Pelonis Technologies' innovative PTC Thermistors are at the heart of Fin PTC Air Heaters and PTC Heat Conductors and are a great choice for providing controlled electrical heat. Their design flexibility and self-regulating electric heat characteristics make them ideal for increased heat transfer and they are uniquely engineered to provide safe and energy efficient heating and long life operation.
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Rectangular Positive Temperature Coefficient (PTC) Thermistors

12 Volt (V) Rated Voltage and 2.1 Millimeter (mm) Thickness Rectangular Positive Temperature Coefficient (PTC) Thermistor
Rectangular Positive Temperature Coefficient (PTC) Thermistors

12 Volt (V) Rated Voltage and 1.5 Millimeter (mm) Thickness Rectangular Positive Temperature Coefficient (PTC) Thermistor
Rectangular Positive Temperature Coefficient (PTC) Thermistors

12 Volt (V) Rated Voltage and 1.1 Millimeter (mm) Thickness Rectangular Positive Temperature Coefficient (PTC) Thermistor
Rectangular Positive Temperature Coefficient (PTC) Thermistors

12 Volt (V) Rated Voltage and 2.1 Millimeter (mm) Thickness Rectangular Positive Temperature Coefficient (PTC) Thermistor
Rectangular Positive Temperature Coefficient (PTC) Thermistors

24 Volt (V) Rated Voltage and 2.1 Millimeter (mm) Thickness Rectangular Positive Temperature Coefficient (PTC) Thermistor
Description N/A Pelonis Technologies' innovative PTC Thermistors are at the heart of Fin PTC Air Heaters and PTC Heat Conductors and are a great choice for providing controlled electrical heat. Their design flexibility and self-regulating electric heat characteristics make them ideal for increased heat transfer and they are uniquely engineered to provide safe and energy efficient heating and long life operation.
Brands N/A Pelonis Technologies
Rated Voltage N/A 12 V N/A 12 V N/A 12 V N/A 12 V N/A 24 V
Resistance at 25 Degree Celsius (ºC) Temperature N/A 1 to 3 Ohm N/A 1 to 3 Ohm N/A 3 to 10 Ohm N/A 3 to 10 Ohm N/A 10 to 20 Ohm
Surface Temperature N/A 198 ºC N/A 245 ºC N/A 160 ºC N/A 245 ºC N/A 245 ºC
Voltage N/A 6 to 16 V N/A 6 to 16 V N/A 8 to 18 V N/A 8 to 18 V N/A 12 to 24 V
Width N/A 15 mm N/A 15 mm N/A 7.8 mm N/A 15 mm N/A 15 mm
Length N/A 21.4 mm N/A 21.4 mm N/A 25 mm N/A 21.4 mm N/A 21.4 mm
Thickness N/A 2.1 mm N/A 1.5 mm N/A 1.1 mm N/A 2.1 mm N/A 2.1 mm
Conductive Layer N/A Aluminum (Al) + Tin (Sn)
Positive Temperature Coefficient (PTC) Characteristics N/A PTC Thermistors have self-regulating characteristics and will not overheat. If a current runs through each thermistor, it will auto-stabilize at a certain temperature. This results in safer operation, better conductivity, greater operating efficiency, a stable electronics response, and longer life expectancy.
Innovative Features N/A
  • Safe
  • Energy efficient
  • Low cost operation
  • No electrical noise
  • No thermostat required
  • No moving or wearable parts
  • Very long operating life
Custom Designs N/A Standard PTC Thermistors are supplied in round, square, or rectangular shapes. Additional sizes and configurations can be customized depending on application requirements and order quantities.

PTC Thermistors can be used in a variety of applications, including:
  • Heating Plates
  • Drying Machines
  • Hair Dryers
  • Hot Melt Glue Guns
  • Foot Warmers
  • Diesel/fuel Heaters
  • Self-regulating Heating Elements
  • Carburetor Pre Heating
  • Irons
PTC Thermistors are an effective means of safe and energy efficient heating and are ideal for applications where space is limited and where low power consumption and long life operation are desired.
Note N/A Models listed in the specifications table can be portioned into smaller sizes (MIN= 2.5 x 2.5 mm). The resistance of segmented PTC thermistors will increase in proportion with their size.

Example
  • A PTC thermistor of 1000 Ω, segmented into 1/2 will have resistance 2000 Ω per segment (1000 Ω x divide into 2 pcs = 2000 Ω).
  • A PTC thermistor of 20 Ω, segmented into 1/4, will have resistance 80 Ω per piece (20 Ω x divide into 4 pcs = 80 Ω)
  • Standard in-stock models and the delivery is shorter.
  • Voltage, dimensions, resistance, temperature, or Curie temperature can also be customized for large quantities (longer lead times and large minimum order quantities may apply).
  • For lower temperature applications (10ºC ~90ºC), please consider our LCHT range of PTC Heat Conductor products with the characteristics of no inrush current, stable power, and adherence to Ohms Law. Ratings: 3V AC/DC ~ 600V AC/DC (CUL, CE), TºC =10ºC ~250.
  • PTC Thermistors contain Pb under the permission of RoHS exemption 7(c)-I: Electrical and electronic components containing lead in a glass or ceramic other than dielectric ceramic in capacitors, e.g. piezoelectronic devices, or in a glass or ceramic matrix compound.
 		N/A Models listed in the specifications table can be portioned into smaller sizes (MIN= 2.5 x 2.5 mm). The resistance of segmented PTC thermistors will increase in proportion with their size.

