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TPS73030YZQT Texas Instruments Low-Noise, High PSRR, RF 200-mA Low-Dropout Linear Regulators 5-DSBGA -40 to 85
TLV62130ARGTT Texas Instruments 3-17V 3A Step-Down Converter with DCS-Control in 3x3 QFN Package 16-QFN -40 to 85
SN74AC11000N Texas Instruments AC SERIES, QUAD 2-INPUT NAND GATE, PDIP16
SN74AC11000D Texas Instruments AC SERIES, QUAD 2-INPUT NAND GATE, PDSO16
SN74AC11000DR Texas Instruments AC SERIES, QUAD 2-INPUT NAND GATE, PDSO16
74AC11000N Texas Instruments Quadruple 2-Input Positive-NAND Gates 16-PDIP -40 to 85

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multiple pcb layout

Catalog Datasheet MFG & Type PDF Document Tags
Abstract: draws less than involving multiple PCB layout iterations. The LT3439 gives the user the ability to , performance is less sensitive to circuit layout. Also, the noise performance of the final system can be , careful layout is required to control the effects of EMI, but this can be an expensive and time , shielding and filtering requirements and save the cost and time incurred by multiple iterative layouts Linear Technology
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LT1964-BYP LT1761BYP coiltronics ctx02-13664 CTX02-13664 LTC3439 center tapped transformer
Abstract: ground plane on the top layer of the PCB and multiple ground vias around the IC's ground pins. The , Precision Regulation and High Efficiency for Multiple Output Isolated Power Supplies , permits low loss OR-ing of multiple power sources for extended battery life and low self-heating. The , supply protection. Multiple LTC4412s can be ganged together to provide load sharing between multiple batteries, or to allow multiple batteries to be charged from a single battery charger. The precisely Linear Technology
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MMD0840 fs r6a CIRCUIT DIAGRAM IN5711 vishay mmd series mosfets LIMITING INRUSH CURRENT mosfet MMD-0840 400MH D-85737 D-59387 D-70567 S-191
Abstract: suitable for the most demanding applications. Available with mounting holes suitable for PCB and flex , Alloy Encapsulant: Epoxy Standard Socket PCB Tail Termination: Soldered per J-STD-006 (Non-RoHS) RoHS Pin PCB Tail Termination: Hard gold plate per ASTM B488 RoHS Socket PCB Tail Termination: Hard , )-.070 [1.7 .025 [.64] (typ) .193 [4.90; connector face^ suggested pad layout 0 , , MULTIPLE GUIDE POSTS LE, LES LATCH, MULTIPLE LATCHES (END MOUNTED) LT, LTS LATCH, MULTIPLE LATCHES -
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g vertical thru hole jack PCB Connector CI VERTICAL LA 7036 PS2 series Omnetics yyww Omnetics NASA SP-R-0022 PSM-46-WD-XX PSM-33-WD-XX PSM-11-WD-18 PSM-11-WC-18
Abstract: Maxim > App Notes > PROTOTYPING AND PC BOARD LAYOUT Keywords: MAX8660, PCB, printed circuit board, layout May 21, 2007 APPLICATION NOTE 4049 MAX8660/MAX8661 PCB Layout Guide Abstract: The , ) layout to optimize performance. Whereas the evaluation kit PCB layout provides optimal performance and , procedure for achieving a reliable PCB layout with the MAX8660/MAX8661. Introduction The MAX8660 , portable media players. Good printed circuit board (PCB) layout is necessary to achieve optimal MAX8660 Maxim Integrated Products
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AN4049 APP4049 ic 4049 IC 4049 DATASHEET ic 4049 pinout RADIATING AREA INDUCTORS 4049 comparator applications of 4049 integrated circuit MAX8660- MAX8660EVKIT
Abstract: in Figure 1, there are multiple industry-standard PCB layout techniques to create a transmission , to ease PCB development with centralized clocking. 2. Topologies Several layout strategies can , multiple crystals. Since multiple potential points of failure in the design are replaced with a simple PCB , the various receivers. Second, the clock signal can be tapped from a single PCB trace to multiple , AN554 Si5350/51 PCB L AYOUT G UIDE 1. Introduction The Si5350/51 Any-Frequency Octal CMOS Clock Silicon Laboratories
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Si5351 programming si5351 QFN PCB Layout guide Si5350
