H8287RDZA

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Through Hole Resistors are an essential element in any electric circuit. With its strong properties such as high accuracy, high power handling capability, and low parasitic inductance, they form the foundation of many sensitive electronic systems. The H8287RDZA is a device belonging to this category. It is a surface-mount resistive device and is designed for industrial and commercial applications including process control, process automation, temperature sensing, and sound/vibration control. It comes with a wide array of features such as high current carrying capacity, low thermal resistance, low voltage, and high accuracy, making it a valuable choice for designers.

The main application area for the H8287RDZA is industrial, commercial, and process control. It is designed for high precision, repeatability and stability and also has low parasitic inductance (less than 0.002 ohms). This device can be used in a wide variety of applications such as temperature control, sound/vibration control, process control, and process automation. There are various types of H8287RDZA, such as standard (with octal pins), fast responding, low-profile, miniature, and through-hole.

The working principle of the H8287RDZA is based on the process of resistive re-calibration. When the device is exposed to a certain temperature, it re-calibrates to a different resistance value. This is made possible by the combination of the resistive material and the special substrate used in the design. The resistive material absorbs the heat generated by the device, while the substrate maintains the desired temperature. This allows the device to re-calibrate with utmost accuracy.

The H8287RDZA is also designed for sustained operation, providing a high level of reliability and long-term stability. It has a wide range of operating temperatures, from -40°C to 185°C, which makes it suitable for use in extreme temperature conditions. Additionally, its high current capacity allows it to be used in medium- to high-power applications.

Due to its numerous advantages, such as high accuracy, low parasitic inductance, wide temperature range, and favorable size, the H8287RDZA is ideal for use in a variety of industrial, commercial, and process control applications. Its highly accurate re-calibration process, along with its ability to operate in conditions of extreme heat or cold makes this device an excellent choice for engineers and designers.

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