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Specification PHOTO US$/PC EX-W LA-6.5 Component:LF 6.5"×2 high effeciency neodymium wooferFrequency respondence85hz-20khz HF 2"×2 high effeciency neodymium driver Long-term power(RMS) 250W Passive Line ArrayMini Line Array System Impedance:16Ω Dimension(HXWXD)194×600×300mm FLA-6.5 LA-6.5B Power peak 500W Long-term SPL 117dB Maximum SPL 120dB Sensitivity 98dB Weight 12.5 kgs 468 92 flight case of LA-6.5, one flight case for 4pcs LA-6.5 Component:LF 12"×2 220mm magnet 100mm vioce coil Frequency respondence45hz-350hz Long-term power(RMS) 1000W Line Array Subwoofer Impedance:4Ω Dimension(HXWXD)464×600×800mm Power peak 2000W Long-term SPL 122dB Maximum SPL 128dB Sensitivity 100dB Weight 48 kgs 80 95 FLA-6.5B flight case of LA-6.5B, one flight case for 1pcs LA-6.5B ALA-6.5 aluminum flying bracket of LA-6.5&LA6.5B LA-6.5B Component:LF 12"×2 220mm magnet 100mm vioce coil Frequency respondence45hz-350hz Active Line Long-term power(RMS) 1000W Array Subwoofer Power peak 2000W Long-term SPL 122dB the LA-6.5BP is a powered line array subwoofer which can Maximum SPL 128dB power for 4pcs LA-6.5 Sensitivity 100dB Dimension(HXWXD)464×600×800mm Weight 48 kgs Impedance:4Ω LA-208 468 953 Component:LF 8"×2 high effeciency neodymium drivers Frequency respondence65hz-20khz HF 2"×2 high effeciency neodymium driver Long-term power(RMS) 380W Biamp&Passive Bi-amplified or passive Line Array Model Power peak 760W Line Array Impedance:

2013 1 1 FP series Switching Power Amplifier Specification ( CE Certification ) ITEM FP7000 FP9000 FP13000 8ΩStereo Power(RMS) 1450WX2 1600WX2 2350WX2 4ΩStereo Power(RMS) 2800WX2 3000WX2 2ΩStereo Power(RMS) 3500WX2 4500WX2 8ΩBridged Power(RMS) 5600W 4ΩBridged Power(RMS) 7000W FP14000 FP6000Q FP10000Q 2350WX2 625WX4 1350WX4 4400WX2 4400WX2 1250WX4 2100WX4 6500WX2 7000WX2 1500WX4 2500WX4 6000W 8800W 8800W 2500WX2 4200WX2 9000W 13000W 14000W 3000WX2 5000WX2 20-34kHz, 1W with 1 khz Output Power Frequency Response( o/-0.3dB,1W/8Ω) 20 Hz - 34 kHz <0.1% THD 20 Hz - 20 kHz for 1 W >112 dBA Signal-to-Noise Ratio >70 dB Channel separation (Crosstalk) at 1 kHz 3-pin XLR, electronically balanced Input Connectors (per channel) Binding Posts 2-pole Output Connectors (per channel) TD Class short circuit, DC voltage, turn-on/off transient, current inrush TourClass Protection Operating voltage 130-265 V / 65-135 V selectable Voltage Gain(dB) 23, 26, 29, 32, 35, 38, 41, 44 dB selectable 20 Kohms Input impedance Level adjustment (per ch.) Front-panel potentiometer, 31 position detented from -inf to 0 dB Dimensions (W×H×D) 483×88×396mm Packing dimension 580×180×560mm Net weight(kg) 13 Gross weight(kg) 18 Price in US$ per unit 620 653 689 726 703 785 FB-2.4KQ FB-6KQ FB-10KQ FB series Switching Power Amplifier Specification ( CE Certification ) ITEM FB-4K FB-9K 8ΩStereo Power(RMS) 850WX2 1600WX2 2350WX2 450WX4 625WX4 1350WX4 4ΩStereo Power(RMS) 1600WX2 3000WX2 4400WX2 550WX4 1250WX4 2100WX4 2ΩStereo Power(RMS) 2000WX2 4500WX2 7000WX2 600WX4 1500WX4 2500WX4 8ΩBridged Power(RMS) 3200W 6000W 8800W 1100WX2 2500WX2 4200WX2 4ΩBridged Power(RMS) 4600W 9000W 14000W 1200WX2 3000WX2 5000WX2 20-34kHz, 1W with 1 khz Output Power Frequency Response( o/-0.3dB,1W/8Ω) THD 20 Hz - 20 kHz for 1 W Signal-to-Noise Ratio Channel separation (Crosstalk) at 1 kHz FB-14K 20 Hz - 34 kHz <0.1% >112 dBA >70 dB 3-pin XLR, electronically balanced Input Connectors (per channel) Binding Posts 2-pole Output Connectors (per channel) TD Class short circuit, DC voltage, turn-on/off transient, current inrush TourClass Protection Operating voltage 130-265 V / 65-135 V selectable Voltage Gain(dB) 23, 26, 29, 32, 35, 38, 41, 44 dB selectable Input impedance 20 kOhm Level adjustment (per ch.) Front-panel potentiometer, 31 position detented from -inf to 0 dB Dimensions (W×H×D) 483×88×396mm Packing dimension 580×180×560mm Net weight(kg) 13 Gross weight(kg) 18 Price in US$ per unit 576 653 704 656 682 762 FP-2600 FP-2800 FP-3400 FP-6400 FP-series Switching Power Amplifier ( CE Certification ) ITEM FP-2200 FP-2400 20-20kHz, 1W with 1 khz Output Power 8ΩStereo Power(RMS) 350WX2 4ΩStereo Power(RMS) 2ΩStereo Power(RMS) 550WX2 750WX2 950WX2 1100WX2 1300WX2 500WX2 800WX2 1150WX2 1350WX2 1500WX2 2300WX2 700WX2 1100WX2 1500WX2 1650WX2 1700WX2 2900WX2 8ΩBridged Power(RMS) 1400W 1600W 2100W 2300W 3000W 4600W 4ΩBridged Power(RMS) 2200W 2400W 2600W 2800W 3400W 5800W 103dB <–110dB <–110dB 40V/uS 20V/us 20V/us Frequency Response( o/-0.3dB,1W/8Ω) 20-20KHz±0.5dB 10KHZ<0.05% THD N： Signal-to-Noise Ratio Slew Rate Female XLR (pin 2 , configurable for pin 3 ).

DD Groupe SuperEnergie C017 Développement durable The Nuclear Power group SuperEnergie The Nuclear Power Abstract With fewer and fewer of the earth chemical fuel left, we urgently need to find a new clean energy.