Abstract: plane. AN-CS006a_W682388 PCB Layout.doc Page 1 of 8 W682388 Layout Guideline Rev 1.3 Idle , WVIAS GNDVBAT Figure 2. DC-to-DC switch cell layout AN-CS006a_W682388 PCB Layout.doc Page 3 of 8 , ) AN-CS006a_W682388 PCB Layout.doc Page 4 of 8 W682388 Layout Guideline Rev 1.3 Figure 3c. Power Plane , ) AN-CS006a_W682388 PCB Layout.doc Figure 6. EPad Bottom Layer (Solder Side) Page 6 of 8 W682388 Layout , W682388 Layout Guideline Rev 1.3 - AN-CS006a W682388 Pro-XTM CODEC Layout Guideline 1 Winbond Electronics
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R42 SOT223 10UF 150UH 2N2222 AN-CS006a winbond CODEC AN-CS006
Abstract: 4 layer PCB with a layout having components on one side B) SP7662 on a 4 layer PCB with a layout having components on two sides C) SP7655 on a 4 layer PCB with a layout having components on two sides , Multiple Vias. This 4 layer board is the SP7662 standard evaluation board. This PCB has a total of 28 , layout places components on the top and bottom side. PCB C: Double Sided ­ Maximum Vias. This 4 layer , heat sinking capability of the PCB. The layout places components on the top and bottom side. Jan15 Sipex
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thermal camera flir a20 thermal analysis on pcb double sided pcb, thermal via double sided pcb FR4 400LFM double sided pcb ANP25
Abstract: Integrated Circuit Systems, Inc. ICS1531 Document Type: Layout Guide Product Stage: Product Preview Manufacturing and Layout Considerations 1531 Table 1. General Guidelines for , printed circuit board (PCB) with at least the following four planes: ­ One power plane. ­ One ground , top layer of the PCB, use a ground plane in all areas not used by traces. · Connect the appropriate VDDx and VSSx pins to the appropriate plane. If practical, use multiple surface-etched vias. (For Integrated Circuit Systems
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TDK-ACB2012M-150-T ferrite bead tdk 3 pin Ferrite Filter LI0805F110R 1531LG1
Abstract: -5's 14 A rating supports multiple DC-DC converter loads up to a PCB temperature of 60°C. At a 100°C PCB , °C PCB to QPI Interface Free air Internal @ Pdmax and 15°C/W PCB layout (see Figs. 9 & 10) 1 -40 -40 Min , °C °C kV Note 1 - Refer to Figures 9 & 10 for PCB layout guidelines to achieve this thermal , -5 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Figures 9 & 10 should be used as a design guide to ensure successful application of Picor
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QPI-7 CISPR22
Abstract: (10 ­ 40 Vdc). The QPI-3's 7 A rating supports multiple DC-DC converter loads up to a PCB , resistance Package +/-707 Storage temperature PCB layout -40 (2) Package Re-flow , Figures 9 & 10 for PCB layout guidelines to achieve this thermal resistance when reflowed onto the PCB , only one RY is required in this configuration. Application of the QPI-3 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Picor
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A1137 QPI-3LZ EN55022 QPI-3LZ-01
Abstract: (10 ­ 40 Vdc). The QPI-3's 7 A rating supports multiple DC-DC converter loads up to a PCB , resistance Package +/-707 Storage temperature PCB layout -40 (2) Package Re-flow , Figures 9 & 10 for PCB layout guidelines to achieve this thermal resistance when reflowed onto the PCB , only one RY is required in this configuration. Application of the QPI-3 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Picor
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Abstract: (36 ­ 76 Vdc). The QPI-6's 14 A rating supports multiple DC-DC converter loads up to a PCB , Storage temperature PCB layout Package Re-flow temperature 20 second exposure @ 245 °C All Pins ESD HBM +/-2 kV -40 Note 1: Refer to Figures 9 & 10 for PCB layout , the QPI-6 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Figures 9 & 10 should be used as a design guide to ensure Picor
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QPI-6LZ-01
