13FR040E

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Through hole resistors are an important factor in a wide variety of electronic applications from high volume consumer products to high end scientific equipment. The 13FR040E, or 13F040E as it is sometimes referred to, is a resistor designed for these high volume consumer products. It\'s superior thermal characteristics and high reliability make it ideal for many electronic applications.

The 13FR040E is a resistor typically found in high impedance surface-mount devices. It has a tolerance range of 1%, 2%, 5% or 10% and a temperature coefficient of ±25 ppm/°C. The 13FR040E is made with bakelite-bonded tantalum wire with a copper-clad FR4 core. The resistor has an epoxy coating to provide additional insulation and reduce corrosion. It also has a low temperature coefficient to ensure accuracy in operation.

The 13FR040E works by utilizing an electrical resistance to control current and voltage. It is constructed with a material that resists the flow of electricity and a physical size that determines how much electricity it can handle. When the resistor is connected to a circuit, the current that flows through it can be controlled. The resistor is also equipped with terminals that are connected to the voltage source and the electrical load.

The current formula for resistors states that the current and voltage are proportional. This means that as the voltage is increased, the current will increase as well. The resistance determines how much current can flow when a voltage is applied. The 13FR040E is designed to be able to handle a large amount of current. Its resistance is high enough to limit current without interrupting the system. This makes it ideal for telephone line receivers where higher current is necessary.

The 13FR040E is also designed to have a very low impedance rating, meaning that it resists changes in current and voltage very effectively. This helps to reduce signal noise and maintain signal quality. It is also designed to operate in temperatures up to 100 degrees Celsius without being damaged or affected by heat.

The 13FR040E is designed to be used in a variety of electronic applications. For example, it can be used in automotive applications to control current and voltage in the engine’s ignition system or other electronic components. It can also be used in consumer electronics to regulate current in various devices such as TVs, radios, and DVD players. It can also be used in medical devices to control the current and voltage of vital patient data monitoring equipment.

The 13FR040E is a reliable, high performance resistor that is suitable for many applications. Its superior thermal characteristics and high reliability make it an ideal choice for a wide variety of electronic components. With its low impedance rating and wide temperature range, the 13FR040E is an excellent choice for high volume consumer products.

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