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Customer Specific Requirements Mercedes Benz Cars (MBC) - IATF

Excerpt from: Supplier Management Manual (Chapter 2) As at: 26.11.2009 Version 1.7.5 engl. Handbuch Lieferantenmanagement - extern/intern (vertraulich) - Version 1.7 / 1 2 Basic Requirements for Systems, Processes and Methods Contents Publication: Last Doc. Change: Last QMweb Change: Last Portal Change: external/internal 02.09.2009 20.12.2007 n. a. Basic Requirements for Systems, Processes and Methods 2 2.1 ISO TS 16949 2.2 VDA - Volumes issued by the German Association of the Automotive Industry 2.3 MBST - Mercedes-Benz Special Terms 2.4 Certificate Management 2.5 Electronic Data Interchange 2.6 Data Interchange via XML Interface in acc. to VDA 2.8 SIS - Standards Information System 2.9 Legal Text Online 3 Supplier Management Manual Version 1.7.5 MBC/Q Production Credits File and printed copies of this document are not subject to document change control. The valid version of this document is available from your portal administrator via the Daimler Supplier Portal (https://daimler.portal.covisint.com) 2 2 Basic Requirements for Systems, Processes and Methods Contents 1. Ensuring that organizational principles and objectives are met: 2. Ensuring that the MDS milestones are adhered to: 3. Ensuring that the MPS strategy is followed: 4. Ensuring that QM and vehiclespecific methods are employed: 5. Ensuring that communication is consistent with Extended Enterprise®: Supplier Management Manual Version 1.7.5 MBC/Q Publication: Last Doc. Change: Last QMweb Change: Last Portal Change: external/internal 02.09.2009 20.12.2007 n. a. LOI (= Letter of Intent – in exceptional cases only) Development and production contract Purchase conditions and MBST (Mercedes-Benz Special Terms) Standardized inquiry (including latest possible EMPB) Specifications document (component specifications) Standardized inquiry Drawings, CAD data Daimler-Benz delivery specifications, Mercedes-Benz standards Basic samples for interior materials Basic samples for paintwork Milestone plan in accordance with MDS Mercedes-Benz Special Terms Guideline for product realization, ISO TS 16949 Call-off details (delivery dates, quantities, packaging) Logistics Process Analysis (LPA) All applicable VDA volumes must be taken into account Daimler Process Audit SPICE according to ISO 15504 as per HIS (Manufacturer Initiative Software) Production process and product release as per MBST13 Global Supplier News Journal and Supplier Portal Forums and workshops with suppliers Data interchange via XML interface as per VDA File and printed copies of this document are not subject to document change control. The valid version of this document is available from your portal administrator via the Daimler Supplier Portal (https://daimler.portal.covisint.com)

Digital SLR Sensor Cleaning for Beginners August 08

Why does the sensor get dirty? Recognising when the sensor is contaminated. The basic internal parts of a Digital Single Lens Reflex Camera The best strategy to ensure a safe and successful sensor clean. The different sensor cleaning methods available today. When to clean the sensor Cleaning the Mirror and Focussing Screen Hygiene After reading through this material you should have a good knowledge of the inside of your DSLR, know when the sensor is contaminated and how to safely clean it using a method of your choice. The guide is quite long, as the intention is to educate as well as to inform. If you wish to skip any section, please use the chapter links above to move quickly around the article. Why does the sensor get dirty? Ten years ago, when most images were shot on film, dust was not much of a problem for photographers. Since a fresh piece of film was used for each exposure, any dust present on the film only affected that single exposure. Of course dust was a big problem for the photo laboratories that developed and printed film. A good lab would go to extraordinary lengths to prevent dust spots spoiling your prints. With today’s digital cameras, every exposure is made on the same imaging sensor. Hence a spot of dust on that sensor will appear on every image. Because most compact digital cameras have a fixed lens and a well-made case, dust does not often find its way inside the camera and onto the imaging sensor. Although its not unusual for an older compact camera to suffer from the odd spot or two of dust. However a digital single lens reflex camera has a removable lens.

