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Rapports de stage

3 562 ouvrages

En 3e, en cours de scolarité ou en fin d'études, vous allez souvent avoir l’occasion de faire un stage. C’est donc l'occasion de tester ces connaissances théoriques et d'améliorer ses compétences et sa pratique. Ce type de formation permet aussi de savoir si l'on ne se trompe pas de voie ou alors de se donner une idée sur le futur métier que l'on pourrait faire.


Apprécié par les élèves, mais aussi par les recruteurs, car il s’agit d’un vrai plus sur le CV (nos documents pour rédiger un CV), le stage donne par contre droit à un travail supplémentaire. Effectivement, suite à votre expérience en entreprise, votre établissement scolaire ou d’étude supérieure va vous demander de faire un rapport de stage. Pas toujours facile à faire ! C’est pour cela que YouScribe vous propose sur cette page et sur d’autres de découvrir tout ce qu’il faut savoir sur ce travail…


Un exercice imposé de la 3e au Master


Au cours de votre scolarité, rédiger un rapport de stage est une tâche à laquelle vous serez régulièrement confronté.


Pour tous les âges


Un premier résumé d'expérience en entreprise vous sera demandé dès la troisième, à l'issue du stage obligatoire. Ce n’est pas fini, car bien sûr cela va s’accentuer à partir de l’entrée dans l’enseignement supérieur…


En effet, lorsque l’on rentre en étude supérieure, que cela soit à l’université ou dans une école (de commerce, d’ingénieure, d’informatique, d’arts, etc.), pour un DUT, un BTS, une licence professionnelle, un master, un doctorat ou tous autres diplômes, vous aurez normalement le droit à un ou plusieurs stages en entreprise. Ces premières expériences professionnelles devront alors être retranscrites dans un rapport à remettre à votre établissement.


Plusieurs raisons


Mais pourquoi oblige-t-on la plupart des stagiaires à rendre un compte rendu de leur expérience ?


Il y a plusieurs raisons toutes simples qui font que le rapport de stage est la plupart du temps obligatoire :



  • La première est tout simplement de voir ce que vous avez fait pendant votre stage pour voir si cela à un lien avec votre scolarité.

  • La seconde est de déterminer si cette expérience vous a apporté quelque chose pour vous et votre projet professionnel.

  • La troisième est voir quelle compétence vous avez développée via une mise en pratique, car la pratique est souvent plus efficace que la théorie.

  • La quatrième est de développer votre sens de la rédaction, de la synthèse et de l’analyse qui vous seront obligatoire pour rédiger votre rapport.


Grâce à un simple document, votre correcteur va donc pouvoir vous évaluer.


Des conseils et des exemples


Le rapport de stage est un exercice qui nécessite des compétences rédactionnelles, de synthèse et d'organisation. Effectivement, il va vous être demandé d'expliquer ce que vous avez fait pendant votre stage en quelques pages ou parfois en plusieurs dizaines de pages. Grâce à notre site, vous allez pour accéder à un vaste choix de contenu qui devrait largement vous aider.


Comment faire son rapport ?


Question que se pose de nombreux stagiaires, comment écrire ou rédiger son rapport de stage ? Il est effectivement normal de se demander ce que l’on peut mettre dedans, ce que l’on va bien pouvoir raconter pour réussir à écrire plusieurs pages ou dizaines de pages. Vous aurez aussi accès à de nombreux conseils et informations qui devraient vous faciliter la présentation de votre travail.


Des différences selon le niveau


Même s’il porte le même nom, un rapport de stage de troisième ne sera pas similaire à un rapport de stage de fin d’études de master. Effectivement, les différences sont souvent flagrantes, la version pour les 3e années est logiquement plus petite et moins compliquée. Plus votre niveau scolaire augmente, plus votre résumé de ce que vous avez fait en entreprise devra être précis, intéressant, complet, etc.


Des différences selon les métiers


Comme pour les classes, il peut avoir des différences notables entre un rapport de stage pour un poste de comptable ou informaticien. Chaque métier, chaque secteur à des différences, il est donc normal d’en prendre compte et de les faire apparaître dans son rapport.


