XLi Time and Frequency System
... The Programmable Pulse Output option is a software option that provides a user configurable TTL level pulse output that can be used to supply a precisely synchronized “trigger” pulse at specific times or provide periodic pulse outputs. The rising edge of the trigger output may be programmed with mic ...
... The Programmable Pulse Output option is a software option that provides a user configurable TTL level pulse output that can be used to supply a precisely synchronized “trigger” pulse at specific times or provide periodic pulse outputs. The rising edge of the trigger output may be programmed with mic ...
2015 Electrical System Form (ESF)
... 9. Use internal reference links. For example when describing wiring and mentioning a figure in the text then link it to the figure. 10. Do not just copy all of your datasheets in the appendix, e.g. we do not need to know what you have to do to program your motor controller; we do not need the user’s ...
... 9. Use internal reference links. For example when describing wiring and mentioning a figure in the text then link it to the figure. 10. Do not just copy all of your datasheets in the appendix, e.g. we do not need to know what you have to do to program your motor controller; we do not need the user’s ...
LTC1726 - Triple Supply Monitor and µP
... reset during power-up, power-down and brownout conditions on any one or all of the VCC inputs. Upon power-up, either the VCC5 /VCC25 or VCC3 pin can power the drive circuits for the RST pin. This ensures that RST will be low when either VCC5/VCC25 or VCC3 reaches 1V. As long as any one of the VCC in ...
... reset during power-up, power-down and brownout conditions on any one or all of the VCC inputs. Upon power-up, either the VCC5 /VCC25 or VCC3 pin can power the drive circuits for the RST pin. This ensures that RST will be low when either VCC5/VCC25 or VCC3 reaches 1V. As long as any one of the VCC in ...
Info solenoids TECHNICAL EXPLANATION PROPORTIONAL
... The technical explanation aims to clarify and define the expressions regarding proportional solenoids which are found in the solenoid or vlave data sheets. Expressions occurring in the solenoid or valve data sheets which are not contained in this explanation may be found in the explanation for switc ...
... The technical explanation aims to clarify and define the expressions regarding proportional solenoids which are found in the solenoid or vlave data sheets. Expressions occurring in the solenoid or valve data sheets which are not contained in this explanation may be found in the explanation for switc ...
A2 Capacitors - Animated Science
... Describe the procedure the student should follow, including the measurements he should make, when using this arrangement. Explain how he should use the measurements taken to calculate the acceleration of the cylinder down the slope. The quality of your written communication will be assessed in this ...
... Describe the procedure the student should follow, including the measurements he should make, when using this arrangement. Explain how he should use the measurements taken to calculate the acceleration of the cylinder down the slope. The quality of your written communication will be assessed in this ...
EE 1403743
... Low frequency oscillations, high torque pulsation are a major disadvantage of three phase permanent-magnet motor configurations. Choosing the proper number of stator slots and winding distribution as well as increasing number of phases are among the possible solutions for reducing torque pulsation. ...
... Low frequency oscillations, high torque pulsation are a major disadvantage of three phase permanent-magnet motor configurations. Choosing the proper number of stator slots and winding distribution as well as increasing number of phases are among the possible solutions for reducing torque pulsation. ...
Partlow ARC 4100 Manual
... 4. If Event Pen option is present, connect the 115VAC power through the EC1 conduit opening as shown in Figure 2-1 (page 9) and as labeled in Figure 2-3A (page 12). Note: regardless of which line voltage supply used for instrument supply, event pen operating voltage is 115 VAC only. The event pen ma ...
... 4. If Event Pen option is present, connect the 115VAC power through the EC1 conduit opening as shown in Figure 2-1 (page 9) and as labeled in Figure 2-3A (page 12). Note: regardless of which line voltage supply used for instrument supply, event pen operating voltage is 115 VAC only. The event pen ma ...
LHC Project Report 151 - Electrodynamics of Superconducting
... located in the high field area. The contact resistance between the strands is assumed to be infinitely large. IC is taken at the criterium UC =10-14 :m. Rcab denotes the average connection resistance on both sides of the cable. The average strand connection resistance Rconn,av is therefore 2RcabNs. ...
... located in the high field area. The contact resistance between the strands is assumed to be infinitely large. IC is taken at the criterium UC =10-14 :m. Rcab denotes the average connection resistance on both sides of the cable. The average strand connection resistance Rconn,av is therefore 2RcabNs. ...
