MBB02070C1401FRP00 Resistors

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The CBB02070C1401FRP00 through-hole resistor is a specialized electrical component used for a variety of applications. Typically used as a resistance in circuits, they are an integral part of any electrical device.

The device consists of a cylindrical body with two terminals (lead, legs) exiting the base. The lead is inserted through a hole in the object to which it is being attached, forming a connection between two separate circuits.

The nominal resistance value of the CBB02070C1401FRP00 is from 0.01m ohms to 100k ohms, depending on the application, with a resistance tolerance of ±0.01%. Other characteristics of the device include an operating temperature from -55°C to 155°C, a maximum power rating of 0.5W, and a maximum operating frequency of 200MHz.

The component is mainly used for noise suppression in automotive, computer and audio applications. It can also be used as a voltage-dependent current limiter or a signal filter in high-frequency applications. In addition, it can act as a noise suppressor in connection with motors, switches, and variable speed drives.

The CBB02070C1401FRP00 through-hole resistor works by converting electrical energy into heat energy through a process called Joule heating. The heat generated by the resistor is proportional to the square of the current passing through it. This means that the more current flowing through the resistor, the more heat it will produce.

The device’s heat dissipation is proportional to the surface area of the resistor, which is why resistors with larger surface areas can dissipate more heat more efficiently. The device also needs to be properly placed in the circuit so that the current flow does not create an overload or get obstructed by other components.

In summary, the CBB02070C1401FRP00 through-hole resistor is a versatile electrical component with numerous applications. Its nominal resistance value, tolerance, operating temperature, maximum power rating, and maximum operating frequency are ideal for a wide range of applications. It works by converting electrical energy into heat energy, and its heat dissipation is proportional to its surface area and the amount of current flowing through it. When properly placed and connected in the circuit, it can effectively suppress noise and limit voltages, allowing for improved device operation.

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