conformal, single in-line resistor networks (standard) VTF (standard) vishay thin film www.vishay.com for technical questi ons, contact: thin-film@vishay.com document number: 60038 74 revision: 05-mar-08 through hole networks vishay thin film resistor networks are designed to be used in analog circuits in conjunction with operational amplifiers. engineers can use these circuits to achieve an infinite number of very low noise and high stability circuits for industrial, medical and scientific instrumentation. this family of standard resist or networks will continually be expanded with new and innovative designs, and vishay thin film stocks most designs in house for off-the-shelf convenience. however, if yo u can not find the standard network you need, call applications engineering at (716) 283-4025, as we may be able to meet your requirements with a semicustom ?match? for a quick delivery. for standard networks with ti ghter specifications, or for custom networks, contact app lications engineering at the above number. for a quick review of typical applications, request vishay?s guide to understanding and using thin film precision networks. features ? lead (pb)-free available ? off-the-shelf delivery ? wide variety of standards ? small size (sip) ? standard designs - no nre ? low capacitance < 0.1 pf/pin ? flame resistant (ul94v-0 rating) typical performance complete electrical specifications at the end of schematics. schematic two equal resistors lead (pb)-free option add ?s? after part number, e.g: VTF209 s bx ratio divider 10:1 lead (pb)-free option add ?s? after part number, e.g: VTF280 s bx * pb containing terminations are not rohs compliant, exemptions may apply actual size abs tracking tcr 10 2 abs ratio tol 0.1 0.02 r1 = r2 l = total length = 0.320" ( 8 .13 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. exce p t p n 21 8 w here seated hei g ht = 0.342" ( 8 .69 mm ) max. 1 r1 act u al size 2 r2 3 ordering information r1 = 1k: VTF209bx 50k: VTF214bx 2k: VTF210bx 100k: VTF215bx 5k: VTF211bx 200k: VTF216bx 10k: VTF212bx 500k: VTF217bx 20k: VTF213bx 1m: VTF218bx l = total length = 0.320" ( 8 .13 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. except p n 2 8 1 w here seated height = 0.362" (9.19 mm) max. r1 + r2 = 10k, 100k, 1m r1 + r2 ? ??? = 10 r2 1 r1 r2 act u al size 2 3 ordering information r1 + r2 = 9k + 1k = 10k: VTF280bx 90k + 10k = 100k: VTF193bx 900k + 100k = 1m: VTF281bx a v aila b le p b -free rohs* compliant
VTF (standard) conformal, single in-line resistor networks (standard) vishay thin film document number: 60038 for technical questions, contact: thin-film@vishay.com www.vishay.com revision: 05-mar-08 75 through hole networks divider network 10:1 two equal resistors - isolated lead (pb)-free option add ?s? after part number, e.g: VTF365 s bx ratio divider 10:1 and 100:1 lead (pb)-free option add ?s? after part number, e.g: VTF330 s bx four equal resistors one common lead (pb)-free option add ?s? after part number, e.g: VTF366 s bx divider network 2:1 lead (pb)-free option add ?s? after part number, e.g: VTF1087 s bx l = total length = 0.320" ( 8 .13 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. except p n 2 8 3 w here seated height = 0.362" (9.19 mm) max. r1 = 100k, 1m r1 ??? = 10 r2 123 r1 r2 act u al size ordering information r1 = 100k: VTF282bx r1 =1m: VTF283bx l = total length = 0.420" (10.67 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. 