YR1B30K1CC

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Through-hole resistors, also known as leaded resistors, are soldered into the PC board and are designed to have a particular resistance value, typically between 10Ω and 10MΩ in the size range being considered. The resistor’s resistance can be widely varied by various construction techniques. These techniques are based on standard manufacturing techniques and therefore, the resistors are interchangeable on a per-size basis.

The YR1B30K1CC is a type of through-hole resistor and has a lead pitch of 14mm. It is constructed from several elements of metal foil wound into a coil form and the entire device is hermetically sealed. These elements are interleaved together and are known as “stacks”. A stack can have from one to five elements with each element being made from one to three pieces of metal foil. The combination of these stacks determines the resistance value of the YR1B30K1CC.

The device is typically used in power line applications. It is a nonlinear resistor and thus provides a smooth, consistent resistance over a wide range of working voltages. This characteristic makes it ideal for high current transients in power system applications. TheYRB30K1CC is also commonly used as a drag resistor, a shunt resistor or an active dampener in order to reduce electrical noise and fluctuations.

The working principle of the YRB30K1CC depends on the arrangement of the separate stacks forming the device. These stacks are arranged in a symmetrical manner, which allows a uniform distribution of current through them. The voltage between the two metal ends is Fixed, and the resistance of the stacks varies exponentially with the current passing through them. This helps in regulating the current flow and, as a result, the voltage changes. Thus, the YRB30K1CC can be used to manage and regulate the current and voltage in power line applications.

The YRB30K1CC is a highly efficient resistor and is reliable in power line applications. It uses a combination of stacks to provide a uniform resistance against a wide range of working voltages, making it a great choice for a variety of rugged applications. It is also a very cost-effective resistor and is the perfect choice for applications which require stability and accuracy without compromising on cost.

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