HOA6489-003

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HOA6489-003 is an instrument used in electrical engineering, a Pyrometer which utilizes the principle of Nernst-Planck thermoelectric voltage measurement to accurately measure a temperature range of 50–850 °C. This is useful for monitoring temperatures in applications such as circuit boards, electronic components, computer chips, and electrical assemblies.

This device consists of two electrodes, connected to the input ports of the pyrometer. The input ports are connected to a 3-wire cable, and a reference board. The reference board is set to a specific voltage, and a thermistor is connected to the output ports of the pyrometer. The thermistor is used to detect changes in temperature.

When the thermistor senses a temperature change, it produces an electrical signal which is transmitted back to the pyrometer and converted into a voltage that can be read from the output ports. This voltage can then be used to calculate the temperature of the device being monitored.

The HOA6489-003 is an ideal choice in applications where accurate temperature measurements are necessary. This device has an incredibly fast response time and can provide accurate readings in less than two milliseconds. Additionally, the low power draw of this device allows it to be used in many applications without needing additional power source.

The HOA6489-003 has an exceptionally wide measuring range and can be used in a variety of applications where temperatures must be monitored. The device is capable of measuring temperatures of up to 850 degrees Celsius, making it perfect for a variety of applications including high temperature electronic components, high temperature solders, and more.

This device also provides excellent repeatability and stability of the readings so the user can accurately measure temperatures over long periods of time. Additionally, the device features a small footprint making it convenient for use in space-constrained applications.

Finally, the temperature output of the HOA6489-003 can be used to control other components as needed. For example, the pyrometer can be used in conjunction with a temperature controller or a fan to regulate the temperature of the device being monitored.

In conclusion, HOA6489-003 is an ideal choice for applications that require accurate temperature measurements. Its fast response time, wide temperature range, repeatability, and small footprint make it perfect for a variety of applications such as circuit boards, electronic components, computer chips, and more. Furthermore, the device can be used to control other components as needed, making it extremely versatile and useful in any application.

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