CHIP INDUCTOR KQ1008 SPEER ELECTRONICS, INC. THIN FILM CHIP INDUCTOR CHIP INDUCTOR - Surface Mount 1008 Style - Flat top suitable for High Speed Pick and Place Components - High Q Factors and Self-Resonant Frequency Values - Inductance Value Marked on Part - SMT Lab Kit Available DIMENSIONS W H MARKING ON INDUCTOR CHIP Wt. VALUE 10nH to 82nH 0.1uH to 1.0uH L Ht. DIMENSIONS L 2.5 0.2 MM INCH W 2.2 0.2 CODE 10N to 82N R10 to 1R0 "R" indicates the decimal point No tolerance of inductance shall be indicated. Wt 2.0 0.1 H 1.8 0.2 Ht 0.45 0.15 .098 0.87 .079 .071 .018 0.008 0.004 0.006 ORDERING & SPECIFYING INFORMATION* KQ 1008 TE 10N K Type Size Code Packaging Nominal Inductance Tolerance Air Core Winding Form 0.98 x .087 x .071 in. 2.5 x 2.2 x 1.8 mm TE: Embossed Taping None: Bulk 10N : 10nH R10 : 0.1uH 1R0 : 1.0 uH G: 2% J: 5% K: 10% M: 20% *Please Note: KSE's Part Numbers Do Not Contain any Spaces or Hyphens. TELEPHONE: 814-362-5536 59 FAX: 814-362-8883 CHIP INDUCTORS - Excellent High Frequency Applications CHIP INDUCTOR KQ1008 SPEER ELECTRONICS, INC. THIN FILM CHIP INDUCTOR STANDARD APPLICATIONS Quality Inductance Factor Tolerance (%) Q. Freq. G J K M min. (MHz) DC. Res max 4100 0.08 3300 0.09 15nH 3000 0.10 18nH 2500 0.11 2400 0.12 Allowable Current mA max. Meas. Freq. Mhz 1000 50 Ind. KQ1008TE10N 10nH KQ1008TE12N 12nH KQ1008TE15N KQ1008TE18N KQ1008TE22N 22nH KQ1008TE27N 27nH KQ1008TE33N 33nH KQ1008TE39N 39nH KQ1008TE47N 47nH KQ1008TE56N 56nH KQ1008TE68N 68nH KQ1008TE82N 82nH KQ1008TER10 0.10H KQ1008TER12 0.12H 950 0.63 KQ1008TER15 0.15H 850 0.70 KQ1008TER18 0.18H 750 0.77 750 KQ1008TER22 0.22H 700 0.84 720 KQ1008TER27 0.27H 600 0.91 690 KQ1008TER33 0.33H 570 1.05 660 KQ1008TER39 0.39H 500 1.12 630 KQ1008TER47 0.47H 450 1.19 600 KQ1008TER56 0.56H 415 KQ1008TER62 0.62H KQ1008TER68 0.68H KQ1008TER75 0.75H 360 KQ1008TER82 0.82H KQ1008TER91 0.91H KQ1008TE1R0 1.0H KQ1008TE1R2 1.2H KQ1008TE1R5 1.5H KQ1008TE1R8 1.8H KQ1008TE2R2 2.2H KQ1008TE2R7 2.7H KQ1008TE3R3 3.3H KQ1008TE3R9 3.9H KQ1008TE4R7 4.7H KQ1008TE5R6 5.6H KQ1008TE6R8 6.8H KQ1008TE8R2 KQ1008TE100 50 500 NA 1600 0.13 0.14 60 1500 350 65 0.15 0.16 1300 0.18 0.20 1000 60 45 0.22 0.56 100 NA CHIP INDUCTORS SRF MHz (min) TYPE 1.33 580 1.40 560 1.47 540 1.54 520 350 1.61 500 320 1.68 480 290 1.75 460 250 2.0 440 200 2.3 420 2.6 400 375 35 50 28 160 22 25 20 800 2.8 380 140 3.2 360 110 3.4 350 100 3.6 340 90 4.0 330 80 2.2 150 70 2.5 150 8.2H 65 2.8 150 10.H 60 3.2 150 TELEPHONE: 814-362-5536 15 7.9 60 25 7.9 FAX: 814-362-8883 CHIP INDUCTOR SPEER ELECTRONICS, INC. KQ0402/KQ0603/KQ0805/KQ1008 ENVIRONMENTAL & MECHANICAL CHARACTERISTICS MAXIMUM L TEST METHODS Dielectric Withstanding Voltage Insulation Resistance No evidence of flaming, fuming, or breakdown 1000M and over Flammability Terminal Pull Strength Terminal Bending Strength IEC 695-2-2 No evidence of damage No evidence of breakdown Vibration L/L within 5% Q/Q within 10% Dropping No evidence of damage L/L within 5% Q/Q within 10% No evidence of outer damage L/L within 5% Q/Q within 10% 95% of the terminal should be covered with new solder No damage and marking must remain legible No evidence of damage L/L within 5% Q/Q within 10% No evidence of damage L/L within 5% Q/Q within 10% No evidence of damage L/L within 5% Q/Q within 10% No evidence of damage L/L within 5% Q/Q within 10% No evidence of damage L/L within 5% Q/Q within 10% No evidence of damage L/L within 5% Q/Q within 10% L/L within 5% Resistance to Soldering Heat Solderability Resistance to Solvents Low Temperature Storage High Temperature Storage Moisture Endurance Load Life High Temperature High Humidity Thermal Shock Temperature Characteristics 5 seconds at DC 500V applied between both terminals and film. 1 minute at DC 100V measured between both terminals and film. Withstands needle-flame test. Terminals shall withstand a pull of 10 N in a horizontal direction Specimen shall be soldered on bend test board and force applied to the opposite side to cause a 10mm deflection (KQ0603 - 3mm deflection) 2 hours in each direction of X, Y, Z, on PCB at a frequency range of 10 - 55 - 10Hz with 1.5mm amplitude Dropping 1m on the ground of concrete 1 time. Immerse in solder at 260 5C for 10 1 seconds Immerse in the solder at 230 5C for 3 0.5 seconds Accordance with MIL -STD - 202 Method 215 Store at -40 2C, for 1000 hours Store at +125 2C, for 1000 hours Temperature 40 2C, 90-95%RH for 1000 hours Biased to full rated current at +125C for 1000 hours Biased to 10% rated current at +85C, 85% RH for 1000 hours 100 cycles between -40C/hour and + 125C/hour L/L to be measured at the temperatures between -40C and +125C as based on the inductance at 20C Unless otherwise specified, measurements shall be performed within 2 hours after leaving test samples for more than one hour at the normal temperature and at the normal humidity. TELEPHONE: 814-362-5536 61 FAX: 814-362-8883 CHIP INDUCTORS PARAMETER