Supplying TPS61200 With a Single Solar Cell - Texas Instruments

This application report explains how to use the TPS61200 in combination with a single solar cell to charge a battery or storage device. A characteristic of solar cells is the internal resistance that can vary from less than 10 Ω up to more than 100 Ω. Therefore, it is important to control the load placed on the solar cell to ensure a reliable start-up of the application. This report describes an application that avoids the solar cell output voltage breaking down and manages the load as the solar cell power changes. The solution provides a reliable start-up of the TPS61200 using solar cells that can deliver at least 3 mA at 0.5 V. Solar Cell Knowledge In general, solar cells can be classified into two types, crystalline silicon solar cells and amorphous silicon solar cells on float glass. Both types have certain benefits in specific applications as a power source. Usually, the crystalline silicon solar cell has better efficiency compared to the amorphous silicon solar cell. On the other hand, the amorphous silicon solar cell is more sensitive to stray light than the crystalline solar cell. This does not totally compensate the lower efficiency but brings both types close together. The amorphous silicon solar cells cost less than crystalline solar cells. The power that can be drawn from a solar cell depends on the physical size and type of the cell – the smaller the solar cell, the less power it can deliver. For some applications, it can be beneficial to use solar cells in series to increase the module output voltage instead of boosting from a single solar cell. For ultralow power applications, this yields better efficiency numbers compared to what is achievable with a single-cell configuration with a nominal output voltage of 0.5 V. When using solar cells, it is important to consider what kind of light source is available. Sunlight delivers much more energy than artificial light. A bulb lamp is better than a fluorescent lamp. Therefore, it is necessary to match the solar cell with the application and the light condition for which it is used . Crystalline silicon solar cells work best if used outside with sunlight. For indoor use, amorphous silicon solar cells are more suitable. This type of solar cells has a different light sensitivity which fits the spectrum of artificial light much better than crystalline solar cells. Prepared for both light conditions is the stacked type of solar cells. It is build of two thin layers of amorphous silicon with a different spectral light sensitivity and stacked on top of each other. This kind of solar cell is working with a much wider spectrum of light than any other type. Therefore it is ideal for hand-held devices which can be used indoor and outdoor.

Phishing Scam Ensnares Almost 2,000 Justice Department Staff

OTTAWA - Many of the Justice Department's finest legal minds are falling prey to a garden-variety Internet scam. An internal survey shows almost 2,000 staff were conned into clicking on a phoney "phishing" link in their email, raising questions about the security of sensitive information. The department launched the mock scam in December as a security exercise, sending emails to 5,000 employees to test their ability to recognize cyber fraud. The emails looked like genuine communications from government or financial institutions, and contained a link to a fake website that was also made to look like the real thing. Across the globe, an estimated 156 million of these so-called "phishing" emails are sent daily, and anyone duped into clicking on the embedded web link risks transferring confidential information — such as online banking passwords — to criminals.

Phishing Scam Ensnares Almost 2,000 Justice Department Staff

OTTAWA - Many of the Justice Department's finest legal minds are falling prey to a garden-variety Internet scam. An internal survey shows almost 2,000 staff were conned into clicking on a phoney "phishing" link in their email, raising questions about the security of sensitive information. The department launched the mock scam in December as a security exercise, sending emails to 5,000 employees to test their ability to recognize cyber fraud. The emails looked like genuine communications from government or financial institutions, and contained a link to a fake website that was also made to look like the real thing. Across the globe, an estimated 156 million of these so-called "phishing" emails are sent daily, and anyone duped into clicking on the embedded web link risks transferring confidential information — such as online banking passwords — to criminals.

Phishing Scam Ensnares Almost 2,000 Justice Department Staff

OTTAWA - Many of the Justice Department's finest legal minds are falling prey to a garden-variety Internet scam. An internal survey shows almost 2,000 staff were conned into clicking on a phoney "phishing" link in their email, raising questions about the security of sensitive information. The department launched the mock scam in December as a security exercise, sending emails to 5,000 employees to test their ability to recognize cyber fraud. The emails looked like genuine communications from government or financial institutions, and contained a link to a fake website that was also made to look like the real thing. Across the globe, an estimated 156 million of these so-called "phishing" emails are sent daily, and anyone duped into clicking on the embedded web link risks transferring confidential information — such as online banking passwords — to criminals. The Justice Department's mock exercise caught 1,850 people clicking on the phoney embedded links, or 37 per cent of everyone w