 


En plus des exemples qui pourront vous aider à approfondir le sujet sur certains côtés du rapport de stage, vous allez pouvoir aussi découvrir dans nos documents ci-dessous différents exemples, modèles, conseils, astuces pour vous aider à faire un bon rapport de stage.

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NEGATIVE VOLTAGE REGULATORS - Stmicroelectronics
NEGATIVE VOLTAGE REGULATORS
Stmicroelectronics
General Description The MAX220–MAX249 family of line drivers receivers is intended for all EIA TIA 232E and V V communica tions interfaces particularly applications where ±12V is not available These parts are especially useful in battery powered sys tems since their low power shutdown mode reduces power dissipation to less than W The MAX225 MAX233 MAX235 and MAX245 MAX246 MAX247 use no external components and are recommended for appli cations where printed circuit board space is critical - Line Detection
General Description The MAX220–MAX249 family of line drivers receivers is intended for all EIA TIA 232E and V V communica tions interfaces particularly applications where ±12V is not available These parts are especially useful in battery powered sys tems since their low power shutdown mode reduces power dissipation to less than W The MAX225 MAX233 MAX235 and MAX245 MAX246 MAX247 use no external components and are recommended for appli cations where printed circuit board space is critical
Line Detection
BATTERY MANAGEMENT Nov -
BATTERY MANAGEMENT Nov
Document Number: Jan - Power Ics
Document Number: Jan
Power Ics
INTRODUCTION An induction motor can run only at its rated speed when it is connected directly to the main supply However many applications need variable speed operations This is felt the most in applications where input power is directly proportional to the cube of motor speed In applications like the induction motor based centrifugal pump a speed reduction of results in an energy savings of approximately Driving and controlling the induction motor efficiently are prime concerns in today s energy conscious world With the advancement in the semiconductor fabrication technology both the size and the price of semiconduc tors have gone down drastically This means that the motor user can replace an energy inefficient mechani cal motor drive and control system with a Variable Frequency Drive VFD The VFD not only controls the motor speed but can improve the motor s dynamic and steady state characteristics as well In addition the VFD can reduce the system s average energy consumption Although various induction motor control techniques are in practice today the most popular control tech nique is by generating variable frequency supply which has constant voltage to frequency ratio This technique is popularly known as VF control Generally used for open loop systems VF control caters to a large num ber of applications where the basic need is to vary the motor speed and control the motor efficiently It is also simple to implement and cost effective The PIC16F7X7 series of microcontrollers have three on chip hardware PWM modules making them suitable for phase motor control applications This application note explains how these microcontrollers - Microchip Technology
INTRODUCTION An induction motor can run only at its rated speed when it is connected directly to the main supply However many applications need variable speed operations This is felt the most in applications where input power is directly proportional to the cube of motor speed In applications like the induction motor based centrifugal pump a speed reduction of results in an energy savings of approximately Driving and controlling the induction motor efficiently are prime concerns in today's energy conscious world With the advancement in the semiconductor fabrication technology both the size and the price of semiconduc tors have gone down drastically This means that the motor user can replace an energy inefficient mechani cal motor drive and control system with a Variable Frequency Drive VFD The VFD not only controls the motor speed but can improve the motor's dynamic and steady state characteristics as well In addition the VFD can reduce the system's average energy consumption Although various induction motor control techniques are in practice today the most popular control tech nique is by generating variable frequency supply which has constant voltage to frequency ratio This technique is popularly known as VF control Generally used for open loop systems VF control caters to a large num ber of applications where the basic need is to vary the motor speed and control the motor efficiently It is also simple to implement and cost effective The PIC16F7X7 series of microcontrollers have three on chip hardware PWM modules making them suitable for phase motor control applications This application note explains how these microcontrollers
