NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
NEW DATABASE - 350 MILLION DATASHEETS FROM 8500 MANUFACTURERS
| Catalog Datasheet Results | Type | Document Tags |
| Abstract: STMicroelectronics: DC-DC EVAL6902D EVAL6902D QTY 1 1 1 1 1 1 1 1 1 1 1 Reference Cin Cout Diode Inductor Device R1 R2 R3 C3 C4 Rsense May-07 Part Description 10uF 15% 25V ceramic capacitor 100uF 10V tantalum capacitor 2A 25V low drop power schottky rectifier 22uH inductor 1A switching regulator 5.6k 1% resistor 3.3k 1% resistor 5.1k 1% resistor 220pF 50V ceramic capacitor 22nF 50V ceramic capacitor 100m 1% resistor Mfg P/n C3225X5R1E106M C3225X5R1E106M POSCAP 10TPB100M 10TPB100M STPS2L25U STPS2L25U ... | Original |
1 pages, |
51K SMD RESISTOR tantalum smd 1K resistor datasheet resistor 3.3k resistor resistor 51k 2a smd Inductor 100uf regulator 10V smd capacitor 100uF 50V SMD CAPACITOR 223 smd 2a transistor 22uH SMD EVAL6902D EVAL6902D abstract |
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| Abstract: Sprauge 594D/595D 594D/595D series, AVX TPS series, or Sanyo OS-CON series are good choices. A 22uH inductor is recommended for most applications. An inductor value of less than 10uH should Note: Part values for 3.3V or , in the inductor. (Note: Data Sheet equations for the power limit and peak current assume a 22uH inductor). Inductors exist as standard part numbers from vendors such as Coilcraft, Coiltronics and , L1 Zener Diode 100uF, 6.3V Sprague 10V Motorola Inductor 22uH Coilcraft ... | Original |
2 pages, |
UCC3941 22-12-2054 595D106X0016B2T 595D107X06R3C2T BATTERY HOLDER 2 AA coil inductor DT3316P-223 1SMB5925BT3 Capacitor 16v A 2054 CAPACITOR Tantalum SD 2.2uH inductor DN-73 DN-73 UCC3941 DN-73 abstract |
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| Abstract: PFM-Mode Operation With 10-nF Feedforward Capacitor (Cff), 22-uH Inductor, and With Different Output , Capacitor (Cff), 22-uH Inductor, and With Different Output Capacitors . 10 Output Ripple , 1-nF Feedforward Capacitor (Cff), 22uH Inductor, and With Different Output Capacitors SLVA213 SLVA213 Â July , Operation With 10-nF Feedforward Capacitor (Cff), 22-uH Inductor, and With Different Output Capacitors 2 , Operation With 100-nF Feedforward Capacitor (Cff), 22-uH Inductor, and With Different Output Capacitors ... | Original |
12 pages, |
TPS61070EVM TPS61070 Bluetooth-chipset 2.2uH inductor SLVA213 SLVA213 abstract |
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| Abstract: Switching to a 22uH inductor brings transient recovery time down to 15us (Figure 7), but output ripple and , Response with 22uH Inductor For literature on our Linear Regulators, call 1-800-4-LINEAR 1-800-4-LINEAR. For , frequency. Transient recovery is controlled primarily by the value of the external inductor. With a 47uH inductor, switching noise is minimal and the circuit recovers from a ±400mA output load step in 30us , Transient Response with 47uH Inductor SW VCC 4.7uF CERAMIC Both the LT1118 LT1118 and the LTC1504 LTC1504 ... | Original |
2 pages, |
LTC1504 LT1118 2.2uH inductor TAJC476M016R ss 3977 datasheet abstract |
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| Abstract: Sprauge 594D/595D 594D/595D series, AVX TPS series, or Sanyo OS-CON series are good choices. A 22uH inductor is recommended for most applications. An inductor value of less than 10uH should Note: Part values for 3.3V or , in the inductor. (Note: Data Sheet equations for the power limit and peak current assume a 22uH inductor). Inductors exist as standard part numbers from vendors such as Coilcraft, Coiltronics and , L1 Zener Diode 100uF, 6.3V Sprague 10V Motorola Inductor 22uH Coilcraft ... | Original |