DJ8UA 10W Mod DO1HMA KE4IAP s/n 1K45 K7HI 10W Mod K7HI s/n 2L60 K7HI 10W Mod K7HI DF2DD 1 HF1RXG RX GAIN 1.8MHz 160 160 100 181 70 100 102 80 71 64 2 HF2RXG RX GAIN 7MHz 128 128 80 91 68 90 87 74 69 63 3 HF3RXG RX GAIN 21MHz 128 128 105 123 81 100 120 89 83 71 4 50MRXG RX GAIN 50MHz 128 128 80 66 67 75 72 76 72 64 5 VHFRXG RX GAIN 144MHz 128 128 90 90 73 100 94 87 79 67 6 UHFRXG RX GAIN 430MHz 128 150 117 117 93 110 82 155 77 67 7 SSB-S9 SSB S-Meter S9 80 66 66 70 66 70 65 65 66 66 8 SSB-FS SSB S-Meter Vollausschlag 48 59 58 59 58 59 58 60 58 57 9 FM-S1 FM S-Meter S1 48 80 77 76 77 76 84 78 79 74 100 111 113 109 113 109 116 113 113 111 0 35 35 35 40 35 35 36 40 38 255 69 69 69 71 69 68 69 72 71 50 72 75 82 72 50 79 77 76 76 64 75 75 82 72 82 80 77 74 76 12 12 3 14 3 14 2 4 1 2 16 16 3 14 3 14 3 4 1 2 138 138 138 138 138 138 138 122 123 138 The higher, the more sensitive the RX is The higher, the more shown level 60 = S0 The higher, the higher the Svalue is 10 FM-FS FM S-Meter Vollausschlag 11 DISC-L FM Center Meter (untere Grenze, -3kHz) 12 DISC-H FM Center Meter (obere Grenze, 3kHz) 13 FM-TH1 FM Squelch 14 FM-TH2 FM Squelch 15 FM-TI1 FM Squelch 16 FM-TI2 FM Squelch 17 VCC Power Supply Voltage 18 HF1-IC Over-current Protection 1.8MHz 130 111 103 111 135 103 135 80 112 122 79 89 99 19 HF2-IC Over-current Protection 7MHz 130 116 103 116 135 103 140 83 112 121 79 86 98 20 HF3-IC Over-current Protection 21MHz 130 111 106 111 135 106 140 83 114 123 82 86 102 21 50M-IC Over-current Protection 50MHz 130 103 103 113 92 103 113 82 112 130 80 89 98 22 VHF-IC Over-current Protection 144MHz 130 105 105 126 93 105 126 83 112 80 100 23 UHF-IC Over-current Protection 430MHz 83 102 24 HF1-HI Press "A"

5,8 4,0-6,2 4,4-6,4 FreestyleWave 23 FreestyleWave 25 FreestyleWave 27 FreestyleWave 29 FreestyleWave 31 Power Power Power Power Power W.

10.11648.j.epes.20130202.14 American Journal of Electrical Power and Energy Systems 2013;

Maniak Of Copy Maniak Of Copy POWER THEORY It is important to note that electrical distribution network of San Andreas is incredibly realistic, and I don’t think that the developers would make a so realistic network if we don’t use it somehow.

S.Kamakshaiah Abstract—In recent years generation of electricity using wind power has received considerable attention worldwide.

Co llege of Engineering, Guntur, Andhra Pradesh, India ABSTRACT Application of FACTS controller called Static Synchronous Compensator STATCOM to improve the transient stability in the presence of faults and the integration of new renewable source, like wind energy, these lasts make the electrical grid operate in a new condition.The essential feature o f the STATCOM is that it has the ability to absorb or inject fastly the reactive power with power grid entirely by means of electronic processing of the voltage and current waveforms in a voltage source converter (VSC).

the Illusion of Power.

Difference between force and constant power control EVER2012 Difference between force and constant power control applied to electrical bike Arnaud Sivert, IEEE Reviewer E-mail :

challenge power 25 valide au 131120 Règlement CHALLENGE POWER 25 LMRP - Année 2021 validés au 13 novembre 2020 Article 1) Définition :

5 Howick Place, London, SW1P 1WG Electric Power Components and Systems Publication details, including instructions for authors and subscription information:

dna30 Evolv DNA 30D 30 Watt variable power module with OLED display Datasheet The DNA 30D is a power regulated digital switch-mode DC-DC converter for personal vaporizers.

doehler power pack Bedienungsanleitung POWER-PACK (Booster) Version Datum 0.53 21.10.2014 Dieses neu entwickelte Power-Pack (Booster) stellt zusätzliche Fahrenergie für die Modellbahnanlage bereit.

