FMF50SFTE52-160K

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Through Hole Resistors

Through hole resistors are a passive electric component used to resist and limit the flow of electric current in circuits. Mainly, they are used to limit the current in circuits, maintain voltage, dissipate power and adjust signal levels. They can be also used to create voltage dividers, linear regulators and many other applications. The most common types of through hole resistors are carbon film, metal film, metal oxide, and wire-wound.

The FMF50SFTE52-160K resistor is a through hole resistor manufactured by Ohmite. This resistor is designed to reduce flicker, hum and harmonics that interfere with the transmission of power from the lighting source. It also reduces the operating frequency of the lighting source. The resistor is available in ratings of 160kΩ with tolerances of ±5% and working voltage ratings of 5KV.

The main application field for the FMF50SFTE52-160K resistor is in electronic trips and circuit breakers for lighting ballasts. It can also be used in tool control systems, UPS systems and dimmers. Its working principle is based on Ohm’s Law, which states that the resistance of a conductor is directly proportional to the voltage applied to it. The FMF50SFTE52-160K resistor is an acclimated, hermetically sealed resistor chip, which combines superior accuracy and low drift in dynamic voltage swings.

When the FMF50SFTE52-160K resistor is installed in circuits, it modifies their characteristic or linearity thus providing the required system response for a stable operation. The resistor also acts as a stabilizer to compensate for any signal amplitude variations that may occur due to temperature fluctuations. By stabilizing the voltage, the FMF50SFTE52-160K resistor ensures that the lighting source functions properly.

The FMF50SFTE52-160K resistor is commonly used in electronic trips and circuit breakers for lighting ballasts. It helps to reduce flicker, hum and harmonics from the lighting source, regulate the voltage reaching the lighting source, reduce the operating frequency of the lighting source, and stabilize the voltage so the lighting source functions properly. Located inside the body of some type of

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