Using ict in primary

Tube Amplifier Bias Board. Input 230v ac, output up to -160 vdc. Controls 4 tubes bias voltage and  current independantly. Set it once for all and bias will never move. Ideal when using a toroidal power transformer as an output one, to cancel DC current in primary. Will be shipped from France. Please ask for shipping cost depending on your location. Best regards

Digital SLR Camera D5600 Entry-level DX-format Digital SLR Camera with Seamless Connectivity Ignites Creativity and Sharing by Transforming Social Storytelling TOKYO - Nikon Corporation is pleased to announce the release of the D5600, an entry-level DX-format digital SLR designed for photography hobbyists and content creators to explore different creative and artistic expressions. With convenient connectivity features, the D5600 is also built for easy sharing and social storytelling. The D5600 is equipped with a range of features that encourages users to capture and communicate their stories. Featuring a vari-angle LCD monitor that flips out and rotates, it is possible to shoot from nearly any angle for greater creative freedom. The touch-screen operation so popular with the D5500 has been further enhanced in the D5600 with the addition of a crop function for use during playback zoom, and a frame advance bar that allows scrolling through images in playback mode easily. The D5600 also incorporates a time-lapse movie function equivalent to that of the more advanced Nikon D7200, enabling users to capture changing scenes over a time period and create stunning time-lapse videos. In addition, a constant connection between the D5600 and a smart device is possible using the SnapBridge app and Bluetooth® low energy (BLE) technology. Images captured are automatically transferred to the paired smart device and users can upload and share high-quality images in a seamless, integrated process. The image transfer continues even after the camera has been turned off. SnapBridge also enables automatic image upload to NIKON IMAGE SPACE. Furthermore, wireless video transfer and remote shooting are possible via Wi-Fi®. Primary Features - 1.SnapBridge support for constant connection of the D5600 to a smart device Support for the SnapBridge app*1 means that with one-time setup, a constant connection between the D5600 and a smart device*2 is maintained, realizing simple automatic transfer*3 of photos. In addition, a number of convenient functions, including automatic upload to Nikon's photo sharing service, NIKON IMAGE SPACE*4, the addition of copyright information and comments to photos, and automatic synchronization of camera date/time and location information with that of the smart device, can be used. What's more, the D5600 also supports the high-speed transfer of selected still images, movie transfer, and remote capture of still images when Wi-Fi*5 is enabled. - *1The SnapBridge app can be downloaded free of charge from the App Store® and Google Play™. - *2The SnapBridge app is available for compatible iPhone®, iPad® and/or iPod touch®, and for smart devices running the Android™ operating system. - *3Images (JPEG) reduced to 2-megapixel equivalent can be transferred automatically. RAW/TIFF data cannot be transferred. Movies can be transferred by switching to Wi-Fi®. - *4To upload images automatically to NIKON IMAGE SPACE, Nikon ID registration (free) is required, which can be easily set up via [Nikon ID registration/change] menu on the SnapBridge application. Only when uploading to NIKON IMAGE SPACE via SnapBridge, JPEG data reduced to 2-megapixel equivalent can be uploaded unlimitedly in number and capacity. - *5The camera cannot be directly paired with a smart device using Wi-Fi. Wi-Fi can be used by enabling it after the camera has been paired with the smart device using Bluetooth®. - 2.A vari-angle LCD monitor that makes capturing creating photos easy from any angle The D5600 is equipped with a 3.2-inch vari-angle LCD monitor that enables shooting from low angles, high angles, and even selfies. A touch screen has also been adopted. Naturally, it supports the same touch operation available with the D5500, but it also features the frame advance bar adopted for the high-end D5 and D500 for scrolling through images in full-frame playback. In addition, the touch Fn function so popular with the D5500

