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Part | Manufacturer | Description | Samples | Ordering |

DSPCOMMPARALLEL | Freescale Semiconductor | PARALLEL COMMAND CONV | |||

DSPCOMMPARALLELE | Freescale Semiconductor | PARALLEL COMMAND CONV | |||

DS1776E1/883 | Texas Instruments | Pi-Bus Transceiver 28-LCCC -55 to 125 |

Catalog Datasheet | Type | Document Tags |

Abstract: containing the RC-Ladder. Using the simple RLC circuit and the capacitance, ESR, and ESL at 100 kHz for a , gathered at room ambient temperatures and, normally with no DC bias applied. The simplest RLC model will , between modeled devices and real circuit. It will also be shown how a single models can be created to , perfect capacitor would show ever-declining impedance with ever-increasing frequency, and have no series , series resistance and series inductance is the minimal model for any practical capacitor model. The ... | Original |
13 pages, |
t528z477m2r5ate005 T525 T520 T510 simulation model electrolytic capacitor C0805C226K applications of rlc circuits series and parallel RLC circuit C0805C226K9PAC datasheet abstract |

Abstract: spectrum. The RLC components now show the ESR as temperature, frequency, and VDC dependent and the capacitance as temperature and VDC dependent. In addition to the series RLC components, there is an , models of ceramic and tantalum capacitors we are developing to assist SPICE type circuit analysis. John , resistance), Capacitance, DF, and Phase Angle throughout the chosen frequency spectrum. The simple RLC , temperature dependent. An additional RC network in parallel represents a capacitance that shunts the RLC ... | Original |
2 pages, |
Y5V spice X7R NPO esr series and parallel RLC circuit simulation model electrolytic capacitor mathcad datasheet abstract |

Abstract: Supply Decoupling/Filtering RLC circuit (1R resistor and 4.7µF capacitor in parallel with a 100nF , VDDANA 2.0V to 3.6V Decoupling/Filtering RLC circuit (1R resistor and 4.7µF capacitor in parallel , capacitor (100 nF)(1)(2) VDDUTMI 3.0V to 3.6V Decoupling/Filtering RLC circuit (1R resistor and , oscillator. VDDANA 2.0V to 3.6V Decoupling/Filtering RLC circuit (1R resistor and 4.7µF capacitor in , supply VDDUTMI 3.0V to 3.6V Decoupling/Filtering RLC circuit (1R resistor and 4.7 µF capacitor in ... | Original |
18 pages, |
ARM sam3u VOLTAGE DEPENDENT RESISTOR details PB31 PB25 DFSDM series and parallel RLC circuit AT91SAM3U SAM3u XIN32 datasheet abstract |

Abstract: Main Supply Decoupling/Filtering RLC circuit (1R resistor and 4.7µF capacitor in parallel with a , capacitor (100 nF)(1)(2) VDDUTMI 3.0V to 3.6V Decoupling/Filtering RLC circuit (1R resistor and , oscillator. VDDANA 2.0V to 3.6V Decoupling/Filtering RLC circuit (1R resistor and 4.7µF capacitor in , power supply VDDUTMI 3.0V to 3.6V Decoupling/Filtering RLC circuit (1R resistor and 4.7 µF , oscillator. VDDANA 2.0V to 3.6V Decoupling/Filtering RLC circuit (1R resistor and 4.7µF capacitor in ... | Original |
18 pages, |
series and parallel RLC circuit PB31 PB25 ARM sam3u VOLTAGE DEPENDENT RESISTOR details AT91SAM3U datasheet abstract |

Abstract: gate adds a small, voltage and frequency dependent capacitance to the RLC tank circuit where , other. Die size, capacitances, gain, and circuit parasitic elements are some of the factors that , package, stray inductances in the circuit, and the gate resistance). This can cause one of the MOSFETs , resistive-inductivecapacitive (RLC) tank circuit involving the capacitances of each MOSFET die, the parasitic inductances in , circuit and is often effective in preventing oscillation in the first place because of reduced dv/dt. ... | Original |
6 pages, |
5W zener diode APT5024BLL APT50M65LLL ED31 diode MIC4452 oxner parallel connection of MOSFETs TA-84 Zener Diode high frequency applications series and parallel RLC circuit Zener Diode frequency APT9901 R. Severns "Controlling Oscillation in datasheet abstract |