Microchip Technology
9ul B UNITRODE APPLICATION NOTE - Constant Average
9ul B UNITRODE APPLICATION NOTE
Constant Average
Multicell Battery Stack Monitor - Daisy - Chainable Serial
Multicell Battery Stack Monitor
Daisy - Chainable Serial
1International Rectifier Kansas Street El Segundo CA USA - Adams Jonathan
1International Rectifier Kansas Street El Segundo CA USA
Adams Jonathan
HPH D48 Series Isolated VOUT 30A Half Brick DC DC Converters - Jparks
HPH D48 Series Isolated VOUT 30A Half Brick DC DC Converters
Jparks
General Description The MAX4373 MAX4374 MAX4375 low cost micropow er high side current sense supervisors contain a high side current sense amplifier bandgap reference and comparator with latching output They feature a voltage output that eliminates the need for gain setting resistors making them ideal for today s notebook computers cell phones and other systems where battery DC current monitoring is critical High side current monitoring is especially useful in battery powered systems since it does not interfere with the ground path of the battery charger The to +28V input common mode range is independent of the supply voltage which ensures that the current sense feedback remains viable even when connected to a battery pack in deep discharge The comparator output of the MAX4373 MAX4374 MAX4375 is latched to provide a turn off flag that doesn t oscillate In addition the MAX4374 MAX4375 contain a second comparator for use in window detec tion functions The MAX4373 MAX4374 MAX4375 are available in three different gain versions T +20V V F +50V V H +100V V and use an external sense resistor to set the sensitivity of the input voltage to the load current These features offer a high level of inte gration resulting in a simple and compact current sense solution The MAX4373 MAX4374 MAX4375 operate from a sin gle 7V to +28V supply and consume A They are specified for the extended operating temperature range 40°C to +85°C and are available in pin and pin MAX packages - Maria
General Description The MAX4373 MAX4374 MAX4375 low cost micropow er high side current sense supervisors contain a high side current sense amplifier bandgap reference and comparator with latching output They feature a voltage output that eliminates the need for gain setting resistors making them ideal for today's notebook computers cell phones and other systems where battery DC current monitoring is critical High side current monitoring is especially useful in battery powered systems since it does not interfere with the ground path of the battery charger The to +28V input common mode range is independent of the supply voltage which ensures that the current sense feedback remains viable even when connected to a battery pack in deep discharge The comparator output of the MAX4373 MAX4374 MAX4375 is latched to provide a turn off flag that doesn't oscillate In addition the MAX4374 MAX4375 contain a second comparator for use in window detec tion functions The MAX4373 MAX4374 MAX4375 are available in three different gain versions T +20V V F +50V V H +100V V and use an external sense resistor to set the sensitivity of the input voltage to the load current These features offer a high level of inte gration resulting in a simple and compact current sense solution The MAX4373 MAX4374 MAX4375 operate from a sin gle 7V to +28V supply and consume A They are specified for the extended operating temperature range 40°C to +85°C and are available in pin and pin MAX packages
Maria
Semiconductor Components Industries LLC July Rev - Jesse
Semiconductor Components Industries LLC July Rev
Jesse
74AC374 OCTAL D TYPE FLIP FLOP - Sgs-Thomson Microelectronics
74AC374 OCTAL D TYPE FLIP FLOP
Sgs-Thomson Microelectronics
OVERVIEW Several manufacturers have for some years been - Ward_Rg
OVERVIEW Several manufacturers have for some years been
Ward_Rg
1LT1246 LT1247 1MHz Off Line - Line Converters
1LT1246 LT1247 1MHz Off Line
Line Converters
The MC34261 MC33261 are active power factor controllers specifically designed for use as a preconverter in electronic ballast and in off–line power converter applications These integrated circuits feature an internal startup timer a one quadrant multiplier for near unity power factor zero current detector to ensure critical conduction operation high gain error amplifier trimmed internal bandgap reference current sensing comparator and a totem pole output ideally suited for driving a power MOSFET - Amanda
The MC34261 MC33261 are active power factor controllers specifically designed for use as a preconverter in electronic ballast and in off–line power converter applications These integrated circuits feature an internal startup timer a one quadrant multiplier for near unity power factor zero current detector to ensure critical conduction operation high gain error amplifier trimmed internal bandgap reference current sensing comparator and a totem pole output ideally suited for driving a power MOSFET
