TSC2046 数据资料 dataSheet 下载
... temperature measurement, and for using the auxiliary input. Optimal touch screen performance is achieved when using the differential mode. The internal reference voltage of the TSC2046 must be commanded to be off to maintain compatibility with the ADS7843. Therefore, after power-up, a write of PD1 = ...
... temperature measurement, and for using the auxiliary input. Optimal touch screen performance is achieved when using the differential mode. The internal reference voltage of the TSC2046 must be commanded to be off to maintain compatibility with the ADS7843. Therefore, after power-up, a write of PD1 = ...
MV Switchgear 15kVMetal-Enclosed Outdoor
... B. Speed of opening and closing of the switch shall be independent of the operator. The switch blades cannot be teased to any intermediate positions. C. Provide separate main and spring loaded make and break arcing contacts. D. Arc interruption shall take place only in the arc chutes which release d ...
... B. Speed of opening and closing of the switch shall be independent of the operator. The switch blades cannot be teased to any intermediate positions. C. Provide separate main and spring loaded make and break arcing contacts. D. Arc interruption shall take place only in the arc chutes which release d ...
MT2E Cable Actuated Sensor est Applications • Incremental Encoder T
... Measurement Specialties, TE Connectivity, TE Connectivity (logo) and EVERY CONNECTION COUNTS are trademarks. All other logos, products and/or company names referred to herein might be trademarks of their respective owners. The information given herein, including drawings, illustrations and schematic ...
... Measurement Specialties, TE Connectivity, TE Connectivity (logo) and EVERY CONNECTION COUNTS are trademarks. All other logos, products and/or company names referred to herein might be trademarks of their respective owners. The information given herein, including drawings, illustrations and schematic ...
ISL8117EVAL1Z User Guide
... power components are the most critical from a layout point of view because they switch a large amount of energy, which tends to generate a large amount of noise. The critical small signal components are those connected to sensitive nodes or those supplying critical bias currents. A multilayer printe ...
... power components are the most critical from a layout point of view because they switch a large amount of energy, which tends to generate a large amount of noise. The critical small signal components are those connected to sensitive nodes or those supplying critical bias currents. A multilayer printe ...
Four-Quadrant Thyristor DC Drive
... 4. Permanent magnet synchronous servo drive with field-oriented control by DSP ........................ 21 1. The aim of the measurement ............................................................................................... 21 2. The modern motor control DSP ................................ ...
... 4. Permanent magnet synchronous servo drive with field-oriented control by DSP ........................ 21 1. The aim of the measurement ............................................................................................... 21 2. The modern motor control DSP ................................ ...
GAT Access 6500 Access Control Terminal
... contact) and NO (maker contact) of each relay are on the same screw terminal. To determine which contact is used set jumpers Jx below the cover of the mounting frame. The default setting is NO. Optocoupler inputs Inputs for status acquisition. For using the input a supply voltage must be applied. Th ...
... contact) and NO (maker contact) of each relay are on the same screw terminal. To determine which contact is used set jumpers Jx below the cover of the mounting frame. The default setting is NO. Optocoupler inputs Inputs for status acquisition. For using the input a supply voltage must be applied. Th ...
Inductive and Capacitive Reactance
... changing at its greatest rate. The charge on a capacitor varies directly with the voltage, and therefore the charge on the capacitor is also changing at its greatest rate at the beginning of the first quarter-cycle. In other words, the greatest number of electrons are moving off one plate and onto t ...
... changing at its greatest rate. The charge on a capacitor varies directly with the voltage, and therefore the charge on the capacitor is also changing at its greatest rate at the beginning of the first quarter-cycle. In other words, the greatest number of electrons are moving off one plate and onto t ...
The LM1881 Video sync separator extracts timing
... individual lines within the vertical blanking period (or anywhere in the active scan line period) can easily be extracted by counting the required number of transitions in the composite sync waveform following the start of the vertical output pulse. The vertical blanking interval is proving popular ...
... individual lines within the vertical blanking period (or anywhere in the active scan line period) can easily be extracted by counting the required number of transitions in the composite sync waveform following the start of the vertical output pulse. The vertical blanking interval is proving popular ...
Wireless Inductive Charging for Low Power Devices
... ready for use by an electrical load. Depending on the working principle wireless charging can be categorised as shown in the figure 2 above, namely near-field transfers and the far-field transfers. The main difference between the two is the frequency range and transfer distance. When the resonant freq ...
... ready for use by an electrical load. Depending on the working principle wireless charging can be categorised as shown in the figure 2 above, namely near-field transfers and the far-field transfers. The main difference between the two is the frequency range and transfer distance. When the resonant freq ...
sinamics v20
... solution for these types of applications. SINAMICS V20 sets itself apart with its quick commissioning times, ease of operation, robustness and cost efficiency. ...