Abstract: solder seal resonator is bidirectional. However, impedances and circuit board parasitics may not be , RO2181B RO2181B · · · Very Low Series Resistance Quartz Stability Surface-Mount, Solder Seal Package with , Temperature Turnover Frequency Frequency Temperature Coefficient Frequency Aging RF Equivalent RLC Model , Static Capacitance Test Fixture Shunt Inductance Lid Symbolization (in Addition to Lot and/or Date Code , Device. Observe precautions for handling. Notes: 1. Frequency aging is the change in fC with time and is ... | Original |
2 pages, |
series and parallel RLC circuit RO2181B RO2181B abstract |

Abstract: resonator TO. This equivalent RLC model approximates resonator performance near the resonant frequency and , However, impedances and circuit board parasitics may not be symmetrical, requiring slightly different , RO2180B RO2180B · · · Very Low Series Resistance Quartz Stability Surface-Mount, Solder Seal , Terminals RF Equivalent RLC Model Typical 433.92 TO Frequency Temperature Coefficient Frequency , 50 Loaded Q Quality Factor Notes µH 1.71 Lid Symbolization (in Addition to Lot and/or ... | Original |
2 pages, |
series and parallel RLC circuit 433.92 SAW RESONATOR 433.92 Mhz one-port saw resonator RO2180B RO2180B abstract |

Abstract: 9. This equivalent RLC model approximates resonator performance near the resonant frequency and , capacitance in the circuit. The curve shown on the right accounts for resonator contribution only and , Preliminary 868.95 MHz SAW Resonator The RO SM�2 Series of One�Port SAW Resonators RO2156A RO2156A Ideal for European 868.95 MHz Transmiters Very Low Series Resistance Quartz Stability Surface�Mount , for remote�control and wireless security transmitters operating under ETSI�ETS 300 220 in Europe and ... | Original |
2 pages, |
RO2156A series and parallel RLC circuit RO2156A abstract |

Abstract: terminal lands to other components should be short and wide to minimize parasitic series inductances. (4 , Very Low Series Resistance Quartz Stability Surface-Mount Ceramic Case with 21 mm2 Footprint The , operating at 433.92 MHz. This SAW is designed specifically for remote-control and wireless security transmitters operating in Europe under ETSI I-ETS 300 220 and in Germany under FTZ 17 TR 2100. SM-2 Case , Temperature TO Turnover Frequency Temperature Stability fO RF Equivalent RLC Model 40 25 ... | Original |
2 pages, |
series and parallel RLC circuit RO2101A-12 433.92 SAW RESONATOR RO2101A-12 abstract |

Abstract: be short and wide to minimize parasitic series inductances. (4 Places) Typical Dimension: 0.010 , Very Low Series Resistance Quartz Stability Surface-Mount Ceramic Case with 21 mm2 Footprint The , operating at 433.92 MHz. This SAW is designed specifically for remote-control and wireless security transmitters operating in Europe under ETSI I-ETS 300 220 and in Germany under FTZ 17 TR 2100. SM-2 Case , Temperature TO Turnover Frequency Temperature Stability fO RF Equivalent RLC Model 40 25 ... | Original |
2 pages, |
RO2101A 433.92 SAW RESONATOR RO2101A abstract |

Abstract | Saved from | Date Saved | File Size | Type | Download |

Over 1.1 million files (1986-2015): html articles, reference designs, gerber files, chemical content, spice models, programs, code, pricing, images, circuits, parametric data, RoHS data, cross references, pcns, military data, and more. Please note that due to their age, these files do not always format correctly in modern browsers. Disclaimer. |
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No abstract text available www.datasheetarchive.com/download/91412663-390900ZC/00677.zip (00677A.pdf) |
Microchip | 23/09/1998 | 82.41 Kb | ZIP | 00677.zip |

simplified circuit, it now becomes obvious that there is a series RLC tank circuit. When the switch closes, this tank circuit resonates in a classic manner. A series RLC circuit has a response as shown in Figure to peak swing of an RLC series tank circuit as related to a buck converter. Equation 7. Gives the decay constant for a classic RLC series circuit as related to a buck converter Equation 8. fluctuation will cause noise, due to the finite response time of the converter, and the equivalent series www.datasheetarchive.com/files/maxim/0009/view_023.htm |
Maxim | 02/05/2002 | 37.16 Kb | HTM | view_023.htm |

