CRA06P08333R0JTA Resistors

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Resistor networks, arrays are general electronic elements used to divide, combine, resist and voltage dividing circuit. The CRA06P08333R0JTA, which belongs to this field of components, is an array resistor manufactured by Yageo. It is composed of eight 0201 resistors: three 33 Ohms, two 82 Ohms, and three 0 Ohms.

This CRA06P08333R0JTA array resistor is made up of small parts or single-chip resistors with less space, which in turn provides a higher packing density. In addition, this array resistor can also prevent the production formularizing caused by formation of component.

Moreover, its high density press pack structure allows for much better flexibility. This device is also quite suitable for components with higher power requirements. With these feature, CRA06P08333R0JTA can be used in a wider variety of applications than single resistors.

CRA06P08333R0JTA’s applications include but are not limited to the telecommunication sector, the power distribution sector, the automotive sector and military sector. For example, in communication sector, they can be used for power filtering, signal interference prevention, etc. In the power distribution sector, CRA06P08333R0JTA can be used for power load balancing, etc.

When using CRA06P08333R0JTA, it should be kept away from moisture and dust for the sake of thermal cooling and lower ER value. The range of temperature in which it can operate is from -40°C to +125°C. It should also be aware that its voltage rating is 12V to 24V.

Taking the working principleof CRA06P08333R0JTA into consideration, the basic function of this array resistor is that it serves as the elementary part of the electronic circuit to control current. By changing the resistance, CRA06P08333R0JTA can achieve various functions of the circuit. The working process can be broken down to three steps: first, when electric current flow through the resistor network, the resistance between terminals allows the device to divide and control the current; second, the temperature change of the resistor will influence the resistance of the resistor network; lastly, the power loss of the resistor network will create heat, and the heat will obviously will affect the resistance of the resistor network.

In conclusion, the CRA06P08333R0JTA resistor network is a versatile and flexible solution for various applications due to its high packing density and high power capability.

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