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"Associated Components Technology" transformer* mica

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Abstract: take the backplane impedance into account when sizing these components. Linear Technology Magazine · , components, one must know something about the magnitude of inductance in the ­48V feed. Measuring this , 100nH. Base components provide bias and bypassing, while R3 and R4 establish an emitter current of , , off-the-shelf current transformer couples signal to a 50 termination at a frequency counter. Measurements , frequency of oscillation. It is important to transformer couple the output signal so that the frequency ... Linear Technology
Original
datasheet

5 pages,
366.04 Kb

calculation of diode snubber IRF540 irf540 27 MHz IRF540 application LT4250 LT4250L LTC1921 MOC207 regulator 48V 52-10a RC snubber mosfet boost design ideas WIMA RC VOLTAGE CLAMP snubber circuit RC snubber mosfet design snubber CIRCUITS mosfet HP4815A rc snubber calculation snubber circuit for mosfet IRF540 mosfet TEXT
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Abstract: 1000 pF Mica, in Series C17, C18 - 0.039 nF C21 - 10 |xF/100 V Electrolytic L1 - 2 Turns #16 AWG, 1 , /2W Carbon T1 - RF Transformer, 1:25 Impedance Ratio. See Motorola Application Note AN749 AN749, Figure 4 , p.F Ceramic Chip Capacitor or Two Smaller Values in Parallel C14 - Unencapsulated Mica, 500 V. Two , Power Resistors, 25 Ohms T 1 .T 2 - 9:1 and 1:9 Impedance Ratio RF Transformers Unless otherwise , 28 V. The physical sizes and values required for the components to withstand the RF currents increase ... OCR Scan
datasheet

6 pages,
253.92 Kb

rmc disc capacitor MC1723 keystone carbon thermistor 723 VOLTAGE REGULATOR TEXT
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Abstract: , C16 - 0.1 (iF C9, C10, C11 - 470 pF C12 - 1000 pF C13 - Two Unencapsulated 1000 pF Mica, in Series , Transformer, 1:25 Impedance Ratio. See Motorola Application Note AN749 AN749, Figure 4 for details. Ferrite Material , or Two Smaller Values in Parallel C14 - Unencapsulated Mica. 500 V. Two 1000 pF Units in Series , Ratio RF Transformers R7 Unless otherwise noted, all resistors are 1/2 watt metal film type. All , sizes and values required for the components to withstand the RF currents increase to a point where ... OCR Scan
datasheet

6 pages,
263.38 Kb

MRF157 keystone carbon Fair-Rite ATC 0.1 mF ceramic disc capacitor TEXT
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Abstract: Application Bulletin, Vol. 32 No. 2 9. A. H. Hilbers, " High Frequency WideBand Power Transformers", Philips , of a two transformer output scheme, it is possible to use only T3 with a center tap at it's primary , program in which the ideal values of the components were also entered (eg. T1's windings perfectly coupled , the other hand, contributes to filter the DC supply. The 15 Compensation of the output transformer , values are in uF. C1 - 0.1 uF, 50 V mylar capacitor C2 - 220 pF, 500 V, dipped mica capacitor. See text ... OCR Scan
datasheet

6 pages,
2146.86 Kb

AR314 AR31-4 AN762 RF AMPLIFIER AN762 motorola application note MRF138 Nippon capacitors ntc 103 at-2 philips TRANSISTORS 1968 amplificador 50 watt motorola an215a philips components trimpot cermet trimpot AR314/D AR314 FB-77-6301 AR314/D AR314 Amidon Tech AR314/D AR314 Wideband Power Transformers AR314/D AR314 EB-104 AR314/D AR314 mylar capacitor 154 AR314/D AR314 eb104 AR314/D AR314 Granberg AR314/D AR314 AR314/D AR314/D AR314 60-WATT TEXT
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Abstract: restore proper conditions for mounting. 3. RF Components 3.1. It is important to realize RF , the current handling capability of components have to be watched carefully. • Stray inductances , , components used in the circuits must be selected carefully. Of particular importance is the selection of , or no leads at all (chips). The best capacitors for use at low impedance points are the uncased mica and porcelain ceramic types. These capacitors have low series resistance components for very low loss ... Polyfet RF Devices
Original
datasheet