simplified circuit, it now becomes obvious that there is a series RLC tank circuit. When the switch closes, this tank circuit resonates in a classic manner. A series RLC circuit has a response as shown in Figure to peak swing of an RLC series tank circuit as related to a buck converter. Equation 7. Gives the decay constant for a classic RLC series circuit as related to a buck converter Equation 8. fluctuation will cause noise, due to the finite response time of the converter, and the equivalent series www.datasheetarchive.com/files/maxim/0006/di128.htm |
Maxim | 02/05/2002 | 36.1 Kb | HTM | di128.htm |

value). * RCP and CP create a secondary or parallel resonance that represents * a capacitance that of the chip. * Lx is used to keep the parallel resonance in check and account for the pads. * Rx parallel resonance frequency = 1/(2pi sqrt(Esl*CP) * Esl - Effective series inductance of the ICAP/4Windows Deluxe package which currently includes over 10,000 models and hundreds of 1995/January 1996 Intusoft Newsletters and * "SPICE Modeling of Capacitors" by John Prymak. Kemet www.datasheetarchive.com/files/spicemodels/misc/modelos/spice_complete/caps.lib |
Spice Models | 18/04/2010 | 9.92 Kb | LIB | caps.lib |

No abstract text available www.datasheetarchive.com/download/59709918-688987ZC/misc.zip (HFE0503_Leong.pdf) |
Polyfet | 23/10/2012 | 1140.99 Kb | ZIP | misc.zip |

No abstract text available www.datasheetarchive.com/download/13793213-390899ZC/00650.zip (00650A.pdf) |
Microchip | 20/10/1998 | 85.43 Kb | ZIP | 00650.zip |

r and the * parallel capacitance g are the same for all lines, and 2. Each line * is coupled only unclassified circuit is from Raytheon, courtesy Gerry Marino. generated using the standalone program * multi_decomp * the circuit *tran 0.1ns 60ns v1 1 0 0v pulse(0 4 1ns 1ns 1ns 20ns 40ns) *v1 1 0 4v pulse(4 0 1ns 1ns 1ns 20ns 40ns) vcc 10 0 5v * series x2 2 3 4 5 conv2wetcmodel * rlc segments model *x2 2 3 4 5 rlc2wetcmodel x3 4 dioload rt2 5 0 www.datasheetarchive.com/files/spicemodels/misc/modelos/ltra_3.cir |
Spice Models | 18/04/2010 | 8.85 Kb | CIR | ltra_3.cir |

8-bit parallel I/O port 4 to route ADC channel and mode information into the microcontroller. This Figure 12 shows the circuit diagram of the interface between the 68HC11 68HC11 68HC11 68HC11 and the TLC2543 TLC2543 TLC2543 TLC2543. The ADC's chip select pulse. It then reads in channel/mode data via the port C parallel I/O port and circuit for the interface of the TLC2543 TLC2543 TLC2543 TLC2543 to the 80C51 80C51 80C51 80C51 microcontroller. The I/O CLOCK, DATA INPUT and CS\ inputs to the TLC2543 TLC2543 TLC2543 TLC2543 are provided via the bidirectional parallel port 1 terminals P1.0, P1.1, and P1.3 www.datasheetarchive.com/files/texas-instruments/data/html/slaa012.htm |
Texas Instruments | 31/05/1997 | 54.59 Kb | HTM | slaa012.htm |

) and Parallel Mode (PMODE). The BMODE is the normal way to use the EEPROM and consists in accessing one order to perform parallel program- ming (more bytes per time). If PE is set and the "parallelstart bit" while A2, A1 and A0 are the changing bytes. PE is automatically reset at the end of any parallel reached, then the reset state will be latched into the MCU and an internal circuit pulls down the reset The document is available in the following formats: Portable Document Format and Raw Text www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/2519.htm |
STMicroelectronics | 02/04/1999 | 142.31 Kb | HTM | 2519.htm |

) and Parallel Mode (PMODE). The BMODE is the normal way to use the EEPROM and consists in accessing one order to perform parallel program- ming (more bytes per time). If PE is set and the "parallelstart bit" while A2, A1 and A0 are the changing bytes. PE is automatically reset at the end of any parallel reached, then the reset state will be latched into the MCU and an internal circuit pulls down the reset intended for surgical implant into the body, or (b) support or sustain life, and whose failure to perform www.datasheetarchive.com/files/stmicroelectronics/stonline/books/ascii/docs/2519-v4.htm |
STMicroelectronics | 11/01/2000 | 144.35 Kb | HTM | 2519-v4.htm |