Example
  • A PTC thermistor of 1000 Ω, segmented into 1/2 will have resistance 2000 Ω per segment (1000 Ω x divide into 2 pcs = 2000 Ω).
  • A PTC thermistor of 20 Ω, segmented into 1/4, will have resistance 80 Ω per piece (20 Ω x divide into 4 pcs = 80 Ω)
  • Voltage, dimensions, resistance, temperature, or Curie temperature can also be customized for large quantities (longer lead times and large minimum order quantities may apply).
  • For lower temperature applications (10ºC ~90ºC), please consider our LCHT range of PTC Heat Conductor products with the characteristics of no inrush current, stable power, and adherence to Ohms Law. Ratings: 3V AC/DC ~ 600V AC/DC (CUL, CE), TºC =10ºC ~250.
  • PTC Thermistors contain Pb under the permission of RoHS exemption 7(c)-I: Electrical and electronic components containing lead in a glass or ceramic other than dielectric ceramic in capacitors, e.g. piezoelectronic devices, or in a glass or ceramic matrix compound.
 		N/A Models listed in the specifications table can be portioned into smaller sizes (MIN= 2.5 x 2.5 mm). The resistance of segmented PTC thermistors will increase in proportion with their size.

Example
  • A PTC thermistor of 1000 Ω, segmented into 1/2 will have resistance 2000 Ω per segment (1000 Ω x divide into 2 pcs = 2000 Ω).
  • A PTC thermistor of 20 Ω, segmented into 1/4, will have resistance 80 Ω per piece (20 Ω x divide into 4 pcs = 80 Ω)
  • Voltage, dimensions, resistance, temperature, or Curie temperature can also be customized for large quantities (longer lead times and large minimum order quantities may apply).
  • For lower temperature applications (10ºC ~90ºC), please consider our LCHT range of PTC Heat Conductor products with the characteristics of no inrush current, stable power, and adherence to Ohms Law. Ratings: 3V AC/DC ~ 600V AC/DC (CUL, CE), TºC =10ºC ~250.
  • PTC Thermistors contain Pb under the permission of RoHS exemption 7(c)-I: Electrical and electronic components containing lead in a glass or ceramic other than dielectric ceramic in capacitors, e.g. piezoelectronic devices, or in a glass or ceramic matrix compound.
 		N/A Models listed in the specifications table can be portioned into smaller sizes (MIN= 2.5 x 2.5 mm). The resistance of segmented PTC thermistors will increase in proportion with their size.

Example
  • A PTC thermistor of 1000 Ω, segmented into 1/2 will have resistance 2000 Ω per segment (1000 Ω x divide into 2 pcs = 2000 Ω).
  • A PTC thermistor of 20 Ω, segmented into 1/4, will have resistance 80 Ω per piece (20 Ω x divide into 4 pcs = 80 Ω)
  • Standard in-stock models and the delivery is shorter.
  • Voltage, dimensions, resistance, temperature, or Curie temperature can also be customized for large quantities (longer lead times and large minimum order quantities may apply).
  • For lower temperature applications (10ºC ~90ºC), please consider our LCHT range of PTC Heat Conductor products with the characteristics of no inrush current, stable power, and adherence to Ohms Law. Ratings: 3V AC/DC ~ 600V AC/DC (CUL, CE), TºC =10ºC ~250.
  • PTC Thermistors contain Pb under the permission of RoHS exemption 7(c)-I: Electrical and electronic components containing lead in a glass or ceramic other than dielectric ceramic in capacitors, e.g. piezoelectronic devices, or in a glass or ceramic matrix compound.
 		N/A Models listed in the specifications table can be portioned into smaller sizes (MIN= 2.5 x 2.5 mm). The resistance of segmented PTC thermistors will increase in proportion with their size.

Example
  • A PTC thermistor of 1000 Ω, segmented into 1/2 will have resistance 2000 Ω per segment (1000 Ω x divide into 2 pcs = 2000 Ω).
  • A PTC thermistor of 20 Ω, segmented into 1/4, will have resistance 80 Ω per piece (20 Ω x divide into 4 pcs = 80 Ω)
  • Standard in-stock models and the delivery is shorter.
  • Voltage, dimensions, resistance, temperature, or Curie temperature can also be customized for large quantities (longer lead times and large minimum order quantities may apply).
  • For lower temperature applications (10ºC ~90ºC), please consider our LCHT range of PTC Heat Conductor products with the characteristics of no inrush current, stable power, and adherence to Ohms Law. Ratings: 3V AC/DC ~ 600V AC/DC (CUL, CE), TºC =10ºC ~250.
  • PTC Thermistors contain Pb under the permission of RoHS exemption 7(c)-I: Electrical and electronic components containing lead in a glass or ceramic other than dielectric ceramic in capacitors, e.g. piezoelectronic devices, or in a glass or ceramic matrix compound.