Rare paire Luxman C300 et M300:Amplificateur et préamplificateur (avec phono). État : "Occasion" En excellent état de fonctionnement, notez qu' il faudra remplacer une ampoule du voyant Led  "classe A". Voltage 220V. Les deux appareils sont visibles chez Jefferson Hifi à Pérouse où je les ai déposés. Livraison possible en France, en Europe,etc nous consulter pour les frais d'envoi internationaux. Le M300 a été produit en même temps que la série C300. Je crois qu’il n’en a été produit que 2000 dans le monde. C’est non seulement une paire de collection, mais le haut de gamme des luxman des années 1980. Ils sont les dernières combinaisons pré/ampli, à avoir été fabriquées sans implication de Alpine(qui a ensuite  modifié sérieusement la qualité Luxman  hélas.). ils ont été primés "produit de l'année" au début des années 80.  Le M300 se laisse utiliser soit en classe A, où il développe 2x42 w sous 8 ohms en classe A, ou alors 172w en classe AB sous 8 ohms. Comme toujours chez Luxman, on peut espérer une dizainede watts supplémentaires dans chaque modes, vu qu'ils utilisent unsystème de mesure très strict sur leurs fiches techniques. Il faut surtout savoir qu’il ne faut basculer de classe AB en classe A que à l’arrêt, en redémarrage à froid.  Voici  les caractéristiques techniques (https://audio-database.com/LUXMANALPINE-LUXMAN/amp/m-300-e.html) et https://audio-database.com/LUXMANALPINE-LUXMAN/amp/c-300-e.html 1)Préampli C300: Frequency response: 0.5Hz to 140kHz   Total harmonic distortion: 0.005% Input sensitivity: 0.09mV (MC), 2mV (MM), 140mV (line)      Signal to noise ratio: 80dB (MM), 100dB (line) Output: 140mV (line), 1V (Pre out), 20V (Pre out Max)  Dimensions: 478 x 163 x 384mm     Weight: 9kg 2)amplificateur M300 Form Duo beta plusX poweramplifier Succession effectiveoutput (20Hz - 20kHz, both channel simultaneous operation) Class-A: 40W+40W (8ohms) AB class: 270W+270W (4ohms) 170W+170W (8ohms) THD (8 ohms) 20Hz- 20kHz-3dB Class-A: 0.005% or less AB class: 0.005% or less Cross modulationdistortion (8 ohms) 60Hz: 7kHz=4:1, -3dB Class-A: 0.005% or less AB class: 0.005% or less Output bandwidth Class-A: 10Hz-100kH-3dB(0.015% of distortion) AB class: 10Hz - -100kHz three dB(0.04% of distortion) Frequency characteristic 10hz-100kHz-1dB (aClass-A and AB class) Input sensitivity Class-A: 0.45V ABclass: 1V Input impedance 50kohm (a Class-A and ABclass) SN ratio (IHF-Acorrection) Class-A: 115dB ABclass: 120dB Remains noise (IHF-Acorrection) 30 microvolts (a Class-Aand AB class) Dumping factor 120 (1kHz, 8 ohms, aClass-A, and AB class) Protection network DC drift detectionspeaker protection network Overcurrent detection amplifierprotection network Attachment Circuit operationswitchpoint (indicator) Peek indicator Inputattenuator Headset jack Speaker-off switchpoint(indicator) Line phase sensor Supply voltage AC100V, 50Hz/60Hz Power consumption (Electrical Appliance and Material Control Law) Class-A: 420W ABclass: 430W Dimensions Width 478x height 214xdepth of 484mm Weight 30kg Stereo power amplifier which adopted the Duo beta plusX circuitry. In order to control NFB of an amplifier circuitry appropriately, the Duo beta circuitry was developed and it is adopted as M-300. After this makes amplifier to the extent that it is used also from a nakedness property as it was, it adds proper-quantity NFB and DC servo as finish of a tone quality, and is suppressing the transitional distortion of a supression of play sound, TIM, etc. by superfluous NFB etc. Furthermore, in M-300, the thought of a suitable control is introduced also into a power circuit, and it is considered as the power-source Duo beta plusX. At plusX, the stability of a comfortable tone quality and an operation is reconciled because the bottom gives controlling force calmly on the assumption that a generous power-source part. M-300 can change and use a Class-A and AB class. The Class-A operation has a structure which amplifies a signal wave form as it is. Therefore, it becomes unrelated to switching distortion or crossover distortion, and does not have the cause that it is distorted in addition to an element's own linearity. In M-300, the