Entries Tagged 'oscilloscopes' ↓

Is there a site where I can purchase this database? Im trying to build a website and would like to link this database to it. everything from oscilloscopes to multimeters from companies such as tektronix and hp.

that is a good idea; but to my knowledge must manufacturers offer a free DVD with a full catalog of their products perhaps asking for their free DVD is a good starting point but remember you may have to pay them for a license since you are going to make a Business with it!!

David Burton
*** ******* **** *********** ** *****
(***) ***-**** My Email Address
Objective
To gain a dynamic and challenging role in the area of electronics, electrical, electro-mechanical, and communication engineering that will offer me the best opportunity for further development of my abilities, skills and knowledge in an established firm with long term career growth possibilities.

Summary of Qualifications
• Superior knowledge of and expert-level hands on skills in electronic circuit design in both computer-aided simulation, real physical components implementation, and modern wireless communications
• Above average skills in modern digital communications systems, including digital signal processing, formatting, and modulation.
• Basic knowledge and entry-level hands-on skills in Linux, and communications cabling
• Ability to analyze analog and transform circuits, utilizing such techniques as differential equations, transfer functions, and computer-aided circuit simulation programs.
Relevant Experience

Encompass Service Solutions Lawrenceville, Georgia
Electro-Mechanical Technician 2010
• Test performance of electromechanical assemblies, using test instruments such as oscilloscopes, electronic voltmeters, and bridges.
• Read blueprints, schematics, diagrams, and technical orders to determine methods and sequences of assembly.
• Install electrical and electronic parts and hardware in housings or assemblies, using soldering equipment and hand tools.
• Align, fit, and assemble component parts, using hand tools, power tools, fixtures, templates, and microscopes.
• Analyze and record test results, and prepare written testing documentation. Inspect parts for surface defects.
• Verify dimensions and clearances of parts to ensure conformance to specifications, using precision measuring instruments.
• Repair and test GPS units: Garmin, Magellan, Mio, Motorola, Navigon, Nextar, Panasonic, Pioneer, Samsung, Sony, TeleType, and Tomtom.

Fix your pc’s Fayetteville, Georgia
Senior Technician 2010
• Working knowledge of TCP / IP internetworking / WAN data communications.
• Demonstrated ability to learn new techniques, perform multiple tasks simultaneously, keep accurate records, follow instructions, and comply with company policies.
• Managed ten Junior Technicians, Proven ability to work independently and as part of a team, self-motivation, adaptability, and a positive attitude.

David Burton Page 2

Dixieland Funpark Fayetteville, Georgia
Arcade Technician 2010
• Solder and re-wire games and televisions.
• Conduct tests to determine whether equipment, software, or procedures are operating as expected.
• Perform routine maintenance and diagnose equipment malfunction to determine when and what kind of maintenance is needed.
• Install, move, and modify arcade games and related equipment.
• Maintain and report accurate records of hours and materials used.

U.S. Army Peachtree City, Georgia
Computer Detection system Technician 2008
• Assisted in maintaining computer systems; installs and supports software/hardware applications and peripheral equipment.
• Troubleshoot and resolved computer operating, software/hardware problems and provide technical support as requested.
• Provided information to staff and users, and prepare and maintain documentation for processes, policies and procedures related to computer systems and operations.
• Repaired staff and users computers and software/hardware.

Dunkin Donuts Fayetteville, Georgia
Shift Manager 2007-2008
• Responsible for the business performance for Dunkin Donuts.
• Prepared reports at the end of the shift, including staff control, food control and sales.
• Managed staff and providing them with feedback.
• Maintained high standards of quality control, hygiene and safety

Crown Security Fayetteville, Georgia
Security Installation Technician 2005-2007
• Installed security systems, home theaters, data lines, phone lines, and ran cables for multiple level houses.
• Repaired cable system, defective lines, and auxiliary equipment.
• Feed/pull lines through ducts by hand or use of winch.
• Cleaned and maintained tools and test equipment.