12 r1 34 r2 r1 = r2 act u al size ordering information r1 = 1k: VTF365bx 50k: VTF1000bx 2k: VTF997bx 100k: VTF348bx 5k: VTF998bx 200k: VTF1105bx 10k: VTF363bx 500k: VTF1106bx 20k: VTF1104bx 1m: VTF1103bx 25k: VTF999bx l = total length = 0.420" (10.67 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. act u al size r1 + r2 + r3 = 100k r1 + r2 + r3 = 100 r3 r1 + r2 + r3 = 10 r2 + r3 123 r1 r2 4 r3 90k 9k 1k ordering information r1 + r2 + r3 = 100k: VTF330bx r1 = r2 = r3 = r4 = 10k, 100k l = total length = 0.520" (13.21 mm) max. h = seated hei g ht = 0.2 8 0" (7.11 mm) max. 5 4 3 2 1 r1 r2 r3 r4 act u al size ordering information r1 = 10k: VTF366bx 100k: VTF367bx act u al size l = 0.520 (13.21 mm), h = 0.2 8 0 (7.11 mm) max. 12 r1 45 r3 3 r2 10k 10k 5k r1 = 10k r2 = 1 r1 r1 x r2 r3 = r1 + r2 ordering information VTF1087bx
VTF (standard) vishay thin film conformal, single in-line re sistor networks (standard) www.vishay.com for technical questi ons, contact: thin-film@vishay.com document number: 60038 76 revision: 05-mar-08 through hole networks divider network 2:1 lead (pb)-free option add ?s? after part number, e.g: VTF1088 s bx divider network 5:1 lead (pb)-free option add ?s? after part number, e.g: VTF1089 s bx divider network 10:1 lead (pb)-free option add ?s? after part number, e.g: VTF1090 s bx divider network 1:1 lead (pb)-free option add ?s? after part number, e.g: VTF225 s bx divider network 2:1 lead (pb)-free option add ?s? after part number, e.g: VTF1009 s bx l = 0.520" (13.21 mm), h = 0.2 8 0" (7.11 mm) max. r1 = 10k r2 ?? = 2 r1 r1 x r2 r3 = ?????? r1 + r2 12 r1 45 r3 3 r2 10k 20k 6.667k act u al size ordering information VTF1088bx r1 = 10k r2 ?? = 5 r1 r1 x r2 r3 = ??????? r1 + r2 act u al size l = 0.520" (13.21 mm), h = 0.2 8 0" (7.11 mm) max. 12 r1 45 r3 3 r2 10k 50k 8 .333k ordering information VTF1089bx r1 = 10k r2 ?? = 10 r1 r1 x r2 r3 = ?????? r1 + r2 note : r2 tc tracking 3 ppm/c act u al size 12 r1 45 r3 3 r2 10k 100k 9.09k l = 0.520" (13.21 mm), h = 0.2 8 0" (7.11 mm) max. ordering information VTF1090bx r1 = 5k, 10k, 100k, 1m r1 = r2 l = total length = 0.620" (15.75 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. except p n 2 8 7 seated height = 0.362" (9.19 mm) max. act u al size 123 r1 r2 456 r2 r1 ordering information r1 = 5k: VTF225bx 10k: VTF286bx 100k: VTF219bx 1m: VTF287bx l = total length = 0.620" (15.75 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. r1 = 10k, 100k r1 ?? = 2 r2 act u al size 123 r1 r2 456 r2 r1 ordering information r1 = 10k: VTF1009bx 100k: VTF1010bx
VTF (standard) conformal, single in-line resistor networks (standard) vishay thin film document number: 60038 for technical questions, contact: thin-film@vishay.com www.vishay.com revision: 05-mar-08 77 through hole networks divider network 5:1 lead (pb)-free option add ?s? after part number, e.g: VTF1007 s bx divider network 10:1 lead (pb)-free option add ?s? after part number, e.g: VTF220 s bx divider network 10:1 lead (pb)-free option add ?s? after part number, e.g: VTF328 s bx divider network 20:1 lead (pb)-free option add ?s? after part number, e.g: VTF1073 s bx divider network 100:1 lead (pb)-free option add ?s? after part number, e.g: VTF1109 s bx r1 = 10k, 100k r1 ?? = 5 r2 l = total length = 0.620" (15.75 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. act u al size 123 r1 r2 456 r2 r1 ordering information r1 = 10k: VTF1007bx 100k: VTF1008bx r1 = 10k r2 ?? = 10 r1 123 r1 r2 456 r1 r2 l = total length = 0.620" (15.75 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. act u al size ordering information r1 = 10k: VTF220bx r1 = 10k, 100k, 1m r1 ?? = 10 r2 l = total length = 0.620" (15.75 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. except p n 2 8 5 seated height = 0.320" ( 8 .13 mm) max. act u al size 123 r1 r2 456 r2 r1 ordering information r1 = 10k: VTF328bx 100k: VTF284bx 1m: VTF285bx r1 = 10k, 50k, 200k, 1m r1 ?? = 20 r2 l = total length = 0.620" (15.75 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. act u al size 123 r1 r2 456 r2 r1 ordering information r1 = 10k: VTF1073bx 50k: VTF1074bx 200k: VTF1107bx 1m: VTF1108bx r1 = 1m r1 ?? = 100 r2 act u al size 123 r1 r2 456 r2 r1 ordering information r1 = 1m: VTF1109bx