21 pages,
64.07 Kb

TEXT
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Abstract: 1000 pF C13 - Two Unencapsulated 1000 pF Mica, in Series C17, C18 - 0.039 uF C21 - 10 uF/100 V , . #2673000801 RF OUTPUT C8 R1, R2 - 10 Ohms/2W Carbon T1 - RF Transformer, 1:25 Impedance Ratio , C14 - Unencapsulated Mica, 500 V. Two 1000 pF Units C14 - in Series, Mounted Under T2 D1 - , Power Resistors, R14, R15 - 25 Ohms T1, T2 - 9:1 and 1:9 Impedance Ratio RF Transformers Unless , 28 V. The physical sizes and values required for the components to withstand the RF currents ... Motorola
Original
datasheet

8 pages,
178.22 Kb

RL1009-5820-97-D1 rf push pull mosfet power amplifier 1N4148 1N5357A arco capacitors 1.04 MRF154 arco ceramic disc capacitors MC1723 mc1723 ic MRF157 NIPPON CAPACITORS 103 Ceramic Disc Capacitors AN749 MRF157/D mrf154 amplifier MRF157/D MRF157/D MRF157/D TEXT
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Abstract: 1000 pF C13 - Two Unencapsulated 1000 pF Mica, in Series C17, C18 - 0.039 uF C21 - 10 uF/100 V , . #2673000801 RF OUTPUT C8 R1, R2 - 10 Ohms/2W Carbon T1 - RF Transformer, 1:25 Impedance Ratio , Parallel C14 - Unencapsulated Mica, 500 V. Two 1000 pF Units C14 - in Series, Mounted Under T2 D1 - , Resistors, R14, R15 - 25 Ohms T1, T2 - 9:1 and 1:9 Impedance Ratio RF Transformers Unless otherwise , 28 V. The physical sizes and values required for the components to withstand the RF currents ... Motorola
Original
datasheet

8 pages,
146.39 Kb

1N4148 1N5357A 723 voltage regulator diode zener rmc IC1 723 MC1723 MC1723 application notes MRF154 mrf154 amplifier MRF157 NIPPON CAPACITORS AN749 RL1009-5820-97-D1 527 MOSFET TRANSISTOR motorola MRF157/D MRF157/D MRF157/D TEXT
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Abstract: , C16 - 0.1 uF C9, C10, C11 - 470 pF C12 - 1000 pF C13 - Two Unencapsulated 1000 pF Mica, in Series , Ferrite Beads, Fair­Rite Products Corp. #2673000801 C8 R1, R2 - 10 Ohms/2W Carbon T1 - RF Transformer , C13 -Values in Parallel C14 - Unencapsulated Mica, 500 V. Two 1000 pF Units C14 - in Series , Resistors, R14, R15 - 25 Ohms T1, T2 - 9:1 and 1:9 Impedance Ratio RF Transformers Unless otherwise , V. The physical sizes and values required for the components to withstand the RF currents increase ... Motorola
Original
datasheet

8 pages,
147.08 Kb

AN-749 NIPPON CAPACITORS MRF157/D TEXT
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Abstract: through the transformer's primary. C2 usually ends up in the 10pF to 47pF range. Note that C2A and B appear with their lamp loads in parallel across the transformer's secondary. As such C2's value is often smaller than in a single tube circuit using the same type lamp. Ideally, the transformer's secondary , , these components, including PC board and all hardware, usually must fit within the LCD enclosure with a , SO PACKAGE) DO NOT SUBSTITUTE COMPONENTS COILTRONICS (305) 781-8900, SUMIDA (708) 956-0666 Figure 2 ... OCR Scan
datasheet

