protection against transient current. The resistor also helps dissipate heat generated from the resistive element, allowing it to achieve an optimized temperature. When a voltage is applied to the resistor element, electric current will pass through the resistive element. This process in turn will generate heat from the resistive element that is then dissipated by the resistor.

In operation, the G26093331509JLA000 through hole resistor can provide resistance in the range of 5 to 50 ohms. The resistor is designed with built-in DC bias, which can be adjusted to achieve the desired resistance. The resistor can be used in applications that require higher power and temperature. The thermal resistance of the G26093331509JLA000 through hole resistor is high, and it can withstand high current without damage. It is also very tolerant of high temperatures in the range of 10-1000°C.

G26093331509JLA000 through hole resistor also provides excellent electrical isolation. It functions as a mechanical shield or barrier between electric current and other components in the circuit. This effectively reduces the possibility of shock hazard and minimizes other hazards such as electromagnetic interference and propagation of electromagnetic fields.

Overall, the G26093331509JLA000 through hole resistor is an ideal choice for many applications due to its excellent heat dissipation, high power capability, high temperature tolerance and excellent electrical isolation. Its usage ranges from high temperature and high power applications to sensitive electronic circuits. The G26093331509JLA000 through hole resistor is also very durable and reliable, making it a great choice for any application.

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