CODEC Printed Circuit Board Layout Considerations
... Because of the wide dynamic range and the typical environment in which the CODEC is used, PC board layout is very important. It is important with any mixed-signal device but CODECs are often in very “noisy” environments with many digital, and radio frequency (RF) signals, running about the board. So ...
... Because of the wide dynamic range and the typical environment in which the CODEC is used, PC board layout is very important. It is important with any mixed-signal device but CODECs are often in very “noisy” environments with many digital, and radio frequency (RF) signals, running about the board. So ...
DC575 - LTC2410CGN Evaluation Kit Quick Start Guide
... also be used at the “high side.” To do this, tie the IN+ turret to VCC and connect the resistor from INto ground. Thus, the current of a circuit can be monitored with minimal impact on supply voltage and without breaking any ground connections. ...
... also be used at the “high side.” To do this, tie the IN+ turret to VCC and connect the resistor from INto ground. Thus, the current of a circuit can be monitored with minimal impact on supply voltage and without breaking any ground connections. ...
PCB Layout Tips
... Termination • Source termination doesn’t work for lines that drive multiple loads, so parallel termination at the last load is used. • Ideally, Rpu || Rpd would equal the characteristic impedance of the transmission line, but most drivers can’t source that much current. ...
... Termination • Source termination doesn’t work for lines that drive multiple loads, so parallel termination at the last load is used. • Ideally, Rpu || Rpd would equal the characteristic impedance of the transmission line, but most drivers can’t source that much current. ...
PCB Layout Tips
... Termination • Source termination doesn’t work for lines that drive multiple loads, so parallel termination at the last load is used. • Ideally, Rpu || Rpd would equal the characteristic impedance of the transmission line, but most drivers can’t source that much current. ...
... Termination • Source termination doesn’t work for lines that drive multiple loads, so parallel termination at the last load is used. • Ideally, Rpu || Rpd would equal the characteristic impedance of the transmission line, but most drivers can’t source that much current. ...
Introduction to Photovoltaics Powerpoint
... Voltage – how hard they’re pushed Power – what they can accomplish Circuit – where they can go Series Circuit – one pathway only Parallel Circuit – so many choices! ...
... Voltage – how hard they’re pushed Power – what they can accomplish Circuit – where they can go Series Circuit – one pathway only Parallel Circuit – so many choices! ...
CMS EMU CSC policy on Grounding, Shielding and Power
... transmitter side), the parasitic capacitance between shield and twisted pair wires creates the ground loop for AC current. The signals coming from one point of detector to another (not to control room) can be transmitted electrically as described above. Power distribution. This section is based most ...
... transmitter side), the parasitic capacitance between shield and twisted pair wires creates the ground loop for AC current. The signals coming from one point of detector to another (not to control room) can be transmitted electrically as described above. Power distribution. This section is based most ...
snix quik-snix super snix
... 5.03 The QUIK-SNIX is made up of two components: the base unit (P30145) and the add-on module (P30146). They are similar to regular SNIX except that they offered with two modular RJ11 6-position telephone line jacks on each unit. One jack is designated as “Line” and the other as “Eqpt.” The “Eqpt” s ...
... 5.03 The QUIK-SNIX is made up of two components: the base unit (P30145) and the add-on module (P30146). They are similar to regular SNIX except that they offered with two modular RJ11 6-position telephone line jacks on each unit. One jack is designated as “Line” and the other as “Eqpt.” The “Eqpt” s ...
Tool Box Talk Electrical Safety
... operating at 50 volts or more. The primary hazards associated with contact with live circuits include shock, electrocutions, indirect injuries associated with falls or other contact hazards resulting from involuntary muscle reactions. Most electrical circuits used in everyday construction applicatio ...
... operating at 50 volts or more. The primary hazards associated with contact with live circuits include shock, electrocutions, indirect injuries associated with falls or other contact hazards resulting from involuntary muscle reactions. Most electrical circuits used in everyday construction applicatio ...
Electricity: The flow of electrons through a conductor Electronics
... part of... » A reference point from which to measure Voltage » The earth is idealized as an infinite heat-sink for current. It can aborb an unlimited amount without changing its potential... ...
... part of... » A reference point from which to measure Voltage » The earth is idealized as an infinite heat-sink for current. It can aborb an unlimited amount without changing its potential... ...
Electric Groundsb
... Equipment ground. This is a permanent and continuous bonding together (i.e., connecting together) of all non current-carrying metal parts of equipment enclosures— conduit, boxes, cabinets, housings, frames of motors, and lighting fixtures—and connection of this interconnected system of enclosures to ...
... Equipment ground. This is a permanent and continuous bonding together (i.e., connecting together) of all non current-carrying metal parts of equipment enclosures— conduit, boxes, cabinets, housings, frames of motors, and lighting fixtures—and connection of this interconnected system of enclosures to ...