Features • ‘Electrolyte-free’ power converter to further increase the life expectancy and long term reliability • DC/AC conversion unit with three-phase bridge topology • Each inverter is programmed to specific grid standards which may be selected directly in the field • Dual input sections with independent MPP tracking, allows optimal energy harvesting from two sub-arrays oriented in different directions • Wide input voltage range • High speed and accurate MPPT algorithm for real time power tracking and improved energy harvesting • Flat efficiency curves ensure high efficiency at all output levels ensuring consistent and stable performance over the entire input voltage and output power range • Outdoor enclosure for unrestricted use under any environmental conditions • Integrated DC disconnect switch in conformity with international standards (versions -S and -FS) • RS-485 communication interface (for connection with laptop or datalogger) • Compatible with PVI-RADIOMODULE for wireless communication with AURORA PVI-DESKTOP AURORA TRIO 1 BLOCK DIAGRAM OF PVI-6.0-TL-OUTD AND PVI-8.0-TL-OUTD IN1.1( ) IN1.1( ) IN1.2( ) IN1 IN1 IN1.1(-) IN1.2( ) IN1.3( ) IN1.2(-) BULK CAPS INVERTER (DC/AC) IN1 LINE FILTER IN1.1(-) - MPPT 1 (DC/DC) - GRID PARALLEL RELAY - L1 IN1.2(-) L2 IN1.3(-) L3 N IN2.1( ) IN2.1( ) IN2.2( ) IN2.3( ) IN2 IN2 IN2.1(-) IN2.2( ) IN2.1(-) - IN2.2(-) MPPT 2 (DC/DC) PE IN2 - - IN2.2(-) IN2.3(-) STANDARD VERSION -S VERSION IN1.1( ) IN1.2( ) IN1.3( ) IN1 IN1.1(-) - RS485 IN1.2(-) T/R - T/R IN1.3(-) RTN IN2.1( ) DC/AC DSP CONTR.

Effective mitigation of climate change will require deep reductions in greenhouse gas emissions, with UK estimates of a 60–80% cut being necessary by 2050 [1], Still purer with the nuclear power, this last leaves behind dangerous wastes for thousands of years and risks contamination of land, air, and water[2];

3 2.1 CONNECTING THE POWER SOURCE TO THE MAINS ELECTRICITY SUPPLY .

Double power split device for hybrid vehicle powertrain Copyright © Hybrid vehicle with two planetary gear mechanisms for power derivation Author:

uhlenbrock power 7 63270 02.10 Be Power 7 Der universelle Booster für nahezu alle Digitalsysteme 02.10 Be 63 270 Power 7 Der universelle Booster für nahezu alle Digitalsysteme 63 270 Inhalt 1.

PLSED106016EN web Gain energy insight and control with PowerLogic™ PowerLogic ION7550/ION7650 power and energy meters Features High visibility, multilingual, IEC/IEEE configurable display Financial management including accounting and billing Choice of displays, including a large, backlit LCD integral display or a separately mounted color touchscreen display.

STP280 24Vd UL(H4 Connector) AZ STP275--24/Vd 24/Vd STP280 STP280 - 24/Vd 280 Watt POLYCRYSTALLINE SOLAR MODULE Features 14.4% High module conversion efficiency (up to 14.4%), through superior cell technology and leading manufacturing capability 0/ 5% Positive tolerance Guaranteed positive tolerance from 0/ 5% ensures power output reliability Self-clean Self-cleaning &

201022 Mphepo presentation to RENEWABLE ENERGY IN ZAMBIA conference UNIKA I Wind Energy Project Presentation    RENEWABLE ENERGY IN ZAMBIA CONFERENCE 28th October 2020 CONTENTS 1 Introduction to Mphepo Power 2 2 Why Mphepo are focused on Wind 6 3 Feasibility of UNIKA 1 8 2   Introduction to Mphepo Power Introduction • Mphepo Power is a Zambian registered renewable energy development company focused primarily on the development of utility scale wind projects in the Eastern Province of Zambia.

Présentation MPD 2016 MICHELIN 2016 POWER DAYS 19 journées ouvertes à tous les motards sur des circuits Mythiques avec BMC Moto 1.