Known computer programming skills
• Known Office Package: Microsoft Word, Microsoft Excel, Microsoft Access, Microsoft PowerPoint, Microsoft Outlook Express
• Known Operating Systems: Windows9X, Windows2000, Windows ME, Windows XP, Windows Vista, Linux, Unix, MS DOS

David Burton Page 3

Education
Fix your PC’S Atlanta, Georgia
Certificate of Completion 2010
Sales Communication level one

ITT Technical Institute Atlanta, Georgia
Associates of Computer Electronic Engineering Technology 2008-2010
Academic Deans List Award Recipient

ITT Technical Institute Atlanta, Georgia
Bachelor’s of Commun

hi I’m a Python newbie trying to write a datalogger to acquire data from a laboratory meter using RS232. Hardware: Samsung N100 laptop. Maplin’s USB-Serial converter dongle. TSI 4100 series laboratory flow meter Software: Windows XP. Python 2.5 & IDLE interface. HDD Free Serial Port Monitor 3.31. Hyperterminal Private Edition v5.0 (Drivers for USB dongle installed, Windows firewall exception made for COM1). RS232 Port Settings: Baud rate:38400, data bits:8, Parity:None, stop bits:1, Flow control: None The meter requires me to send a command code before it returns data to me (both in ASCII format). in its simplest form, sending the test command "?<CR>" (= 0x3F 0x0D) should return the message "OK<CR>" (= 0x4F 0x4B 0x0D). this works fine via Hyperterminal. The USB adaptor is correctly identified as ‘COM1′, and I can verify that the correct data is sent or received by: 1) seeing a "data transfer" indicator flash on the meter 2) seeing the ASCII & HEX codes for the sent and received data displayed the serial port monitor software 3) using an oscilloscope on the serial port leads and analysing the pulses. However when I try to do the same in Python using the following code, the code executes fine and indicates that COM1 has been used, but no actual data transfer occurs: the monitor’s indicator doesn’t flash, and although the serial port monitor registers that the connection has been opened and then closed by Python, no data is sent or received. I’ve checked the documentation and examples on the pySerial website and relevant postings on the forum, but I’m stuck. I’m sure I must have made a dumb mistake somewhere in my code, but can’t find it, and would be very grateful for your help. also as a Python newbie, any general hints on how to write my code neater and more compactly would be appreciated. many thanks in anticipation Dave Python output is: >>> Enter name: dave hi dave, opening port COM1 [] done! >>> Code follows:

Tyke Company announced a few days ago, would introduce a new mere sampling oscilloscope module used in Tyke digital serial analysis meter series DSA8200, this module is offered the leading optical sensitivity, noise and dynamic range characteristic in the industry, used in 16GFC fiber channel and 14GB/s FDR Infiniband communication canonial detection and verification testing.

Fiber channel and Infiniband high the intersection of bandwidth and application and apparatus in standard ‘ If the high-performance supercomputer trunking, large database, hub interconnection of the data and moving and solid condition hard disk or memory array and the one that make. This new 80C14 module is the most high test solution of characteristic in the industry used for 8.5-14.063 Gb/s conformance verification.

” Bring light standard on introduce these newly than before have getting characteristic and the getting lower one more more more standard several generation, stimulate market demand, held most the producer of listing time has brought the business opportunity fasted ” ,High-performance ondoscope general manager Brian Reich of Tyke shows, ” with the new 80C14 light module, we have provided their required overall test function while putting out on the basis of the new standardized product for equipment supplier rapidly. ”

it is the newest members of DSA8200 platform that 80C14 only samples the module, it supports monomode and multimode optical fiber at the same time, RMS noise performance is 3 uW, the dynamic range is 19 dB, optical sensitivity Damien – 14 dBm, offers the leading signal completeness characteristic in the industry, can increase template excess, contribute to improving the productive rate. This new module includes according with ITU and T11 canonial mere reference receiver, assessment and detection used for newest complete 16GFC and 14 GB FDR Infiniband passway.

Optic fibre assembly and global technological leader Finisar Company of the subsystem field have demonstrated recently that in the industry and first that can pass four pieces of flowrate passway with 56 Gb/s speed each passway 14 Gb/s Transmit the machine format FDR Infiniband active optical cable. Finisar has used Tyke DSA8200 platform in verification testing of the characteristic.

” New the intersection of fiber channel and canonial issue meet high performance calculation and the intersection of large database and applied bandwidth and periodic line, take an important step from the intersection of requirement and ” ,Finisar product line manage a director Tony Pearson, show, ” Rely on high signal completeness, wide dynamic range and support to new-standard the most, Tyke DSA8200 platform help Finisar take the lead in, introduce satisfiable most advanced the intersection of network and 16GFC SFP of requirement at market and the intersection of QSFP and the intersection of transceiver and course act first an important role. ”

Time of stock

This new module accepts from March 7, 2011 and orders.