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Part Manufacturer Description PDF & SAMPLES
MICA-KIT5A Cornell Dubilier Electronics Inc KIT MICA 100PF - 10000PF
MICA-KIT5AF Cornell Dubilier Electronics Inc KIT MICA 100PF - 10000PF
MICA-KIT1F Cornell Dubilier Electronics Inc KIT MICA 5.0PF - 1000PF
MICA-KIT2F Cornell Dubilier Electronics Inc KIT MICA 1.0PF - 390PF
MICA-KIT2 Cornell Dubilier Electronics Inc KIT MICA 1.0PF - 390PF
MICA-KIT6 Cornell Dubilier Electronics Inc KIT MICA 2.0PF - 1500PF

"Associated Components Technology" transformer* mica

Catalog Datasheet MFG & Type PDF Document Tags
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
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MOC207 LTC1921 IRF540 mosfet snubber circuit for mosfet rc snubber calculation HP4815A snubber CIRCUITS mosfet RC snubber mosfet design LTC3426 1-800-4-LINEAR LTC1647
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, 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 -
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723 VOLTAGE REGULATOR keystone carbon thermistor MC1723 rmc disc capacitor MRF157
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, 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 -
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0.1 mF ceramic disc capacitor Fair-Rite ATC keystone carbon
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 -
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AR314 Granberg eb104 mylar capacitor 154 EB-104 Wideband Power Transformers Amidon Tech AR314/D 60-WATT MRF136 C77690
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. â'¢ 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
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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
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mrf154 amplifier 103 Ceramic Disc Capacitors NIPPON CAPACITORS mc1723 ic arco ceramic disc capacitors MRF154 MRF157/D
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
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527 MOSFET TRANSISTOR motorola RL1009-5820-97-D1 MC1723 application notes IC1 723 diode zener rmc 1N5357A
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
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AN-749
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 -
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LT1172 laptop inverter ccfl CXA-1301 inverter CTX0211128-2 6V DC-AC Fluorescent lamp dc-ac inverter SERVICE MANUAL probe p6007 LT1072 AN49-15 AN49-16
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
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APT9903 RF Amplifier 500w 175 mhz schematic rf Power supply 500w plasma Class E amplifier RF Amplifier 500w n-channel 500w RF power mosfet
Abstract: 470 pF C12 - 1000 pF C13 - Two Unencapsulated 1000 pF Mica, in Series C17, C18 - 0.039 uF C21 - 10 , Products Corp. #2673000801 C8 R1, R2 - 10 Ohms/2W Carbon T1 - RF Transformer, 1:25 Impedance Ratio , -Values in Parallel C14 - Unencapsulated Mica, 500 V. Two 1000 pF Units C14 - in Series, Mounted Under , 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
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Abstract: transformer matching circuit comprises two elements ­ ­ The matching transformer. A Balanced / Unbalanced (Balun) transformer. Determining the matching is very similar to that of the Gamma matched , matching transformer. The ferrite toroid must be the correct grade for this frequency and we recommend the , parallel), Q = 21, Turns ratio = 2:6 There is no such thing as 'half a turn' on a transformer. If the , .20 7.3 Transformer Matching Texas Instruments
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philips 4c65 RG58 CABLE 50 OHM HF RFID loop antenna design antenna matching 13,56 mhz calculation matching RFID loop antenna 13.56 RFID loop antenna 13.56MHz 50ohm URM70 MFJ-259B
Abstract: , C10, C11 - 470 pF C12 - 1000 pF C13 - Two Unencapsulated 1000 pF Mica, in Series C17, C18 - , Beads, Fair­Rite Products Corp. #2673000801 R1, R2 - 10 Ohms/2W Carbon T1 - RF Transformer, 1:25 , Two Smaller C13 -Values in Parallel C14 - Unencapsulated Mica, 500 V. Two 1000 pF Units C14 - in , Transformers Unless otherwise noted, all resistors are 1/2 watt metal film type. All chip capacitors except , 28 V. The physical sizes and values required for the components to withstand the RF currents M/A-COM
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600 Watt Mosfet Power Amplifier 0.1 uf Ceramic disc Capacitors 104 1N4148