Class-A operation excellent in adopting a Duo beta as LAPT which excelled [element] in the high region property, and an amplifier circuitry, and adopting plusX as a power circuit is realized. In AB class, Oide power which drives transitional distortion below into a limit of measurement in pursuit of a nakedness property also in an operation, and is not made in a Class-A operation on it is realized. At the time of a switching of a Class-A / AB class, in a performance, sound does not break off and a noise is not generated, either. Circuitry constituted all the amplification stages from a push-pull circuit from the input stage to the output stage, and the amplifier which was excellent in the nakedness property which will be the requisite for a Duo beta circuitry is realized. The pre-driver stage is making the input stage the transistor which was excellent in the high region property with the cascode interconnection with the stream composition of the cascode bootstrap and the differential push pull by complimentary FET of a Pch type and a Nch type. And the driver stage and the power stage are considered as the push pull stream composition by a three-step Darlington connection. A linearity makes an output element high speed power transistor linear arithmetic processor-T which was well excellent in the high region property with a triple push pull stream composition, and the electric current is sent. In this way, the static characteristics and the dynamic behavior improved. And proper-quantity NFB and DC servo are added. The power-source part had the twin monophonic stream composition of right-and-left full independence, and has acquired the merit of a linearity covering all the bands, and the outstanding crosstalk property. The power transformer is performing and using the coil mandatory adopted and put into practice among the object for Rch, and two Lch. First, the power stage and the drive stage were made into another coil, and also the primary side and secondary side has unified the orientation of a coil. This is because it is checking having influence on play sound with the potential (polarity) which a transformer begins to roll, rolls and the last each has between opposite groundings. Moreover, four right and left adopt the type only with a capacity of 12,000 micro F for an audio as a filter capacitor, and low-impedance-ization of the power-source part is attained to it. In order to cope with the rush current which becomes large as the capacity of a power-source part becomes large, the rushes current preventing circuitry is adopted. The speaker protection network and the amplifier protection network are carried. The internal organs of the speaker protection network which detects DC output in an output-terminal and separates an output are carried out. Furthermore, when the speaker code etc. short-circuits, even if there is a big input, an amplifier circuitry is protected or the electric-current preventing circuitry is carried. After the elements currently used examine, it is using it, carrying out a tone-quality mandatory strictly uniquely. The film capacitor generally called non-polar is also arranging a polarity etc., and the capacitor is carrying out the tone-quality mandatory strictly. Moreover, the precision succession good transformation Detent volume excellent in the tone quality and a feeling of an operation is adopted as input attenuator. Furthermore, in terminals, the small gilding pin jack of contact resistance was adopted as the input terminal, and the large-sized screw type is adopted as a speaker termination. The product line was packed into the shortest distance, and also it has chosen high materials of the tone-quality effect, such as a shielded cable of oxygen free high conductivity copper and 500 core. Moreover, in order to suppress an elevation of the source impedance of the pattern side of a substrate, the power bus by a copper plate was adopted and the performance of a power source is employed efficiently. The line phase sensor is carried, by the functionality which detects this polarity, the polarity of the equipment was unified and the tone quality is improved. The indicator turned on at the clipping point of an output is carried, and a peek can be supervised.

