LM26LVCISD-135/NOPB

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Temperature Sensors – Thermostats – Solid State are a great way to maintain the temperature of a space. They come in a variety of designs and use advanced technology to ensure that the temperature stays at the desired level. The LM26LVCISD-135/NOPB is an example of this type of device. It is a solid state, single chip, programmable, high temperature sensing thermostat with an integrated hysteresis or dead band feature. This device has a typical operating temperature range of -40°C to +155°C.

The application of the LM26LVCISD-135/NOPB is mainly used in industrial temperature control and thermal management. It is a reliable device for a variety of applications such as process heating/cooling, HVAC, appliance, automotive, medical, and many more. This single chip thermostat is programmable, meaning that it can be set up to use different temperature levels to trigger different actions that can be taken by the controlling unit.

The working principle of this device is that when the ambient temperature rises above or falls below certain points, the thermal operand will move outside of the hysteresis window which will cause a change in the output state. The output state is either high or low depending on the temperature levels that are programmed in, so the device can be set up for either heating or cooling. The LM26LVCISD-135/NOPB also has an integrated hysteresis feature that helps the device to have more accurate temperature readings and stable temperature control.

The power consumption of the LM26LVCISD-135/NOPB is very low, making it an energy efficient device. It also has a short circuit protection feature, which can protect the device from damage if it experiences an unexpected surge in current. The device also has a high accuracy rating which helps to ensure that it will provide reliable readings.It is also a very simple device to use and setup, as it does not require any complex wiring or programming.

The LM26LVCISD-135/NOPB is a great device for use in a variety of applications, as it is reliable, accurate, and energy efficient. Its ability to be programmed and its integrated hysteresis allows it to provide more accurate readings and improved temperature control. As a result, it is an excellent choice for temperature control and thermal management applications.

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