FSOT3009E100R0KE

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Chassis Mount Resistors are an essential component of the electronics industry, and play an important role in connecting, protecting, and measuring electronic circuits. FSOT3009E100R0KE is one of the types of resistors that belong to the chassis mount group. In this section, we will discuss the application field and working principle of FSOT3009E100R0KE.

FSOT3009E100R0KE is a type chassis mount resistor whose application fields include but are not limited to signal processing, motor control, automotive, telecommunications equipment, and industrial equipment. In its most common form, it is a small metal or plastic case filled with a resistive material. This type of resistor is suitable for use in high power applications due to its high power dissipation capabilities.

FSOT3009E100R0KE’s primary function is to provide resistance in an electrical circuit to control the amount of current flowing through it. This type of chassis mount resistor has a maximum resistance value of 100 ohm, a nominal resistance to temperature of 0.05 ohm/k, and a temperature coefficient of 100ppm/K. The general working principle of FSOT3009E100R0KE is based on voltage divider theory, whereby a resistor is connected in series with a voltage source, and the output voltage across the resistor is proportional to the resistance. When a current is applied to the resistor, the energy dissipated by it is heat, which is generated by the resistor due to the internal resistive heating effect. This heat is dissipated away from the resistor to prevent overheating.

FSOT3009E100R0KE is highly reliable, durable, and cost effective, making it ideal for a wide range of applications. It is also easy to use, and requires minimal installation. Furthermore, this type of resistor provides superior resistance-temperature characteristics while having a wide operating temperature range of -55°C to +150°C, making them suitable for use in a variety of environmental conditions.

To sum up, FSOT3009E100R0KE is an ideal choice for a wide variety of applications. Its application fields include signal processing, motor control, automotive, telecommunications equipment, and industrial equipment. Moreover, its general working principle is based on voltage divider theory and its resistance-temperature characteristics are superior while having a wide operating temperature range.

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