Series 15710 Rear Terminal ATC Fuse Panel - Cooper Industries

Series 15710 Rear Terminal ATC Fuse Panel Power Distribution The Rear Terminal ATC® Fuse Panel (RTA) is a rear-fed panel with high component retention, which makes it an ideal choice for high vibration environments including construction, agriculture, bus, RV, heavy trucking equipment, etc. It is available in multiple lengths and internal bussing configurations. This allows for up to three separate power input circuits and 32 individual output circuits. Specifications Input Terminal Rating: 1/4-20 stud; Quick-connect terminals provided on middle bus (Series 15713). 200A max total input for unit. Output Terminal Rating: 30A max load per circuit. Temperature Rating: –40°F (–40°C) to 260°F (125°C) Materials: Black thermoplastic. Termination: Delphi Packard Pack-Con® Series 3 & 5.* Input Wire Size: #4-6 AWG Output Wire Size: #10-16 AWG Torque Rating: 50 in-lbs (5.6N m) max. Mounting Torque Rating: #10-32 threaded inserts, 24 in-lbs (2.7N m) max torque. Fuse Panels Options Positions: 8-32 Circuits available. Split Power: Single, dual, or triple bus options Cover: Splash-resistant covers available. Short cover for fuses only, and taller cover for use with circuit breakers Locks: Secondary locks available for securing of output terminals (#15710-TP). (Comes in multiples of 8 positions. Must order multiple strips to cover length of selected RTA.) Tools: Output terminal removal tool (#HT15710-01). Secondary lock removal tool (#HT15710-02). *Electrical Terminals are NOT supplied by Cooper Bussmann. Dimensions - mm(in)

Data Sheet - Farnell
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Specifications Input Terminal Rating: #10-32 Threaded studs (100A max). Output Terminal Rating: 30A Max per circuit. Temperature Rating: –20°F (0°C) to 150°F (65°C). Materials: Black thermoplastic. Termination: .250" x .032" quick-connect terminals. Ground terminal pad option available. Input wire size: #4-6 AWG. Output wire size: #12-16 AWG. Torque Rating: 20 in-lbs (2.25N m) max. Mounting Torque Rating: 8 in-lbs (0.9N m) max. Power Distribution The 15600 ATC® fuse panel is a compact, yet rugged, power distribution module. It is available in a single or dual internal buss electrical configuration featuring an optional ground pad terminal strip. The 15600 fuse panel is surface mounted, uses convenient quick-connect terminals, and is recommended as a supplemental power distribution module. It can be used to accompany main PDMs such as the Cooper Bussmann 31000/32000 Series VEC/DVEC, 15710 Series RTA, and the 1540X Series RFRM. Fuse Panels Options Positions: 4-20 circuits available. Split Power: Single or dual buss options. Dimensions - mm(in) 15600 Series 15602 Series .22" DIA. HOLE WITH .41 x .12 DEEP C'BORE (4X) "L" "L" "C" "C" Series 15600 85.59 (3.37) 26.92 (1.06) 26.92 (1.06") 63.50 (2.50) 15.75 (.62) .250" QC (COPPER ALLOY - TIN PLATED) No. of Fuse 15.75 TYP (.62") 20.32 (.80) 30.98 (1.22) Ground Terminal Base Option (12) .250" QC TERMINALS W/COMMON WIRING STUD, ADD 1.300" TO "L" FOR OVERALL LENGTH 04 06 08 10 12 (15600 -10-20 SHOWN)

How to Maximize ROI on your EHR
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Considering the work pressure created due to healthcare reforms, practices are left with less or no time at all to focus on choosing EHR vendors, mobilize resources or train the internal staff. Many practices across the US have outsourced their EHR requirements to MedicalBillersandCoders.com.

An Abney Associates Fraud Awareness Program: Mock email scam ensnares hundreds of bureaucrats

Mock email scam ensnares hundreds of bureaucrats at Justice Canada OTTAWA – Many of the Justice Department’s finest legal minds are falling prey to a garden-variety Internet scam. An internal survey shows almost 2,000 staff were conned into clicking on a phoney “phishing” link in their email, raising questions about the security of sensitive information.

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