'4 volts' presentation slideshows

1k views • 81 slides

General Licensing Class

General Licensing Class. Electrical Principles. Lake Area Radio Klub Spring 2012. Amateur Radio General Class Element 3 Course Presentation. ELEMENT 3 SUB-ELEMENTS (Groupings) 1 - Your Passing CSCE 2 - Your New General Bands 3 - FCC Rules 4 - Be a VE 5 - Voice Operations 6 - CW Lives

711 views • 58 slides

Intermediate 1 Physics

Intermediate 1 Physics. Practical Electricity. Questions and Answers. Intermediate 1 Physics. Practical Electricity. Questions 1 to 10. Questions 11 to 20. Questions 21 to 30. Questions 31 to 40. Questions 41 to 46. M. V. voltmeter =.

676 views • 58 slides

EEE502 Embedded Systems

Lecture 5: Embedded C using PIC microcontrollers Simple I/O and XC8 Teaching resources are at www.eej.ulst.ac.uk My office 5B18, telephone 028 90 366364 My email IJ.McCrum@ulster.ac.uk. EEE502 Embedded Systems. Microchip Inc. Ranked number 4 (after Renesas , Freescale and Atmel)

548 views • 40 slides

07 - Transformers

07 - Transformers. The intent of this presentation is to present enough information to provide the reader with a fundamental knowledge of transformers used within Michelin and to better understand basic system and equipment operations. 07 - Transformers. Single Phase Transformers

516 views • 19 slides

Lab 4: D/A Converter

Lab 4: D/A Converter. Lab 4: D/A Converter. 1000. 1000 ohms. This is a simple resistive network for a D/A converter Port 1, Port 0 are digital inputs ==> 00 (m inimum), 01, 10, 11 (maximum) You need to design the resistive network to generate proper outputs.

346 views • 14 slides

Lab 4: D/A Converter

Lab 4: D/A Converter. Lab 4: D/A Converter. 1000. 1000 ohms. This is a simple resistive network for a D/A converter Port 1, Port 0 are digital inputs ==> 00 (m inimum), 01, 10, 11 (maximum) You need to design the resistive network to generate proper outputs.

310 views • 14 slides

Lab 4: D/A Converter

Lab 4: D/A Converter. Lab 4: D/A Converter. 1000. 1000 ohms. This is a simple resistive network for a D/A converter Port 1, Port 0 are digital inputs ==> 00 (m inimum), 01, 10, 11 (maximum) You need to design the resistive network to generate proper outputs.

144 views • 14 slides

Lab 4: D/A Converter

Lab 4: D/A Converter. Lab 4: D/A Converter. 1000. 1000 ohms. This is a simple resistive network for a D/A converter Port 1, Port 0 are digital inputs ==> 00 (m inimum), 01, 10, 11 (maximum) You need to design the resistive network to generate proper outputs.

149 views • 14 slides