LPS0300H1000JB

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Chassis mount resistors are a type of resistor commonly used in any application in which a resistor needs to be attached to a specific body that supports it. This type of resistor is typically for mounting to flat surfaces such as a printed circuit board, metal chassis, or similar type of surface. These resistors are typically used in electronics, communications, and other industries where reliability and performance are important. The LPS0300H1000JB is a type of chassis mount resistor produced by TTI Inc and is specifically designed for applications requiring a lower profile, better thermal stability, and a higher wattage. In this article, we will discuss the application fields and working principles of the LPS0300H1000JB chassis mount resistor.

The LPS0300H1000JB is a high-power, low-profile, medium power chassis mount resistor used in combination with other components to create more complex circuits. It is particularly suitable for applications that require higher thermal stability than other types of resistors. It features a nickel plated steel case, aluminum oxide construction, and a self-healing surface layer. It is also available with RoHS compliant tin plating.

The application fields of the LPS0300H1000JB include power supplies, voltage regulators, power amplifiers, power over Ethernet (PoE) systems, Ethernet networking, RF filters, high-speed switching circuits, and other applications requiring reliable and accurate performance over a wide range of temperatures. This type of chassis mount resistor is typically used in many military, aerospace, and medical applications, as well as other applications that require extreme reliability. It is also suitable for applications needing high RF or low-inductance characteristics. The LPS0300H1000JB is also notable for its excellent solderability, excellent temperature range, and low noise characteristics.

The working principle of the LPS0300H1000JB is particular to chassis mount resistors. This type of resistor operates by dissipating electrical energy into heat energy. It consists of a metal body, or case, that acts as a conductor for heat energy. An insulating material, usually ceramic, is sandwiched between the metal case and the screw terminals of the resistor. This insulating material prevents any unintended electrical connections from occurring between the two terminals. When a current passes through the resistor, it creates a resistance in the resistance value of the resistor. This resistance In turn causes energy to be dissipated partly into heat energy, and partly into electric energy.

The individual components of the LPS0300H1000JB are made with high quality materials that are exceptionally reliable. The case is constructed from nickel plated steel, which provides excellent environmental and thermal shielding. The ceramic material provides additional insulation to prevent any electrical conduction while the terminals are heavy duty and designed to withstand higher electrical loads. This heavy duty construction helps maintain the integrity of the resistor even when subjected to extreme temperatures and thermal shocks.

The LPS0300H1000JB is a great choice for applications requiring higher thermal stability, a low profile, and a higher wattage. It is ideal for power supplies, voltage regulators, power amplifiers, PoE systems, Ethernet networking, and most military, aerospace, and medical applications. By understanding the application fields and working principle of the LPS0300H1000JB chassis mount resistor, you can select the right type of resistor for your application.

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