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Through Hole Resistors

CB3JB11R0 Application Field and Working Principle

Through hole resistors, also known as "pins" or "tags" resistors, are components typically made of ceramic material with a copper-plated lead, and are used in a variety of electrical devices. They are often used in conjunction with ICs (integrated circuits) and other electronic components in order to resist the flow of current. For example, they may be used to regulate the operating temperature of an enclosed system.

The CB3JB11R0 model of through hole resistor is specifically designed for use in the consumer electronics market. It has a compact design with a width of only 11mm, and a height of only 3mm. This slim design is perfect for applications in small electronic systems, such as in cellular phones, mp3 players, digital cameras, and other portable electronic devices. Due to its small size and the use of ceramic material, the CB3JB11R0 is able to withstand high temperatures, and is protected from electromagnetic interference (EMI). The resistor has an operating temperature range from 0 to 70 degrees Celsius, and a resistance range from 10R to 22R.

The working principle of the CB3JB11R0 through hole resistor is relatively simple. The component is designed so that when a voltage is applied, electrons flow through the resistor, reducing the current. This process of electron flow is known as Ohm\'s law. The resistance of the component is determined by the ratio of the voltage applied to the current flowing through the resistor. This process helps to regulate the current in the circuit, allowing it to operate as it should.

The CB3JB11R0 through hole resistor is a great choice for use in consumer electronic devices due to its small size, durable design, and low power consumption. Its ability to withstand temperatures up to 70 degrees Celsius make it a great choice for applications in demanding environments. It is also highly protected from electromagnetic interference, ensuring that the component will not be affected by surrounding electronics. Finally, its low cost makes it an economical choice for applications where reliability is key.

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