VTF (standard) vishay thin film conformal, single in-line re sistor networks (standard) www.vishay.com for technical questi ons, contact: thin-film@vishay.com document number: 60038 78 revision: 05-mar-08 through hole networks six resistor network (designed for unity gain/high common mode voltage rejection differential amplifier) lead (pb)-free option add ?s? after part number, e.g: VTF442 s bx four equal resistors isolated lead (pb)-free option add ?s? after part number, e.g: VTF329 s bx four equal resistors isolated lead (pb)-free option add ?s? after part number, e.g: VTF1005 s bx common mode di v ision ratio 250, 100, 50 r1 = r3 = 1m r2 = 4k, 10k, 20k r4 = 3.9 8 4k, 9.901k, 19.60 8 k r5 = 900k, 950k, 975k r6 = 100k, 50k, 25k 1m 7 6 5 4 3 2 1 r6 r5 r1 r2 r4 r3 1m l = total length = 0.720" (1 8 .29 mm) max. h = seated height = 0.360" (9.14 mm) max. maxim u m v oltage to pins #3 and #7 is 300 v act u al size ordering information r1 = division ratio = 250: VTF442bx r2 100: VTF443bx 50: VTF444bx r1 = 1k, 10k, 25k, 50k, 100k l = total length = 0. 8 20" (20. 8 3 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. act u al size r1 r1 r1 r1 1234567 8 ordering information r1 = 1k: VTF329bx 2k: VTF1001bx 5k: VTF1002bx 10k: VTF158bx 25k: VTF1003bx 50k: VTF1004bx 100k: VTF288bx r1 = 1k, 10k, 100k a b sol u te tolerance = 0.1 % ratio tolerance = 0.1 % l = total length = 0. 8 20" (20. 8 3 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. act u al size r1 r1 r1 r1 1234567 8 ordering information r1 = 1k: VTF1005bx 10k: VTF1006bx 100k: VTF1137bx
VTF (standard) conformal, single in-line resistor networks (standard) vishay thin film document number: 60038 for technical questions, contact: thin-film@vishay.com www.vishay.com revision: 05-mar-08 79 through hole networks eight equal resistors one common lead (pb)-free option add ?s? after part number, e.g: VTF368 s bx eight resistor network (designed for instrument amplifier with shield driver) lead (pb)-free option add ?s? after part number, e.g: VTF272 s bx eight bit r/2r ladder network lead (pb)-free option add ?s? after part number, e.g: VTF1072 s bx resistance doubler lead (pb)-free option add ?s? after part number, e.g: VTF1011 s bx absolute tolerance = 0.1 % ratio tolerance = 0.1 % tcr tracking = 3 ppm/c l = total length = 1.02" (25.91 mm) max. h = seated height = 0.280" (7.11 mm) max. act u al size l = total length = 0.920" (23.37 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. 8 9 7 6 5 4 3 2 1 r1 r2 r3 r4 r5 r6 r7 r 8 r1 = r2 = r3 = r4 = r5 = r6 = r7 = r 8 = 10k, 100k ordering information r1 = 10k: VTF368bx 100k: VTF369bx act u al size 8 9 10k 7 1k 6 9k 5 1k 4 1k 3 9k 2 1k 1 10k ref. l = total length = 0.920" (23.37 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. ordering information VTF272bx r = 10k, 1k act u al size 8 910 7 6 5 4 3 2 1 r 2r r 2r r 2r r 2r r 2r r 2r r 2r 2r 2r l = total length =1.020" (25.91 mm) max. h = seated height = 0.2 8 0" (7.11 mm) max. ordering information ( 1/2 lsb) r = 1k: VTF1072bx r = 10k: VTF267bx r1 = 1k act u al size 8 910 12 8 k 256k 7 64k 6 32k 5 16k 4 8 k 3 4k 2 2k 1 1k r 8 r9 r7 r6 r5 r4 r3 r2 r1 ordering information VTF1011bx