16 pages,
1887.72 Kb

LT1172 ac voltmeter circuit build dc-ac single phase inverter scheme pittman dc-ac converter royer inverter 700v 60kHz COILTRONICS-CTX110092-1 CTX02-11128-2 15j 3kv He-Ne Laser Power Supply circuits SUMIDA-6345-020 Hughes 3121H-P laser tube 3121H-P sumida ccfl inverter 6 pin probe p6007 dc-ac inverter SERVICE MANUAL 6V DC-AC Fluorescent lamp CTX0211128-2 CXA-1301 inverter laptop inverter ccfl TEXT
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Abstract: pF mica trimmer, ARCO 465 .01 uF 1 kV disc ceramic .1 uF 500V disc ceramic 6 uH. 25t #24 ga.enam , to permit sine wave drive as in reference [2]. A circuit using a 4:1 transformer and an L-network , makes it much easier to match and drive properly. The input transformer has been used before [4]. It , passive components are required in the output network. Most important of these is L2. It was wound from , obtained from an initial Class C amplifier designed by classical methods using the same components. [5 ... Advanced Power Technology
Original
datasheet

7 pages,
63.78 Kb

pspice high frequency mosfet 450v 330m capacitor 500w amplifiers RF Power Transistor spice 125-050M U850 ARF448 V329 500w class d amplifier schematic rf Power supply 500w ARF448A FERRITE TRANSFORMER 500W spice model ARF448A APT9903 RF Amplifier 500w APT9903 n-channel 500w RF power mosfet APT9903 class E power amplifier 13.56 APT9903 Class E amplifier APT9903 schematic rf Power supply 500w plasma APT9903 RF Amplifier 500w 175 mhz APT9903 APT9903 APT9903 TEXT
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Archived Files

