hvps vishay thin film document number: 60091 for technical questions contact thin-film@vishay.com www.vishay.com revision: 28-mar-06 89 high value precision sip through hole schematic features ? lead (pb)-free available ? high nominal ultra precision resistors (value range 50k - 10m) ? highly accurate resistance tolerance to 0.01 % ? conformal coating flame resistant (ul94v-) rating ? ultra low tcr 5 ppm/c applications ? precise instrumentation (medical, test etc.) ? precision amplifiers dimensions and inprinting in inches [millimeters] * pb containing terminations are not rohs compliant, exemptions may apply 12 standard electrical specifications test specifications conditions material tamelox resistance range hvps 1 hvps 2 50 k to 5 m 100 k to 10 m tcr 5, 10, 15, 25 ppm/c - 55 to + 125 c tolerance 0.01 %, 0.02 %, 0.05 % 0.10 %, 0.50 %, 1.0 % max at + 70 c max at + 70 c stability 500 ppm 2000 hours at + 70 c voltage coefficient < 1.0 ppm/volt working voltage/power rating hvps 1 hvps 2 250 volts/125 mw 300 volts/250 mw operating temperature range - 55 c to + 125 c noise < - 30 db thermal emf < 0.1 v/c shelf life stability < 100 ppm 1 year at + 25 c part no: datecode 0.200 typical (5.08) part no: datecode 0.02 0.005 (0.508 0.127) 0.125 minimum (3.175) 0.110 max (2.794) 0.02 0.005 (0.508 0.127) 0.100 typical (2.54) 0.125 minimum (3.175) 0.260 max (6.604) 0.260 max (6.604) 0.110 max (2.794) 0.240 max (6.096) 0.320 max (8.128) a v aila b le p b -free rohs* compliant
hvps vishay thin film high value precision sip www.vishay.com for technical questi ons contact thin-film@vishay.com document number: 60091 90 revision: 28-mar-06 through hole mechanical sp ecifications resistive element tamelox (passivated nichrome) substrate material 99.6 % alumina body epoxy terminals copper with nickel barrier plating sn 60 marking resistance to solvents per mil-prf-83401 lead (pb)-free option 96.5 % sn, 3.0 % ag, 0.5 % cu lead (pb)-free finish hot solder dip global part number information new global part numberin g: hvps1e1003quf (preferred part number format) global model tcr resistance tolerance packaging hvps1 hvps2 (tin lead) e = 25 ppm/c d = 15 ppm/c y = 10 ppm/c z = 5 ppm/c first 3 digits are significant figures. last digit specifies the number of zeroes to follow. example: 1001 = 1k 1002 = 10k 1003 = 10m * a = 0.05 % b = 0.1 % d = 0.5 % f = 1.0 % q = 0.02 % t = 0.01 % * tolerance available on 1 k and up only r1 is reference resistor uf = tubed historical part number example: hvps1 25 pp m 100k 0.02 % uf (will continue to be accepted) hvps1 25 ppm 100k 0.02 % uf historical model tcr resistance tolerance packaging new global part numberin g: hvps2sy1002tuf (preferred part number format) global model tcr resistance tolerance packaging hvps1s hvps2s (lead (pb)-free) (e1) e = 25 ppm/c d = 15 ppm/c y = 10 ppm/c z = 5 ppm/c first 3 digits are significant figures. last digit specifies the number of zeroes to follow. example: 1001 = 1k 1002 = 10k 1003 = 10m * a = 0.05 % b = 0.1 % d = 0.5 % f = 1.0 % q = 0.02 % t = 0.01 % * tolerance available on 1 k and up only r1 is reference resistor uf = tubed historical part number example: hvps2s 10 pp m 10k 0.01 % uf e1 (will continue to be accepted) hvps2s 10 ppm 10k 0.01 % uf e1 historical model tcr resistance tolerance packaging hvps1e1 0 0 vps2sy1 0 0 h 3quf 2tuf
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