Event EZbus MIXER 8 Channel USB Audio Interface/ Stand Alone-Digital Mixer Board MIXER DIGITAL STUDIO EVENT EZBUS  TRES BON ETAT GENERAL  VENDU SANS NOTICE Product Description As a stand-alone Digital Mixer, it provides 8 main input channels (four of which provide 3 inputs each), plus a USB port, 2 S/PDIF coaxial Inputs, one output, and S/PDIF/ADAT-format optical I/O. Main input channels provide dynamics processing and 4-band EQ. Any input (analog OR digital) may be routed to ANY mixing channel (the same applies to the 4 returns) and you can even mix signals with different sample rates - up to 96K! Other I/Os include dual MIDI I/Os, Word Clock Out, and 2 Sends plus 2 Aux Outs, making it an ideal Hard Disk Recording Interface.  One button push is all it takes to instantly transform EZbus into a customizable Control Surface with support for major software programs. You could see a product like this on the horizon but it took the ingenious minds of Event Electronics to actually deliver. The EZbus mix engine architecture provides 8 primary channels, each of which offers EQ and dynamics processing. The 8 channels can be fed from any hardware input, analog or digital. A channel's signal can be routed to multiple destinations, including the Main Mix bus, the Alt Mix bus, and any or all of the 4 Sends; these, in turn, can be routed to a variety of hardware outputs. The EZbus also has 4 Return busses, which can function as additional input channels. This provides you with a total of 12 input channels, 8 of which support EQ and dynamics processing. In a typical computer-based recording environment, many of the audio sources (keyboards, sound modules, drum machines, effects devices, and the like) require little or no processing "after the fact;" that is, they don't necessarily need to have their tone, volume, or pan positions controlled at the mixer level. Rather, these functions can be performed by the device itself via internal settings or in response to MIDI commands. In that scenario, all that's required of the mixer is that it provide a means for the audio from the device to be brought into the main mix. The EZbus was designed to accommodate a large number of audio sources, not all of which would necessarily need to have their individual tone, volume, and pan positions controlled at the mixer level. On EZbus analog inputs 5, 6, 7, and 8, three input jacks (labeled A, B, and C) are provided for each input. The 3 jacks in each channel are summed (and electronically buffered), allowing you to connect up to 3 audio sources to a single input. You could, for example, bring the signals from 6 synthesizers into inputs 5A, 5B, 5C, 6A, 6B, and 6C. You could then bring the stereo returns from three outboard effects devices, for example, into inputs 7A and 8A for effect #1, 7B and 8B for effect #2, and 7C and 8C for effect #3. Altogether, that's 12 audio signals brought into the EZbus using only 4 audio channels. Through the analog inputs, you can bring 16 signals into the EZbus; 4 additional signals from the digital inputs can be routed to the Mix bus or Alt bus via the 4 "virtual" returns. In this manner, you can bring a total of 20 signals into the EZbus. At a minimum, you can bring 8 signals into the EZbus, each of which can be independently processed with EQ and dynamics. These signals can be from either analog or digital sources. Let's presume you're a solo performer doing a nightclub gig. You would likely have an assortment of sound modules, possibly a keyboard, a drum machine, some effects devices, your vocal mic, and, versatile musician that you are, an acoustic or electro-acoustic guitar. Your vocal mic would plug into analog input #1. Your guitar would go into analog mic input #2 (or instrument input #3 if it's electro-acoustic) Your drum machine could go into analog inputs #3 and #4 (presuming you want to run in stereo). Let's say you have 3 MIDI sound modules and you also want to run the

CAMERA Sensor Super 35mm type CMOS System RGB primary color filter (Bayer matrix) Total number of pixels per sensor 9.84 million pixels Number of effective pixels per sensor 8.29 million pixels Minimum illumination 0.3 lux in NTSC mode [f / 1.2 lens, 24 dB, 29.97P mode, shutter speed 1/30] 0.25 lux in PAL mode [f / 1.2 lens, 24 dB, 25.00P mode, shutter speed 1/25] Sensitivity NTSC: f / 9 [1920 × 1080 / 59.94i, ISO 640 (0 dB), 2000 lux, 89.9% reflection] PAL: f / 10 [1920 × 1080 / 50.00i, ISO 640 (0 dB), 2000 lux, 89.9% reflectance] S / B ratio NTSC: 54 dB (typical) [1920 × 1080 / 29.97P, ISO 850 base sensitivity with Canon Log function (800% dynamic range)] PAL: 54 dB (typical) [1920 × 1080 / 25.00P, ISO 850 base sensitivity with Canon Log function (800% dynamic range)] Dynamic range Normal shooting: 300% With Canon Log Gamma: 800% (ISO 850 or more / gain 2.5 dB or more) Horizontal resolution Up to 1000 TV lines or more (1920 × 1080i mode), depending