NTCLE100E3683GT1

NTCLE100E3683GT1 is a negative temperature coefficient (NTC) thermistor typically used for temperature sensing, control, and compensation applications. It is able to measure temperatures in a wide range ranging from -55 to +150°C. It is available in a range of resistance values and offer good electrical stability.

NTCLE100E3683GT1 is a two-terminal thermistor with a metal Oxide on a ceramic substrate. It is an passive component, requiring a current source for measuring temperature. When exposed to heat, the resistance of the thermistor decreases in a predictable way. As a result, an NTC thermistor can be used to measure temperatures in specific areas.

The metal oxide present in NTCLE100E3683GT1 helps provide high immunity to EMI noise and short-term fluctuation. Additionally, NTCLE100E3683GT1 has a low self-heating characteristics and fast response time which makes it an effective temperature sensing option. Its small size, light weight and low cost also make it an attractive component for applying temperature sensing in a variety of applications.

NTCLE100E3683GT1 can be used in the following typical applications:

• Temperature controllers and sensors
• Thermally-sensitive alarms
• Temperature displays
• Automotive temperature control
• Heating/cooling control devices
• Air flow/emission monitoring systems
• Electrical safety device control.

NTCLE100E3683GT1 is designed to operate in a linear region over a temperature range of -55 to +150°C. It follows the standard thermistor equation and can be used in a voltage divider circuit as a temperature sensing element. Within the upper and lower limits of its operating range, the resistance value follows the equation:

R(T) = Ro exp (B/[T- Tinf])

Where, Ro is the resistance at reference (25°C), B is the thermistor B coefficient, T is the temperature and Tinf is the temperature at which the reference resistance has been calculated.

NTCLE100E3683GT1 offers a simple and cost-effective solution for temperature sensing applications as it performs reliably in a wide temperature range. By accurately converting a temperature into a resistance, NTC thermistor can allow for precise temperature sensing in a variety of applications.