LM26LVCISD-115/NOPB

The LM26LVCISD-115/NOPB is an application field, specifically a solid state thermostat that is designed to sense and monitor temperature levels. It belongs to a family of analog temperature sensors and usually require a specific voltage signal that is then converted into an accurate usable digital output. The LM26LVCISD-115/NOPB features a low profile SSOP package making it easier to install into any tight spaces.

The steady-state operating voltage of the LM26LVCISD-115/NOPB is 4.5V to 5.5V. In addition, the operating temperature range for this solid state thermostat is between -55 degrees Celsius up to 125 degrees Celsius. Furthermore, the current consumption is typically 1.5 μA per probe. Finally, the open circuit voltage difference between the upper and lower set points is usually 0.3ms, with the measurement accuracy being 4.0mV max per probe.

The LM26LVCISD-115/NOPB is cost-effective and can be used in many safety-related applications and assemblies including doorbells, slow cooker, hotplate, and various other appliances. By utilizing the advanced technology of this solid state device, users can ensure their temperature readings are reliable and accurate.

The working principle of the LM26LVCISD-115/NOPB depends on two pieces of metal probes. These probes are made of noble metal, meaning they are metal alloys that contain at least one noble metal such as gold, silver, or platinum. The two probes operate as a bridge, connecting two nodes of the circuit. When the temperature changes, it affects the resistance of the probes. This, in turn, affects the voltage output from the circuit. The output of the circuit will then be converted into a readable digital output that is accurate and reliable.

In conclusion, the LM26LVCISD-115/NOPB is an ideal application field option for temperature sensing and monitoring. Its low profile SSOP package, steady-state voltage, and wide operating temperature range makes it efficient and suitable for any safety-related applications and assemblies. Furthermore, its two metal probes operate efficiently, allowing users to get reliable and accurate digital readings.