we reserve the right to make alterations and technical data printed. all technical data serves as a guideline and does not gu arantee particular properties to any products. n ame of document: 30910046 index b status: 06 /2010 platinum resistance temperature detector pcb 2225/ 2240 (0805) this platinum temperature sensor on a printed circuit board has been specially designed for use in calorimetry. when designing these sensor s, the stringent requirements of this sector with regard to precision, long - term stability, cost minimisation as well as the option for fully automatic further processing were of prime concern. the temperature sensor in an smd model forms the measurement a ctive element on a pcb. the chip is connected with the terminal faces via meandering circuit board conductors in order to reduce heat dissipation and to prevent corruption of the measuring results. as a cable set sensor, it is suitable for a wide range of applications within a temperature range of 0 c to 150c. nominal resistance r 0 tolerance din en 60751 1996 - 07 tolerance din en 60751 2009 - 05 ordner no. dimensions in mm l +2.2 b - 0.2 - 0.2 fc type 100 class b f 0.3 30 201 075 22 2,5 0805 500 30 201 073 22 2,5 0805 1000 30 201 063 22 2,5 0805 100 30 201 071 22 4,0 0805 500 30 201 069 22 4,0 0805 1000 30 201 067 22 4,0 0805 specification din en 60751 tolerance classes class b temperature range 0c to 150c temperature coefficient tc = 3850 ppm/k long - term stability ? 0.1 k after 1000 h at 150c (energized with pt 100: 1.0ma; pt 500: 0.7ma; pt 1000 : 0.3ma) measuring current 100 ? : 0.3 to 1.0ma 500 ? : 0.1 to 0.7ma 1000 ? : 0.1 to 0.3ma (self heating has to be considered) self - heating track resistance 0.15 k/mw in ice water meander: 0.06 ? temperature change resistan ce ? 0.1 k after 1000 change 0c/150c in air contact cu connection pad with chem. sn surface soldering 1) chip is soldered lead free 2) connection pads are ready for lead free soldering ambient conditions use unprotected only in dry environments response time water (v = 0. 4m/s): t 0,5 = 0.05s t 0,9 = 0.10 s air (v=2m/s): t 0,5 = 1.5s t 0,9 = 5.0s packaging supplied in plastic container storage life 12 months note other tolerances and values of resistance are available on request. 1901 route 130 north brunswick, nj 08902 phone 732-940-4400 fa x 732-940-4445 email info.hst-us@heraeus.com http://heraeus-sensor-technology-us.com heraeus sensor technology usa nominal resistance r 0 tolerance din en 60751 1996 - 07 tolerance din en 60751 2009 - 05 ordner no. dimensions in mm l +2.2 b - 0.2 - 0.2 fc type 100 class b f 0.3 30 201 075 22 2,5 0805 500 30 201 073 22 2,5 0805 1000 30 201 063 22 2,5 0805 100 30 201 071 22 4,0 0805 500 30 201 069 22 4,0 0805 1000 30 201 067 22 4,0 0805 specification din en 60751 tolerance classes class b temperature range 0c to 150c temperature coefficient tc = 3850 ppm/k long - term stability d 0.1 k after 1000 h at 150c (energized with pt 100: 1.0ma; pt 500: 0.7ma; pt 1000 : 0.3ma) measuring current 100 : : 0.3 to 1.0ma 500 : : 0.1 to 0.7ma 1000 : : 0.1 to 0.3ma (self heating has to be considered) self - heating track resistance 0.15 k/mw in ice water meander: 0.06 : temperature change resistan ce d 0.1 k after 1000 change 0c/150c in air contact cu connection pad with chem. sn surface soldering 1) chip is soldered lead free 2) connection pads are ready for lead free soldering ambient conditions use unprotected only in dry environments response time water (v = 0. 4m/s): t 0,5 = 0.05s t 0,9 = 0.10 s air (v=2m/s): t 0,5 = 1.5s t 0,9 = 5.0s packaging supplied in plastic container storage life 12 months note other tolerances and values of resistance are available on request.
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