Temperature Sensors – Analog and Digital Output

LM335H/NOPB Application Field and Working Principle

The LM335H/NOPB is an accurate and cost-effective precision temperature-to-voltage transducer. It has two output versions – the LM335H and the LM335H/NOPB. The LM335H/NOPB has more accurate temperature-to-voltage conversion, with excellent temperature stability and thermoelectric repeatability. This device has a temperature range of -40 to +125°C and a linear output voltage of 10mV/°C.

The LM335H/NOPB is typically used for a variety of temperature measurement applications such as laboratory temperature control and industrial process control. It can be used for both commercial and industrial applications such as room temperature monitoring, climate monitoring, process monitoring, and other temperature-sensitive applications. The LM335H/NOPB is also used in automotive and medical applications, as well as in military and aerospace applications.

The LM335H/NOPB has a fast response time and can provide temperature readings in as little time as 1-2 seconds. It has a low offset voltage and a wide input voltage range, making it suitable for use in a variety of power supply environments. The temperature range, accuracy, and linearity make it well suited for precision temperature measurements.

The LM335H/NOPB works on a simple principle, working like a resistor. As the temperature increases, the resistance of the thermistor increases as well. This resistance is then converted to a voltage. This voltage can then be used to determine the temperature of the environment. The linearity of the output improves accuracy and repeatability while the fast response time is very beneficial in dynamic measurement applications.

The LM335H/NOPB is widely used in many applications due to its excellent temperature stability and thermoelectric repeatability. It provides accurate, cost-effective temperature-to-voltage conversion and can be used in a variety of applications, from laboratory temperature control to industrial process control.