O A RIGINAL RTICLES
... the average current supplied to the common terminal to depend on the number of active LEDs on the digit displayed. The balancing of the supplied current with the current demand in the active LEDs results in the common terminal voltage remaining the same meaning that current in the LED not to depend ...
... the average current supplied to the common terminal to depend on the number of active LEDs on the digit displayed. The balancing of the supplied current with the current demand in the active LEDs results in the common terminal voltage remaining the same meaning that current in the LED not to depend ...
BBC Bracket Instructions2
... Tighten nut with impact wrench until lock washer is completely closed and nut is tight. ...
... Tighten nut with impact wrench until lock washer is completely closed and nut is tight. ...
IF 1629 Revision 1
... Perform visual, electrical, and mechanical inspections on a regular basis. The environment and frequency of use should determine this. However, it is recommended that checks be made at least once a year. We recommend an Electrical Preventive Maintenance Program as described in the National Fire Prot ...
... Perform visual, electrical, and mechanical inspections on a regular basis. The environment and frequency of use should determine this. However, it is recommended that checks be made at least once a year. We recommend an Electrical Preventive Maintenance Program as described in the National Fire Prot ...
1045 Digital Calibrator/Signal Indicator
... possible to measure an unknown resistance. Measuring an unknown resistance with the Model 1045 involves driving a known current through the unknown resistance and measuring the voltage generated across the resistance. The unknown resistance can then be calculated using the formula R = V/I. To minimi ...
... possible to measure an unknown resistance. Measuring an unknown resistance with the Model 1045 involves driving a known current through the unknown resistance and measuring the voltage generated across the resistance. The unknown resistance can then be calculated using the formula R = V/I. To minimi ...
1. study of pattern generator and its use
... 5. Brightness control : This control adjusts the illumination or brilliance on the screen by varying the DC bias of the grid cathode circuit of the picture tube. The brightness control and the contrast controls are adjusted together to get a well defined clear picture on the screen. 6. Contrast Cont ...
... 5. Brightness control : This control adjusts the illumination or brilliance on the screen by varying the DC bias of the grid cathode circuit of the picture tube. The brightness control and the contrast controls are adjusted together to get a well defined clear picture on the screen. 6. Contrast Cont ...
IF 1685 Revision 1
... Before opening, electrical power to the floodlight must be turned off. Keep tightly closed when in operation. Make sure the supply voltage is within the floodlight voltage range stated on the nameplate. Do not operate in ambient temperatures above those indicated on the floodlight nameplate. Use onl ...
... Before opening, electrical power to the floodlight must be turned off. Keep tightly closed when in operation. Make sure the supply voltage is within the floodlight voltage range stated on the nameplate. Do not operate in ambient temperatures above those indicated on the floodlight nameplate. Use onl ...
1680 App Note 314 - Four Point Probes
... eliminate the effects of these background currents. This test will measure surface or volume resistivity or resistance, as selected in the CONFIGURE RESISTANCE menu. Figures 1 and 3 show the test circuits for the respective measurements, and Figure 4 shows the connections to the Model 8009. Refer to ...
... eliminate the effects of these background currents. This test will measure surface or volume resistivity or resistance, as selected in the CONFIGURE RESISTANCE menu. Figures 1 and 3 show the test circuits for the respective measurements, and Figure 4 shows the connections to the Model 8009. Refer to ...
AC Termination for Signal Busses
... resulting in power loss. An alternative is AC termination shown in Figure 1. Essentially, the resistor provides the impedance match needed to minimize reflections at the load. The capacitor’s function is to block the DC average current thus alleviating problems dealing with power consumption. Obviou ...
... resulting in power loss. An alternative is AC termination shown in Figure 1. Essentially, the resistor provides the impedance match needed to minimize reflections at the load. The capacitor’s function is to block the DC average current thus alleviating problems dealing with power consumption. Obviou ...
Buck converter
A buck converter is a voltage step down and current step up converter.The simplest way to reduce the voltage of a DC supply is to use a linear regulator (such as a 7805), but linear regulators waste energy as they operate by dissipating excess power as heat. Buck converters, on the other hand, can be remarkably efficient (95% or higher for integrated circuits), making them useful for tasks such as converting the main voltage in a computer (12V in a desktop, 12-24V in a laptop) down to the 0.8-1.8V needed by the processor.