... solution for these types of applications. SINAMICS V20 sets itself apart with its quick commissioning times, ease of operation, robustness and cost efficiency. ...
sinamics v20
... solution for these types of applications. SINAMICS V20 sets itself apart with its quick commissioning times, ease of operation, robustness and cost efficiency. ...
... solution for these types of applications. SINAMICS V20 sets itself apart with its quick commissioning times, ease of operation, robustness and cost efficiency. ...
Optical Communications Laboratory
... scope because when the current increases during an "on" period, it actually drops the voltage at point A. Do you notice anything unusual about the diode rise times compared to those of the B&K signal? If so, explain this difference in terms of how a transistor turns on. (c) Look at the falling edge ...
... scope because when the current increases during an "on" period, it actually drops the voltage at point A. Do you notice anything unusual about the diode rise times compared to those of the B&K signal? If so, explain this difference in terms of how a transistor turns on. (c) Look at the falling edge ...
A Fast Concurrent Power-Thermal Model for Sub-100nm
... SPICE simulations for four stacks of nMOS transistors ...
... SPICE simulations for four stacks of nMOS transistors ...
SiPM_Signal_Shaping_Oct28_2009
... rate was about 13% / decade – I’m not sure what overvoltage was used (my speculation is about 1-1.5V) – The point is that with increased overvoltage the fraction of the charge, available in the first 10-100ns should increase dramatically (the intrinsic time constant of a Zecotec MAPD is around 1ns f ...
... rate was about 13% / decade – I’m not sure what overvoltage was used (my speculation is about 1-1.5V) – The point is that with increased overvoltage the fraction of the charge, available in the first 10-100ns should increase dramatically (the intrinsic time constant of a Zecotec MAPD is around 1ns f ...
Signal Integrity for Vacuum Processing Systems
... magnetic shielding. To ensure that the currents can flow easily over all joints, weld joints in enclosures for high frequencies and equipment sensitive to magnetic interference. Any holes in the enclosure must be either small or be made in such a way to take into account the presence of the currents ...
... magnetic shielding. To ensure that the currents can flow easily over all joints, weld joints in enclosures for high frequencies and equipment sensitive to magnetic interference. Any holes in the enclosure must be either small or be made in such a way to take into account the presence of the currents ...
IOSR Journal of Electrical and Electronics Engineering (IOSR-JEEE)
... is that the power flow through the line is enhanced and the voltage profile of the system is also improved [10], [11]. A TCSC is a series FACT controller which provides series compensation in the transmission line in which it is installed by modifying the value of line reactance, the advantage of us ...
... is that the power flow through the line is enhanced and the voltage profile of the system is also improved [10], [11]. A TCSC is a series FACT controller which provides series compensation in the transmission line in which it is installed by modifying the value of line reactance, the advantage of us ...
Section 26 05 05 High Voltage Cables
... Termination cable kit shall match conductor insulation diameter for 500 kCM or 4/0 conductors. ...
... Termination cable kit shall match conductor insulation diameter for 500 kCM or 4/0 conductors. ...
Technical Report: Overview of a Wireless Local Area
... (parallel) resonance up to the highest operating frequency.” The value of the capacitance is not specified in this case, but 100 pF seems to be a very Figure 2. Amplifier Schematic common value for this type of application. With some from MiniCircuits RF searching, capacitors can be found that have ...
... (parallel) resonance up to the highest operating frequency.” The value of the capacitance is not specified in this case, but 100 pF seems to be a very Figure 2. Amplifier Schematic common value for this type of application. With some from MiniCircuits RF searching, capacitors can be found that have ...
DW33741745
... flows towards grid, which can be noticed from the increased magnitude of grid current as indicated by its profile. At t = 0.92 s the power available from RES is reduced. The corresponding change in the inverter and grid currents can be seen from Fig. 4. The active and reactive power flows between the i ...
... flows towards grid, which can be noticed from the increased magnitude of grid current as indicated by its profile. At t = 0.92 s the power available from RES is reduced. The corresponding change in the inverter and grid currents can be seen from Fig. 4. The active and reactive power flows between the i ...
PT1000C PSU/Charger
... The PT1000C is a dual-mode charger. This means that the battery is charged in two phases. When the AC power returns after the battery has been on load, and requires recharging, the charger will enter into “bulk” mode charging. In this mode the battery will be charged with a constant current until th ...
... The PT1000C is a dual-mode charger. This means that the battery is charged in two phases. When the AC power returns after the battery has been on load, and requires recharging, the charger will enter into “bulk” mode charging. In this mode the battery will be charged with a constant current until th ...
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.