TR1102 ECM | Alldatasheet
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ECM Chip Transponder Inductors ECM Electronics Limited, Penmaen House, Ashington, West Sussex, RH20 3JR, UK Tel: +44(0 )1903 892810: Fax: +44(0)1903 892738. Email: ecm@ecmelectronics.co.uk Although we have attempted to accurately reflect the products we market. ECM reserve the right without prior notice to discontinue any product or make design changes we believe necessary. Issue 1 § High Shock Resistance § High Temperature Tolerance § Ferrite Core § 2 Standard Sizes § Taped and Reeled § Typical Reel Size 3000pcs TR Series COMPONENT OUTLINE The TR series of surface mountable wound inductors was the very first of its type specifically designed for transponder applications. Continuous product developments mean the TR range continues to be the most effective antenna coil available for a wide choice of applications. Its length and cross sectional area is optimised to achieve maximum sensitivity on the coils axis. For designs such as industrial and automotive applications, that need to withstand high shock and vibration characteristics (Higher than 1.0m drop test), high shock versions are also available. DIMENSIONS (mm) ECM Type Inductance Range A B C D E F
ECM Chip Transponder Inductors ECM Electronics Limited, Penmaen House, Ashington, West Sussex, RH20 3JR, UK Tel: +44(0 )1903 892810: Fax: +44(0)1903 892738. Email: ecm@ecmelectronics.co.uk Although we have attempted to accurately reflect the products we market. ECM reserve the right without prior notice to discontinue any product or make design changes we believe necessary. Issue 1 ECM Part L (mH) Tol C (pF) Q Min. (kHz) SRF Min. (kHz) Reading Distance (cm) RD TR1102 Series TR1102T-291 0.29 @125 kHz K 5600 20 1000 29 TR1102T-341 0.34 @125 kHz K 4700 20 1000 34 TR1102T-411 0.41 @125 kHz K 3900 20 1000 38 TR1102T-491 0.49 @125 kHz K 3300 20 1000 39 TR1102T-601 0.60 @125 kHz K 2700 20 1000 41 TR1102T-731 0.73 @125 kHz J 2200 20 1000 42 TR1102T-901 0.90 @125 kHz J 1800 20 1000 43 TR1102T-102 1.08 @125 kHz J 1500 20 1000 45 TR1102T-162 1.62 @125 kHz J 1000 20 600 52 TR1102T-192 1.97 @125 kHz J 820 20 400 59 TR1102T-242 2.38 @125 kHz J 680 22 400 65 TR1102T-292 2.89 @125 kHz J 560 25 400 68 TR1102T- 342 3.44 @125 kHz J 470 25 400 71 TR1102T- 402 4.05 @125 kHz J 400 25 350 74 TR1102T- 492 4.91 @125 kHz J 330 25 350 75 TR1102T- 602 6.00 @125 kHz J 270 25 350 75 TR1102T- 722 7.20 @125 kHz J 225 25 330 70 TR1102T- 742 7.36 @125 kHz J 220 25 300 63 TR1102T- 902 9.0 0 @125 kHz J 180 22 300 61 TR1102T- 113 10.8 @125 kHz J 150 20 300 54 TR1102T- 143 13.5 @125 kHz J 120 20 250 47 TR1102T- 163 16.2 @125 kHz J 100 20 250 45 TR1504 Series TR1 504 T- 411 0. 41 @125 kHz J 3900 20 1000 61 TR1 504 T- 491 0.49 @125 kHz J 3300 20 1000 65 TR1 504 T- 601 0.60 @125 kHz J 2700 20 1000 74 TR1 504 T- 731 0.73 @125 kHz J 2200 20 1000 75 TR1 504 T- 901 0.90 @125 kHz J 1800 20 1000 78 TR1 504 T- 102 1.08 @125 kHz J 1500 20 1000 80 TR1 504 T- 162 1.62 @125 kHz J 1000 20 800 78 TR1 504 T-1 92 1.97 @125 kHz J 820 20 600 75 TR1 504 T- 242 2.38 @125 kHz J 680 22 400 75 TR1 504 T- 2 92 2.89 @125 kHz J 560 25 400 71 TR1 504 T- 3 42 3.44 @125 kHz J 470 25 400 68 TR1 504 T- 412 4.15 @125 kHz J 390 25 350 66 TR1 504 T- 492 4.91 @125 kHz J 330 25 350 65 TOLERANCES J=5%; K= 10%. = Operating and Test Frequency as specified in ‘L’ column C = Capacitor for tuning circuits (125kHz) NB - the parallel input Cap. of the IC must also be taken into accountRD = 20mVp/p in a tuned circuit – Emitter ∅∅ 194mm, L @ 734 µµH, Vrms 73.3mV