Abstract: 2.0 ­ July 2006 PCB LAYOUT APP NOTE filter capacitors should connect between the +Output and the , Enpirion device. 2 www.enpirion.com Rev 2.0 ­ July 2006 PCB LAYOUT APP NOTE Analog vs , points should be measured relative to the AGND test points. 3 www.enpirion.com PCB LAYOUT APP , www.enpirion.com Rev 2.0 ­ July 2006 PCB LAYOUT APP NOTE shown in the next section, an array of vias , . 5 www.enpirion.com PCB LAYOUT APP NOTE Rev 2.0 ­ July 2006 Minimum Footprint Layout Enpirion
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AN102 EN5330D EN53x0D EN5310 EN5310D EN5360D
Abstract: (36 ­ 76 Vdc). The QPI-4's 7 A rating supports multiple DC-DC converter loads up to a PCB temperature , PCB layout -40 (2) Package Re-flow temperature 20 second exposure @ 212 °C All Pins ESD HBM +/-2 kV Note 1: Refer to Figures 9 & 10 for PCB layout guidelines to , only one RY is required in this configuration. Application of the QPI-4 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Picor
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Abstract: (36 ­ 76 Vdc). The QPI-4's 7 A rating supports multiple DC-DC converter loads up to a PCB temperature , PCB layout -40 (2) Package Re-flow temperature 20 second exposure @ 212 °C All Pins ESD HBM +/-2 kV Note 1: Refer to Figures 9 & 10 for PCB layout guidelines to , only one RY is required in this configuration. Application of the QPI-4 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Picor
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QPI-4LZ-01
Abstract: -6's 14 A rating supports multiple DC-DC converter loads up to a PCB temperature of 60°C. At a 100°C PCB , Pdmax and 15°C/W PCB layout (see Figs. 9 & 10) 1 Min -80 -100 Max 80 100 +/-1500 20 4.0 Units , Refer to Figures 9 & 10 for PCB layout guidelines to achieve this thermal resistance when re-flowed onto , Class B Quasi-peak detection limit. Layout and Circuit Application of the QPI-6 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Picor
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Abstract: -3's 7 A rating supports multiple DC-DC converter loads up to a PCB temperature of 60°C. At a 100°C PCB , Internal @ Pdmax and 15°C/W PCB layout (1) Min -40 -100 Max 40 100 +/-1500 10 2.0 Units Vdc Vdc , Figures 9 & 10 for PCB layout guidelines to achieve this thermal resistance when reflowed onto the PCB , Page 3 of 8 Layout and Circuit Application of the QPI-3 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Figures 9 & 10 should Picor
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Abstract: -4's 7 A rating supports multiple DC-DC converter loads up to a PCB temperature of 60°C. At a 100°C PCB , Internal @ Pdmax and 15°C/W PCB layout (1) Min -80 -100 Max 80 100 +/-1500 10 2.0 Units Vdc Vdc , Figures 9 & 10 for PCB layout guidelines to achieve this thermal resistance when re-flowed onto the PCB , Page 3 of 8 Layout and Circuit Application of the QPI-4 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Figures 9 & 10 should Picor
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RY101
Abstract: -4's 7 A rating supports multiple DC-DC converter loads up to a PCB temperature of 60°C. At a 100°C PCB , Pdmax and 15°C/W PCB layout (see Figs. 9 & 10) 1 Min -80 -100 Max 80 100 +/-1500 10 2.0 Units , Refer to Figures 9 & 10 for PCB layout guidelines to achieve this thermal resistance when re-flowed onto , Class B Quasi-peak detection limit. Layout and Circuit Application of the QPI-4 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Picor
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01000 ycap* vicor
Abstract: -3's 7 A rating supports multiple DC-DC converter loads up to a PCB temperature of 60°C. At a 100°C PCB , Interface Free air Internal @ Pdmax and 15°C/W PCB layout (see Figs. 9 & 10) 1 Min -40 -100 Max 40 , 125 212 +/-2 Note 1 - Refer to Figures 9 & 10 for PCB layout guidelines to achieve this thermal , -3 requires PCB layout practices similar to those used with passive EMI filters. The circuit in Figure 6 and the PCB layout in Figures 9 & 10 should be used as a design guide to ensure successful application of Picor
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