CA413068R00KS73

Series:	CA
Packaging:	Tape & Reel (TR)
Part Status:	Active
Resistance:	68 Ohms
Tolerance:	±10%
Power (Watts):	5.2W
Composition:	Wirewound
Features:	--
Temperature Coefficient:	±300ppm/°C
Operating Temperature:	-65°C ~ 275°C
Package / Case:	Axial
Supplier Device Package:	Axial
Size / Dimension:	0.140" Dia x 1.594" L (3.56mm x 40.49mm)
Height - Seated (Max):	--
Number of Terminations:	2
Failure Rate:	--

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Introduction to CA413068R00KS73

CA413068R00KS73 is a type of through hole resistor. A through hole resistor, also known as a leaded resistor, is a type of resistor which has a physical body that goes through a PCB hole right down to the copper trace. This type of resistor contains several parts, which are the body, the leads, the epoxy and a resistor element, all designed to ensure that, when inserted into the board, the components are properly insulated, electrically safe, and in a stable and secure state to protect the board and the components. Although these types of resistors come in a variety of shapes and sizes all of their uses and working principles are the same.

Application Field of CA413068R00KS73

Through hole resistors are commonly used for applications such as current limiting, voltage regulation or impedance matching. In these applications, the resistor can be used to control the current flow from one point to the other in order to prevent destruction of any of the other components and circuits that the current is flowing through. In certain more specific applications, resistors are used for waveform shaping, timing, noise and transient suppression, thermal compensation, and other uses related to the regulation of electrical current and voltage. The CA413068R00KS73 is a unique through hole resistor that was designed with a specific application field and purpose in mind. This resistor was developed to provide resistance in order to minimize signal interference caused by a high-frequency signal in communication systems. This is done by providing a low voltage, low current-drawing load for use in applications where two ceramic layers are used on a single board. As a result, the CA413068R00KS73 is suitable for applications such as cutting down radio-frequency (RF) radiation from active micro-electronic devices in order to improve system performance.

Working Principle of CA413068R00KS73

When it comes to resistors, the most important factor in their operation is resistance. Resistance is the opposition of the flow of electric current across a material. The CA413068R00KS73 has been designed with a higher than average resistance rating in order to achieve the aforementioned goals within the application field it was designed for. This high resistance rating allows the resistor to act as a valve for the electric current, limiting the amount of current that can pass through it.The CA413068R00KS73 utilizes a combination of materials due to its high resistance rating. Firstly, the resistor has a body consisting of ceramic and metal oxide. This combination of materials helps to decrease the amount of electrical resistance that is present within the structure, thus allowing for a higher amount of current to be conducted within the board. Secondly, the resistor also utilizes a metallic lead. This lead helps to further decrease the resistance that is being presented by the resistor and helps to ensure that the current is able to flow more freely through the board.Finally, the resistor is connected to the PCB via one or more leads. The purpose of these leads is to ensure that the resistor has a secure connection to the circuit and that the current can flow efficiently. To ensure this, the leads are made of a metallic material which allows for a high amount of electrical conductivity. To sum up, the working principle of the CA413068R00KS73 centers around its ability to provide resistance to the current in order to reduce interference and improve performance. This is done by using a combination of materials such as ceramic and metal oxide which reduce the electrical resistance that is present in the structure and also the use of metallic leads which help to provide a secure connection to the circuit and ensure that the current is able to flow efficiently.

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