on the type of lens used Lens mount Canon EF mount Focal Equivalent to 1.53x that of EF lenses Based on data provided for Canon EF-S and Cinema lenses Correction of peripheral lighting YES (depending on the type of lens used) Neutral density (ND) filter 3 glass filters in the housing: 2 levels; 4 levels; 6 levels. Operation via box or wireless control Focus control Via lens, wireless control or wired remote control (depending on the lenses used) One-Shot autofocus with EF lenses (Not available with cinema lenses) Continuous autofocus available with EF-S 18 -55mm f / 3.5 -5.6 IS STM or EF-S 18 - 135mm f / 3.5 -5.6 IS STM¹ lens Optional DAF update (additional cost) Diaphragm control Via body, handle, wireless control or wired remote control Push Auto Iris function available with EF lenses (not available with cinema lenses) Continuous autofocus with EF-S 18 - 135mm f / 3.5 -5.6 IS lens STM¹ 1/2 level, 1/3 level or END control. Ability to maintain constant aperture when using zoom. Image stabilization system Depending on the type of lens used Type DIGIC DV III

Grey Matter E! for DX7II is a circuit board attached to the DX7IIFD, DX7IID  synthesizer main board that turns an otherwise normal DX7II-FD or DX7II-D into a fully featured workstation machine.     Expanded internal Memory   E! enlarges the internal RAM memory of your DX by four times and allows it to hold 256 single sounds (called Voices) and 128 Performance memories (multi-voice combinations).   The total internal memory is divided into 4 Banks. Each Bank holds 64 Voices and 32 Performances    - Bank 1 = 64 Voices/32 Performances  - Bank 2 = 64 Voices/32 Performances  - Bank 3 = 64 Voices/32 Performances  - Bank 4 = 64 Voices/32 Performances   Voices from all four banks can be combined into any of the Performance memories, meaning you're not limited to Voices found in just one Bank when creating a Performance Combination   Octal Mode Octal Mode is one of the most outstanding features of the E! expansion because it turns your DX7II into an 8 channel multitimbral sound module. With this capability, the keyboard can receive MIDI information on 8 separate channels directly from the internal SE!quencer or from an external controller. Each channel can be assigned a different Voice, so now your DX can produce eight different sounds at once.   Splits and Layers With E! you can go far beyond the simple two way split and layer combinations of original DX7II. Youâ??ll find that there are Performance Modes that let you layer 4 voices or create elaborate 8 way splits. There's even a floating split mode, where the split point follows the movements of your right hand up and down the keyboard.   Accompaniment Modes There are two accompaniment modes that let you to trigger preset chords or moving patterns by playing just one key.    - Player Mode - Using this mode you can create elaborate moving accompaniments by triggering a different arpeggio or bass line pattern by playing one key.     - Chord Mode - This mode lets you trigger a different chord voicing (such as major, minor, 7th or 9th chord) when you press a key.    8 Channel Controller With El, your DX is capable of transmitting up to 8 MIDI channels from the keyboard and 16 channels from the sequencer.       Expanded Data Management Functions With the Expanded Memory and increased Performance and Sequencer functions, the Data Management operations are likewise augmented. In transferring data to and from the disk, you now have the option of Saving and Loading a Single Bank of Voices and Performance memories or all 4 at once.      Two Primary Modes All the E! functions are collected under two fundamental menu headings:   - Engine   - SE!quencer   Engine   The heart of the E! system is called the Engine. As the central workhorse menu, it contains most of the new E! functions including all Performance modes, multitimbral and MIDI controller features and the special accompaniment modes. Every parameter within the Engine menu is programmable. This means you can save any multitimbral combination, split or layer combination or sequencer song to one of the 128 Performance memories and call them up with the touch of one button!   Sequencer With E! you now have a 16 track MIDI recorder built into your DX. Eight of these tracks can be assigned to trigger eight internal DX Voices, while the others can be used to trigger external MIDIsound modules.   The recording and editing features compare with some of the best computer software programs available. The SE!quencer is pattern based, meaning you record short segments of data called Patterns and then link them into a complete arrangements called Songs. The Internal memory holds a maximum of 22,000 MIDI events, which can be reserved for 1 Song or divided between up to 10 Songs. The disk on a DX7lI-FD serves to expand the internal memory by 10 times the maximum limit, or 220,000 MIDI events divided