Abstract: high quality components for the electronics industry is our first priority. As a growing world leader , distributing Electronic Components, we supply a multitude of industries worldwide including automotive , cost-effectively maximize heat transfer from electronic components to heat sinks or heat spreaders. The material , sides of the material allows for good compliance to adjacent surfaces of components, minimizing , allows for good compliance to mating surfaces of components, further reducing thermal resistance Bergquist
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TRANSISTOR REPLACEMENT GUIDE d882 SIL-PAD 2000 density SIL-PAD 3223 BERGQUIST BP108 Sil Pad A2000 0.015 TR-NWT-000930 QSR-219 QS-9000 QSR-QS-017 MK80AD
Abstract: transformerless power supplies, since either line or neutral is directly connected to VDD or VSS of the , selfresonance frequencies of various values of capacitance. (continued on page 2) Know your components. The , , transformerless power supplies, and layout and component placement to supress EFT. Z f Recommended Reading , 1 GHz Mica 500 MHz Mylar 10 MHz Paper 5 MHz Polystyrene 500 MHz Tantalum , Partition the layout into functional blocks · Position all components with critical signals adjacent to Microchip Technology
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CREATIVE 5507 EMC for PCB Layout AN831 EMC PCB Layout en021615
Abstract: minimization of leakage to break the silk screen line which outlines transformer^. This prevents leakage from , back through the transformer's primary. C2 usually ends up in the 10pFto 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 , COMPONENTS delivers a burst of output current pulses, putting energy into the transformer and restoring the -
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Hughes 3121H-P laser tube dc-ac converter royer SATURABLE CORE Royer resonant laptop lcd ccfl inverter He-Ne Laser Power Supply circuits 1IM148
Abstract: tl494 flyback scr tic 1060 MJE13000 tl494 half bridge tl494 inverter tic 1260 scr texas components. In addition, topics such as remote voltage sensing, sem iconductor mounting techniques, and -
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PIN DETAILS OF SCR TY 6004 tl494 lm324 dc to ac inverters SCR TY 6004 how the TL494 regulate lm324 dc to ac inverters diagram MC1723CP equivalent
Abstract: suppressing the 5 kHz (reference frequency) sideband components in the VCO output. COST VS PERFORMANCE , re quires an extra varactor, potentiometer, switching transistor and auxiliary components. The , . Therefore, RF transformers are used between the oscillators and the buffers. Trans former coupling also , , 0 5 , 0 8 06 03, 04, 07 Q1 CR1 D1 PASSIVE COMPONENTS Crystal 10.24 MHz - .001^ tolerance Load , Ceramic All others, dipped Mica 9-46 FAIRCHILD 11 COO SERIES · 11C84 CONTROLLER/SCANNER A new -
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78L82 walkie-talkie diagram HA 16630 78c05 11C00 78c05 voltage regulator 40-CHANNEL 16-PIN FCB8010
Abstract: transformers are used between the oscillators and the buffers. Transformer coupling also makes it possible to , suppressing the 5 kHz (reference frequency) sideband components in the VCO output. COST VS PERFORMANCE , components, there is actually very little difference in parts count because the single crystal system requires an extra varactor, potentiometer, switching transistor and auxiliary components. The disadvantages , PASSIVE COMPONENTS Crystal 10.24 MHz - .001% tolerance Y1 Load Capacitance = 32 pF Jan Crystals -
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walkie-talkie transceiver diagram Grigsby MV2209 AMP-76 REGULATOR IC 78C05 14-SEGMENT
Abstract: . By using the shunt Coss as the first element in a L network impedance transformer, the bifilar feed , transformer action of the bifilar choke and two of these individual halves in series through the push-pull , reasonable value of drain voltage or if the output power is fixed. Both require adding more components. A , 3 shows the schematic of the 50MHz amplifier. The gate matching is done using a transformer and tuned network. The transformer provides the balanced feed required by the pushpull configuration as Advanced Power Technology
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ARF448 power amplifier mosfet up to 50mhz 5961007601 ARF448A ARF448 equivalent 40.68mhz hf class AB power amplifier mosfet ARF448A/B 100MH
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