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Document overview

  • Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
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Technical content

features

  • Im pact resistant due to 4 electrode term inal and unique coil structure
  • Sm all inductance change to environm ental tem perature change
  • P roducts m eet EU R oH S requirem ents
  • Suitable for reflow solderings
  • A EC -Q 200 Q ualified ordering inform ation 762: 7.6m H T : Sn G : ±2% H : ±3% J : ±5% L x W x H (m m ) 10 x 10 x 6 B K : B ulk T EG : P lastic em bossed K TZ Type Style Tolerance Nom inal Inductance Term inal Surface M aterial Taping New Part # 1030 TE G J762 T For further inform ation on packaging, please refer to A ppendix A . dim ensions and construction Ferrite Core A B C D E F Resinic Base Magnetic Wire Electrode EU 235 K O A Speer Electronics, Inc. • 199 Bolivar D rive • Bradford, P A 16701 • U SA • 814-362-5536 • Fax: 814-362-8883 • w w w.koaspeer.com Specifications given herein m ay be changed at any tim e w ithout prior notice. Please confirm technical specifications before you order and/or use. 1/11/13 N EW CF EDBA D im ensions inches (m m ) .398±.008 (10.1± 0.2) .394±.008 (10.0± 0.2) .173 T yp. (4.4 Typ.) .079 T yp. (2.0 Typ.) .126 M ax. (3.2 M ax.) .291 T yp. (7.4 Typ.) Size K TZ1030 C ircuit C onstruction inductors

236 K O A Speer Electronics, Inc. • 199 Bolivar D rive • Bradford, P A 16701 • U SA • 814-362-5536 • Fax: 814-362-8883 • w w w.koaspeer.com Specifications given herein m ay be changed at any tim e w ithout prior notice. Please confirm technical specifications before you order and/or use. 1/11/13 D C R esistance M axim um (Ω) G : ±2% -40 K TZ1030TTE G 762 7.6 125 H : ±3% 30 500 125 25 33 to J : ±5% +125°C Self R esonant Frequency (kHz) M in. Type Nom inal Inductance (µH) M easuring Frequency (kHz) U nload Q uality Factor (M in.) Operating Tem perature Range Sensitive Factor Typ. (m V/uT) Allow able D C C urrent M axim um (m A) Inductance Tolerance applications and ratings Perform ance C haracteristics Param eter R equirem ents M axim um ∆ L/L Test M ethod 250°C p-p, R eflow profile ∆ L /L : ±2% N o significant abnorm ality in appearance R esistance to R eflow H eat -40°C (30m in.)/ +125°C (30m in.) 1000 cycles ∆ L /L : ±2% N o significant abnorm ality in appearance R apid C hange of T em perature N o significant abnorm ality in appearance L ow T em perature Exposure N o significant abnorm ality in appearance H igh T em perature Exposure Lim it Typical ∆ L /L : ±0.5% ∆ L /L : ±0.5% ∆ L /L : ±0.5% N o significant abnorm ality in appearance M oisture Exposure N o significant abnorm ality in appearance T em perature C haracteristics D rop the key case from height of 3m ∆ L /L : ±2% N o significant abnorm ality in appearance M oisture Exposure ∆ L /L : ±0.5% ∆ L /L : ±1% ∆ L /L : ±0.5% ∆ L /L : ±0.5% C haracteristics environm ental applications Frequency (kHz) ( ) 1 10 100 1000 10000 L-f Frequency (kHz) 1 10 100 1000 10000 Q-f : P lease designate inductance tolerance (G , H , J ) A ny other inductance under 7.6m H is available T est equipm ent: A gilent 4294A im pedance analyzer L-Frequency C haracteristics Q -Frequency C haracteristics inductors