3 pages, |
DN-73 UCC3941 594D/595D DN-73 abstract |
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| Abstract: Component Vendor Phone Number Schottky Diode 2.2uH Inductor 3.2A TDK C1608X5R1C104K C1608X5R1C104K 603 , Design Solution 31 Page 1 of 4 © Sipex Corporation Figure 2. Channel 1: Inductor Current, 1 A per Division. Channel 2: Output Voltage Ripple Figure 1. Channel 1: Inductor Current, 1 A per ... | Original |
4 pages, |
SP6652 SP6137 ERJ3EKF1302V for capacitor ERJ-3EKF1003V PWM controller sot23-6 2.2uH inductor mbr530 SP5205 pwm schematic buck converter SP6137 abstract |
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| Abstract: FAN2013 FAN2013 MPX in a 3x3 MLP package, four small 10uF capacitors and one 2.2uH inductor which can provide , Manual Where To Begin: Description Inductor 2.2 ç¤-, 2.8 Amps, 20%, SMDSMT Capacitor 10ç¤", 10% ... | Original |
3 pages, |
SD25 Rubycon FAN2013MPX FAN2013 ECJ-3YB0J106K rubycon mhz SMD resistors 2r2 FAN2013 abstract |
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| Abstract: , a low profile 3.5mm ht 2.2uH inductor, and 0805 size 10uF and 22uF capacitors. The circuit has been ... | Original |
5 pages, |
SP6134 SP6134 abstract |
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| Abstract: data for inductors of 2.2uH and 4.7uH are shown in figures 4, 5, 6 and 7. From Figures 4 & 5 it is shown that the 2.2uH inductor has a larger ripple current of as much as 300mA for a peak current of about 500mA to more than 600mA. This large ripple current makes using a small 2.2uH inductor , Turn-off data taken at a frequency of 38kHz is shown in Table 1. Inductor values of 2.2uH, 4.7uH and 10uH , current for the 2.2uH can get pretty low at 200mA for 5V input, while the 4.7uH inductor has a minimum of ... | Original |
7 pages, |
infrared remote switch IR LED inductor 0603 2.2uH datasheet LED infrared LED driver INDUCTOR MBR0540 NDS7002A pwm 555 driver application remote control 555 SP6691 INFRARED LED C3216X5R1C106K 10uH inductor ANP30 SP6691 ANP30 abstract |
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| Abstract: L1 1 22uH power inductor (IMAX = 1.1A): Sumida CD54-220 CD54-220, CoilCraft DO3316223 DO3316223, Coiltronics , ) L1 1 R1 1 22uH inductor (mounts on solder side): Sumida CDRH62-220 CDRH62-220 (IMAX = 0.81A) 22uH , , VOUT = 0V Inductor Selection The 22uH Sumida CD54-220 CD54-220 inductor that comes mounted with the EV kit , and load ranges of the MAX877/MAX878/MAX879 MAX877/MAX878/MAX879. A lower-profile 22uH Sumida inductor (CDRH62-220 CDRH62-220) with , than efficiency. For ultrasmall low-current applications, the 22uH Murata-Erie LQH4N220K04M00 LQH4N220K04M00 inductor ... | Original |
4 pages, |
tp5d LQH4N220K04M00 MAX877-01 dc voltmeter circuit diagrams MAX877CSA MAX878 MAX878CSA MAX879CSA Sumida CD54-220 Four-Cell to 5V Converter DO3316-223 resistor 220 MAX877 MAX877 MAX877 MAX877 abstract |
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| * external voltage generators. * 3. The inductors which are labelled as L$2 represent average bond www.datasheetarchive.com/files/fairchild/simulation-models/fin1101fk8.inc |
Fairchild | 22/10/2012 | 475.82 Kb | INC | fin1101fk8.inc |
| * external voltage generators. * 3. The inductors which are labelled as L$2 represent average bond www.datasheetarchive.com/files/fairchild/simulation-models/fin1104fmt.inc |
Fairchild | 22/10/2012 | 476.27 Kb | INC | fin1104fmt.inc |
| * external voltage generators. * 3. The inductors which are labelled as L$2 represent average bond www.datasheetarchive.com/files/fairchild/simulation-models/fin1108fmt.inc |
Fairchild | 22/10/2012 | 476.32 Kb | INC | fin1108fmt.inc |