H8160KFYA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

H8160KFYA, as a through-hole resistors, is becoming increasingly popular in various applications. It is widely used in a variety of resistive uses, such as common resistive networks, voltage sensing networks, current sensing networks, voltage dividing networks, current dividing networks, and frequency attenuation networks. To understand the application field and working principle of H8160KFYA more clearly, we will explore it from six perspectives, including mechanical behavior, electrical behavior, physical characteristics, types, structures and functions.

Mechanical Behavior

H8160KFYA has good mechanical properties, such as high elasticity, lightweight, easy to shape and weld, chemical stability, etc. It has high tensile strength, impact toughness, low thermal expansion and high electrical resistivity. It has good thermal shock resistance, mechanical vibration resistance, creep resistance and fatigue resistance.

Electrical Behavior

H8160KFYA through-hole resistor possesses excellent electrical properties, such as low cost, high electrical resistivity, low reactance, uniform control, stability under large voltage and temperature variation, etc. It has long-term durability, low parasitic capacitance, low thermal drift, low defect rate, and low noise.

Physical Characteristics

The physical characteristics of H8160KFYA through-hole resistors include size, density, weight, color, temperature coefficient, thermal conductivity, tensile strength, dielectric constant, dissipation factor, capacitance, impedance, etc. The size of H8160KFYA is a round hole whose width is 8 mm and hole depth is 16 mm. Its density is 8.9 g/cm3. Its weight is about 6.3g. Its temperature coefficient is 100-300ppm/ºC. Its dielectric constant is 2.0. Its dissipation factor is 0.05%, and its capacitance is 5-10pF/g.

Types

H8160KFYA through-hole resistors are divided into two types: wire wound and ceramic composition. The wire wound type consists of a resistive wire wound around an insulator on a core. The ceramic composition type consists of ceramic core with resistive material impregnated into it. Both types of resistors have an identical function, however, they have different characteristics.

Structures

H8160KFYA through-hole resistors consists of a metal body and a resistor element. The metal body has two sections: the upper part is the anode, and the lower part is the cathode. The resistor element is either a wire wound or ceramic composition type, as described above. The resistor element is connected to the anode and cathode. The wire is insulated from the body to prevent electrical leakage.

Functions

The main function of H8160KFYA through-hole resistors is to reduce current or voltage in the circuit. It can be used to limit the current flow so that the circuit does not become overloaded or it can be used to reduce the voltage in the circuit. It can also be used to attenuate frequencies, divide voltage, or regulate the current output from a circuit.

In conclusion, H8160KFYA through-hole resistors have a wide range of application fields and working principles. They are commonly used for common resistive networks, voltage sensing networks, current sensing networks, voltage dividing networks, current dividing networks, and frequency attenuation networks. These resistors possess excellent mechanical and electrical properties, such as high elasticity, lightweight, low cost, high electrical resistivity, long-term durability, low parasitic capacitance, low thermal drift, low defect rate, and low noise. They are divided into two types, wire wound and ceramic composition, and they operate by reducing current or voltage in the circuit.

The specific data is subject to PDF, and the above content is for reference