Y0118150R000B9L

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Chassis Mount Resistors are electromechanical devices used in variety of industries to resist or limit the flow of electric currents. As a passive component, Chassis Mount Resistors regulate and control the currents flowing through electric circuits. The most common application of a Chassis Mount Resistor is to dissipate or reduce excess energy caused by an overload or system malfunction. The Y0118150R000B9L Chassis Mount Resistor is widely used for such applications.

The Y0118150R000B9L Chassis Mount Resistor has a rated operating voltage of 100VDC (direct current) and a maximum operating voltage of 200VDC (direct current) and comes in a 3mm x 6mm size. This Chassis Mount Resistor is designed with epoxy-filled Flame Retardant Resin (F.R.P). It has a resistance tolerance of ±5%, and is rated at 15KΩ (Kilo Ohm) with a temperature coefficient of ±1℃ (Celsius). This Chassis Mount Resistor also features metal glaze on its top surface for better heat dissipation.

The Y0118150R000B9L Chassis Mount Resistor has a wide range of application fields due to its low cost, small size and high performance. It is widely used in industrial, electronic, and automotive applications. It is also used in consumer electronics, such as TVs and DVD players, as well as for medical equipment. It is an ideal component for motor control applications, where it can provide a wide range of current adjustment.

The Y0118150R000B9L Chassis Mount Resistor works by converting the electric current that flows through it into thermal energy. This thermal energy builds up in the resistor and is then dissipated by the environment. As the current increases, the thermal energy in the resistor increases until it reaches its maximum capacity. At this point, the current stops flowing and the thermal energy is dissipated.

The Y0118150R000B9L Chassis Mount Resistor is an ideal choice for applications that require a reliable electrical resistance. It is suitable for a wide variety of current-limiting and overload-protection purposes, and can be used as an efficient current-limiting device. It is a cost-effective and reliable device for many industries, making it an ideal component for industrial and electronic applications.

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