Resistance analysis and parameters of WALTE STE2512 alloy

WALTE STE2512 alloy resistor is a kind of high performance chip resistor, widely used in various electronic circuits. This resistance is characterized by the use of special alloy materials, with high stability, high precision and high reliability, suitable for use in a variety of environments. The resistors of the STE2512 series typically have a lower temperature coefficient (TCR) and a higher power rating, enabling them to operate under high current conditions without damage.


Parameters of WALTE STE2512 alloy resistor
The parameters of WALTE STE2512 alloy resistance include but are not limited to the following aspects:

Size: The size of the 2512 series resistor is 6.4mm x 3.2mm, that is, 2512 indicates that the size of the resistor is 6.4mm x 3.2mm.
Resistance value: The resistance range of WALTE STE2512 alloy resistance is usually between a few milliohm and tens of milliohm, such as 0.002R, 0.003R, 0.005R, etc.
Power level: The common power level is 2W or 3W, which determines the maximum power that the resistor can withstand.
Accuracy: The accuracy of WALTE STE2512 alloy resistors is usually ±1%, and some models may reach ±0.5%.
Temperature coefficient (TCR) : indicates the sensitivity of resistance with temperature change, and the TCR of WALTE STE2512 alloy resistance is generally between ±50ppm/℃ and ±100ppm/℃.
Material: WALTE STE2512 alloy resistors are usually made of manganese copper alloy, iron chromium aluminum alloy or other special alloy materials.