VTF (standard) vishay thin film conformal, single in-line re sistor networks (standard) www.vishay.com for technical questi ons, contact: thin-film@vishay.com document number: 60038 80 revision: 05-mar-08 through hole networks dimensions and imprinting in inches and millimeters note: ?l? and ?h? (length and height) dimensions for each model are found alongside the schematic drawing. standard electrical specifications test specifications conditions material passivated nichrome tcr*: tracking 2 ppm/c 0 c to + 70 c absolute 10 ppm/c 0 c to + 70 c tolerance: ratio 0.02 % + 25 c absolute 0.1 % + 25 c stability: r ratio 0.01 % 2000 h at + 70 c voltage coefficient 0.01 ppm/v working voltage 100 v operating temperature range 0 c to + 70 c storage temperature range - 55 c to + 125 c noise - 35 db thermal emf < 0.1 v/c shelf life stability: absolute 100 ppm 1 year at + 25 c ratio 20 ppm 1 year at + 25 c part number date code pin #1 vishay lo g o b c d a h l f e dimension inches mm a 0.125 (min.) 3.17 b 0.010 (min.) 0.25 c 0.100 2.54 typ. d 0.020 typ. 0.51 e 0.100 max. 2.54 f 0.010 typ. 0.25 mechanical specifications resistive material passivated nichrome substrate material alumina body epoxy coated terminals copper 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
VTF (standard) conformal, single in-line resistor networks (standard) vishay thin film document number: 60038 for technical questions, contact: thin-film@vishay.com www.vishay.com revision: 05-mar-08 81 through hole networks global part number information new global part numbering: VTF211bx (preferred part number format) global model pa rt n u m b e r (3 or 4 digits) lead (pb)-free (0 or 1 digits) pac k ag i n g VTF xxx or xxxx example: 214 1004 s = lead (pb)-free (e1) none = tin lead bx = conductive foam box historical part number example: VTF 211 (will continue to be accepted) VTF 211 model part number VTF1004sbx VTF 211 bx
document number: 91000 www.vishay.com revision: 18-jul-08 1 disclaimer legal disclaimer notice vishay all product specifications and data are subject to change without notice. vishay intertechnology, inc., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively, ?vishay?), disclaim any and all liability fo r any errors, inaccuracies or incompleteness contained herein or in any other disclosure relating to any product. vishay disclaims any and all li ability arising out of the use or application of any product describ ed herein or of any information provided herein to the maximum extent permit ted by law. the product specifications do not expand or otherwise modify vishay?s terms and conditions of purcha se, including but not limited to the warranty expressed therein, which apply to these products. no license, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document or by any conduct of vishay. the products shown herein are not designed for use in medi cal, life-saving, or life-sustaining applications unless otherwise expressly indicated. customers using or selling vishay products not expressly indicated for use in such applications do so entirely at their own risk and agree to fully indemnify vishay for any damages arising or resulting from such use or sale. please contact authorized vishay personnel to obtain written terms and conditions regarding products designed for such applications. product names and markings noted herein may be trademarks of their respective owners.
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