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Two inductors that are intentionally coupled form a transformer. Transformers are usually used films and composites. Components such as resistors, capacitors, inductors, transformers, and of poor conversion results could originate with  the other active devices or passive components are typically used for filtering, bypassing, coupling, timing and noise suppression. Mica and , timing and noise suppression. Inductors and Transformers: An ideal inductor would only have
/datasheets/files/microchip/10/edit/proceed/archive/pcd184/index.htm
Microchip 21/03/2001 55.73 Kb HTM index.htm
UNFORTUNATELY QUICKLY DISSIPATE MEASURING PRECEDES COMPUTER INPUT PULLS SWITCH TRANSFORMER POWERED ALERT EMPLOYED RATIO INTEGRATOR HOWEVER CAPABILITY TYPE COMPONENTS SAMPLED VERY IBIAS NEW START SMALLER SWITCH TRANSFORMER SUCH TERRITORY FLOATING ATTENTION POWERED THERE CONVERTER UTILIZES OFFSETTING STABLE COMPROMISE SHIFT RATIO INTEGRATOR EMPLOYED HOWEVER RUNNING TYPE SHUT 10MW VERY COMPONENTS 1.2V SYMMETRICAL ARRANGED NEGOTIATED TEXT VERY CAPITALIZE COMPONENTS NEW FLEXIBLE EXPENDED FAST UNDERRATED NEEDS SHOULD
/datasheets/files/linear/lview3/parts-v1.edb
Linear 08/10/1998 5000.33 Kb EDB parts-v1.edb
UNFORTUNATELY QUICKLY DISSIPATE MEASURING PRECEDES COMPUTER INPUT PULLS SWITCH TRANSFORMER POWERED ALERT OVER ELECTRICALLY SETTING SHIFT EMPLOYED RATIO INTEGRATOR HOWEVER CAPABILITY TYPE COMPONENTS SAMPLED NECESSITATES LOCAL PATH PURITY EXTRACTS PULLS INPUT LOCATING TROUBLESOME SOURCE SWITCH TRANSFORMER SUCH COMPROMISE SHIFT RATIO INTEGRATOR EMPLOYED HOWEVER RUNNING TYPE SHUT 10MW VERY COMPONENTS 1.2V SYMMETRICAL Techniquesan13.pdfApplication NoteRESULTANT TYPE FEW WILLIAMS DIRECTED LAW ARRANGED NEGOTIATED TEXT VERY CAPITALIZE COMPONENTS
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UNFORTUNATELY QUICKLY DISSIPATE MEASURING PRECEDES COMPUTER INPUT PULLS SWITCH TRANSFORMER POWERED ALERT EMPLOYED RATIO INTEGRATOR HOWEVER CAPABILITY TYPE COMPONENTS SAMPLED VERY IBIAS NEW START SMALLER SWITCH TRANSFORMER SUCH TERRITORY FLOATING ATTENTION POWERED THERE CONVERTER UTILIZES OFFSETTING STABLE COMPROMISE SHIFT RATIO INTEGRATOR EMPLOYED HOWEVER RUNNING TYPE SHUT 10MW VERY COMPONENTS 1.2V SYMMETRICAL ARRANGED NEGOTIATED TEXT VERY CAPITALIZE COMPONENTS NEW FLEXIBLE EXPENDED FAST UNDERRATED NEEDS SHOULD
/datasheets/files/linear/lview3/parts.ebd
Linear 08/10/1998 5000.33 Kb EBD parts.ebd
28 : A Typical Variable Supply showing the Mains Transformer. V o = 5.1 to 15V I o = 4A max. (min. through a current transformer. In the first case, the sensing resistor is a low value resistor able to realizes the step down configuration, this function was imple - mented with discrete power components rise to the voltage ripple. This ripple consists of two components : a capacitive component, D V C , the oscillation frequency only depends on the external components C osc and R osc . For this reason
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4269.htm
STMicroelectronics 20/10/2000 70.97 Kb HTM 4269.htm
possible to mix on the same chip Bipolar and CMOS transistors along with the DMOS power components (Fig. This ripple consists of two components : a capaci - tive component, D V C , and a resistive the overall ripple V o , which is the sum of the two pre - vious components. As the frequency when the solution with a mains transformer is used. Fig. 8 shows the simplified electrical diagram of components using the given equation for the calculation. Typical Application The Fig. 29 shows the
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1711-v3.htm
STMicroelectronics 25/05/2000 79.09 Kb HTM 1711-v3.htm
28 : A Typical Variable Supply showing the Mains Transformer. V o = 5.1 to 15V I o = 4A max. (min. through a current transformer. In the first case, the sensing resistor is a low value resistor able to was imple - mented with discrete power components driven be integrated PWM regulator circuits (giving consists of two components : a capacitive component, D V C , and a resistive component, D V ESR , due to , the oscillation frequency only depends on the external components C osc and R osc . For this reason
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4269-v2.htm
STMicroelectronics 14/06/1999 66.05 Kb HTM 4269-v2.htm
same chip Bipolar and CMOS transistors along with the DMOS power components (Fig. 2). Figure 1 shows ripple. This ripple consists of two components : a capaci - tive component, D V C , and a resistive vious components. As the frequency increases (> 20kHz), which is required to reduce both the cost and of the regulator, particularly when the solution with a mains transformer is used. Fig. 8 shows the components using the given equation for the calculation. Typical Application The Fig. 29 shows the electrical
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/1711.htm
STMicroelectronics 20/10/2000 83.97 Kb HTM 1711.htm
Variable Supply showing the Mains Transformer. V o = 5.1 to 15V I o = 4A max. (min. load current = external power transistor or through a current transformer. In the first case, the sensing resistor is a imple - mented with discrete power components driven be integrated PWM regulator circuits (giving a the voltage ripple. This ripple consists of two components : a capacitive component, D V C ging time. In this way, the oscillation frequency only depends on the external components C osc and
/datasheets/files/stmicroelectronics/stonline/books/ascii/docs/4269-v3.htm
STMicroelectronics 25/05/2000 67.91 Kb HTM 4269-v3.htm
UNFORTUNATELY QUICKLY DISSIPATE MEASURING PRECEDES COMPUTER INPUT PULLS SWITCH TRANSFORMER POWERED ALERT EMPLOYED RATIO INTEGRATOR HOWEVER CAPABILITY TYPE COMPONENTS SAMPLED VERY IBIAS NEW START SMALLER SWITCH TRANSFORMER SUCH TERRITORY FLOATING ATTENTION POWERED THERE CONVERTER UTILIZES OFFSETTING STABLE COMPROMISE SHIFT RATIO INTEGRATOR EMPLOYED HOWEVER RUNNING TYPE SHUT 10MW VERY COMPONENTS 1.2V SYMMETRICAL ARRANGED NEGOTIATED TEXT VERY CAPITALIZE COMPONENTS NEW FLEXIBLE EXPENDED FAST UNDERRATED NEEDS SHOULD
/datasheets/files/linear/lview3/parts.edb
Linear 21/01/1999 5379.43 Kb EDB parts.edb