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PART NUMBER/LEAD TYPE |
TOTAL/
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B37871 K5151 K62 150 pF +/- 5% 50V1206J X94680173 |
QTY. 12 8" REELS OF 4000 |
B37871 K5331 J60 330 PF +/- 5% 1206C0G331J050P07 |
QTY. 5 REELS OF 4000 |
B37940 K5100 J60 10PF +/- 5% |
QTY. 2 REELS OF 5000 |
B37940 K5040 B762 4,7 PF +/- 0,1 PF |
QTY. 2 REELS OF 5000 |
B37941 B5104 X72 100 NF +/- 10% |
QTY. 1 REEL OF 12000 |
B37941-K5104-K-62 X7R 100 NF +/_ 10%005V 0805K |
QTY. 42 8" REELS OF 3000 |
B37941 K5222 K72 CERAMIC/TANTALUM CAPACITOR 2,2 NF +/- 10% |
QTY. 4 REELS OF 20000
|
B37941 B5333 K70 33 nf +/-10% |
QTY. 1 REEL OF 20000 |
B37950 K5224 K72 220 NF +/- 10% |
QTY. 5 REEL OF 12000 |
B45196 P6106 K316 TA CHIP D PERFORMANCE 10 UF 10% 35 V |
QTY. 7 REELS OF 2800 |
B45196 P6106 K316 TA CHIP D |
QTY. 7 REELS OF 2800 |
B45197 S3336 M589 TA CHIP
D |
QTY. 1 REELS OF 700 |
B45196 E3105 K109 TA CHIP A |
QTY. 6 REELS OF 2000 |
470 PF 5% |
QTY. 4 REELS OF 2500 |
Polar tantalum capacitors with solid electrolyte Flame-retardant plastic case (UL 94 V-0) Optionally tinned or gold-plated terminals (gold-plated terminals for case size A upon request) Features High volumetric efficiency Excellent solderability Stable temperature and frequency characteristics Low leakage current, low dissipation factor Low self-inductance l High resistance to shock and vibration Suitable for use without series resistor Applications Telecommunications (e.g. mobile phones, private branch exchanges) Data processing (e.g. laptops, main frames) Measuring and control engineering l Automotive electronics Medical engineering l Switch-mode power supplies with very high clock frequencies (300 kHz) DC/DC converters Soldering Suitable for reflow soldering (IR and vapor phase) and wave soldering Delivery mode Taped and reeled in accordance with IEC 286-3 Ordering code structure B45196-E1225-+10 * Passive component Tantalum capacitor Series 196 = tinned terminals 197 = tinned terminals 198 = gold-plated terminals Reel diameter 9 = 180 mm, 6 = 330 mm Case size 10 = A, 20 = B, 30 = C, 40 = D, 50 = E Capacitance tolerance M = ± 20 %, K = ± 10 %, J = ± 5 % Voltage Code 0 is omitted Rated capacitance First two digits = significant figures Third digit = exponent