YQR100R070

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The YQR100R070 is a PTC thermistor – a thermally sensitive resistor – used to measure temperature in a variety of applications. It is capable of precise temperature sensing in a wide range of temperatures from -40°C to +125°C. It is oftentimes used in most commercial and industrial temperature measurement applications.

A PTC thermistor works by measuring resistance through the use of semiconductors in order to produce a change in resistance when heated or cooled. The YQR100R070 consists of a metal oxide core surrounded by a PTC semiconductor leg. The chemical makeup of the core acts as a temperature sensor, gradually increasing its resistance as temperature increases.

The YQR100R070 thermistor has a number of applications. It is commonly used in oil-filled, oil-less, and gas-filled thermometers for HVAC systems, in automotive or medical applications, and even less common applications such as measuring cold storage temperatures or to close contact circuits exposed to high temperatures. The YQR100R070 can also be used in temperature regulating circuits, such as fan control or power supply circuits.

The most commonly found application of the YQR100R070 thermistor is in temperature-sensing systems, where a system must measure temperatures accurately and quickly. The YQR100R070 can be used to detect sudden changes in temperature, allowing immediate system responses for temperature regulation. This makes the thermistor ideal for applications in high-temperature, continuously changing environments.

In addition, YQR100R070 thermistors can also be used in power factor correction circuits, allowing for accurate measurement of power factor. This type of thermistor is also commonly used in current sensors, which are used in applications like phase control and AC motor speed control, etc.

The YQR100R070 thermistor is an ideal choice for temperature sensing and power factor correction applications due to its precision and wide range of temperature sensing (-40°C to +125°C) as well as its high accuracy and fast response time. It is a reliable, cost-effective, and energy efficient solution for many applications.

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