KTY13-6

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KTY13-6 is a PTC thermistor temperature sensor suitable for various electronics, air conditioning, and other temperature measurement and temperature control applications. Originally developed by German engineers in the late 1970s, the KTY13-6 has since become a staple for temperature sensing in a wide range of applications.

KTY13-6 thermistors are made from a ceramic material composed of nickel, cobalt, and manganese oxides. This material change its electrical resistance in response to changes in temperature, which in turn allows the user to measure and control temperature.

KTY13-6 thermistors come in two varieties: cylindrical or disc varieties. Cylindrical types are typically used in applications where space is limited, while discs are better suited for larger temperature sensors that need a higher thermal sensitivity. The device is incredibly small, measuring only 2mm to 8mm in diameter.

KTY13-6 thermistors typically operate over temperature ranges from -40°C to +120°C, although higher temperature limits can be achieved with appropriately designed thermistors. One of the main advantages of the KTY13-6 is its high accuracy; they are highly stable and have low thermal drift over changes in temperature.

KTY13-6’s main application is for temperature sensing. Additionally, they can be used as security sensors in equipment and machines, such as ovens and computers. The device’s small size, high accuracy, and wide operating temperature range make it a popular choice for a range of applications.

The working principle of KTY13-6 is based on the PTC effect. PTC stands for “positive temperature coefficient” and means that the device’s resistance increases as the temperature rises. The KTY13-6 thermistor works by responding to changes in ambient temperature; the electrical resistance is adjusted accordingly.

KTY13-6 can measure absolute temperatures or relative temperatures, and is usually used as a thermally sensitive component in temperature-sensing circuits. The KTY13-6 can be used to detect both low and high temperatures, and can be connected to a variety of electronic temperature control systems.

In conclusion, KTY13-6 thermistors are reliable and accurate temperature sensors for a wide range of applications. They are highly stable and offer low thermal drift, making them extremely reliable in temperature measurement and control operations. Due to their small size and wide operating range, the KTY13-6 thermistors are suitable for many applications, such as temperature sensing, security sensors, and electronic temperature control systems.

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