Amanda
Sealed Lead Acid Battery Charger FEATURES Optimum Control for Maximum - Texas Instruments, Incorporated [Slus186, B]
Sealed Lead Acid Battery Charger FEATURES Optimum Control for Maximum
Texas Instruments, Incorporated [Slus186, B]
MAXIMUM RATINGS All Ratings: TC 25°C unless otherwise specified - Darelb
MAXIMUM RATINGS All Ratings: TC 25°C unless otherwise specified
Darelb
Dual Output Driver FEATURES Dual 5A Totem Pole Outputs - Line Package
Dual Output Driver FEATURES Dual 5A Totem Pole Outputs
Line Package
Design and specifi cations are subject to change without notice Ask factory for technical specifi cations before purchase and or use Whenever a doubt about safety arises from this product please contact us immediately for technical consultation -
Design and specifi cations are subject to change without notice Ask factory for technical specifi cations before purchase and or use Whenever a doubt about safety arises from this product please contact us immediately for technical consultation
Order this document by AN920 D Rev - Jade Alberkrack
Order this document by AN920 D Rev
Jade Alberkrack
1N4148WS V -
1N4148WS V
Semiconductor Components Industries LLC April Rev - Julie
Semiconductor Components Industries LLC April Rev
Julie
APPLICATION NOTE IMPROVED CHARGING METHODS FOR - Texas Instruments, Incorporated
APPLICATION NOTE IMPROVED CHARGING METHODS FOR
Texas Instruments, Incorporated
General Description The MAX6501–MAX6504 low cost fully integrated tem perature switches assert a logic signal when their die temperature crosses a factory programmed threshold Operating from a 7V to 5V supply these devices feature two on chip temperature dependent voltage references and a comparator They are available with factory trimmed temperature trip thresholds from 45°C to +115°C in 10°C increments and are accurate to 5°C typ or ±6°C max These devices require no external components and typically consume A sup ply current Hysteresis is pin selectable at +2°C or +10°C The MAX6501 MAX6503 have an active low open drain output intended to interface with a microprocessor P reset input The MAX6502 MAX6504 have an active high push pull output intended to directly drive fan control logic The MAX6501 MAX6502 are offered with hot temperature thresholds +35°C to +115°C assert ing when the temperature is above the threshold The MAX6503 MAX6504 are offered with cold temperature thresholds 45°C to +15°C asserting when the tem perature is below the threshold The MAX6501–MAX6504 are offered in eight standard temperature versions contact the factory for pricing and availability of nonstandard temperature versions They are available in pin SOT23 and pin TO packages - Debra Buchanan
General Description The MAX6501–MAX6504 low cost fully integrated tem perature switches assert a logic signal when their die temperature crosses a factory programmed threshold Operating from a 7V to 5V supply these devices feature two on chip temperature dependent voltage references and a comparator They are available with factory trimmed temperature trip thresholds from 45°C to +115°C in 10°C increments and are accurate to 5°C typ or ±6°C max These devices require no external components and typically consume A sup ply current Hysteresis is pin selectable at +2°C or +10°C The MAX6501 MAX6503 have an active low open drain output intended to interface with a microprocessor P reset input The MAX6502 MAX6504 have an active high push pull output intended to directly drive fan control logic The MAX6501 MAX6502 are offered with hot temperature thresholds +35°C to +115°C assert ing when the temperature is above the threshold The MAX6503 MAX6504 are offered with cold temperature thresholds 45°C to +15°C asserting when the tem perature is below the threshold The MAX6501–MAX6504 are offered in eight standard temperature versions contact the factory for pricing and availability of nonstandard temperature versions They are available in pin SOT23 and pin TO packages
Debra Buchanan
DC DC Converters THD 12WI Series Watt - Jz
DC DC Converters THD 12WI Series Watt
Jz
A Low Dropout Precision Voltage References - Max Supply
A Low Dropout Precision Voltage References
Max Supply
NOTE: For detailed information on purchasing options contact your local Allegro field applications engineer or sales representative -
NOTE: For detailed information on purchasing options contact your local Allegro field applications engineer or sales representative
MOTOROLA CMOS LOGIC DATA - Time Clock
MOTOROLA CMOS LOGIC DATA
Time Clock
AM Doc120 B OP Controller Pro of -
AM Doc120 B OP Controller Pro of
novembre LMA EDST Orléans - Lma
Novembre LMA EDST Orléans
Lma
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