NCL30060 - ON Semiconductor
... LED Drivers. It employs a constant on−time control method to ensure near unity power factor across a wide range of input voltages and output power. It can be used for isolated flyback as well as buck topologies. The device offers a suite of robust protection features to ensure safe operation under a ...
... LED Drivers. It employs a constant on−time control method to ensure near unity power factor across a wide range of input voltages and output power. It can be used for isolated flyback as well as buck topologies. The device offers a suite of robust protection features to ensure safe operation under a ...
Title A 60 GHz 25% tuning range frequency generator with implicit
... Rp1 . Barkhausen’s phase and gain criteria should be satisfied for a stable oscillation. Analysis and simulations reveal that the open-loop phase response ]Vs /Vin =0◦ at ω=ωosc , while ]Vs /Vin =−180◦ at ω=3ωosc . Hence, the phase criterion can be satisfied only at the first resonant frequency (∼20 ...
... Rp1 . Barkhausen’s phase and gain criteria should be satisfied for a stable oscillation. Analysis and simulations reveal that the open-loop phase response ]Vs /Vin =0◦ at ω=ωosc , while ]Vs /Vin =−180◦ at ω=3ωosc . Hence, the phase criterion can be satisfied only at the first resonant frequency (∼20 ...
Electromagnetic Induction 1 Introduction 2 Theory
... one of the coils from the box to the power amplifier. Lay the wired coil on top of the circuit board coil in a coaxial fashion. Click Start and observe the power amplifier voltage and the induced voltage on the 2 scope traces. How are the 2 scope traces related? What happens if you reverse the two l ...
... one of the coils from the box to the power amplifier. Lay the wired coil on top of the circuit board coil in a coaxial fashion. Click Start and observe the power amplifier voltage and the induced voltage on the 2 scope traces. How are the 2 scope traces related? What happens if you reverse the two l ...
Electrical Probes
... The Volt Check™ integrates many functions required for installations and trouble-shooting into one heavy-duty tool. This Smart Meter easily adjusts to the required application without the need to adjust any dials. The integrated Circuit Alert™ technology for non-contact AC voltage detection uses the ...
... The Volt Check™ integrates many functions required for installations and trouble-shooting into one heavy-duty tool. This Smart Meter easily adjusts to the required application without the need to adjust any dials. The integrated Circuit Alert™ technology for non-contact AC voltage detection uses the ...
MAX14920/MAX14921 High-Accuracy 12-/16-Cell Measurement AFEs EVALUATION KIT AVAILABLE General Description
... allowing accurate state-of-charge and source-resistance determination. All cell voltages are level shifted to ground reference with unity gain, simplifying external ADC data conversion. The devices have a low-noise, low-offset amplifier that buffers differential voltages of up to +5V, allowing monit ...
... allowing accurate state-of-charge and source-resistance determination. All cell voltages are level shifted to ground reference with unity gain, simplifying external ADC data conversion. The devices have a low-noise, low-offset amplifier that buffers differential voltages of up to +5V, allowing monit ...
MAX1584/MAX1585 5-Channel Slim DSC Power Supplies General Description Features
... step-up starting at about 0.9V until PVSU reaches approximately 2.5V. When PVSU reaches 2.5V, the main control circuitry takes over. Once the step-up is up and running, it can maintain operation with very low input voltages; however, output current is limited. Note 3: Since the device is powered fro ...
... step-up starting at about 0.9V until PVSU reaches approximately 2.5V. When PVSU reaches 2.5V, the main control circuitry takes over. Once the step-up is up and running, it can maintain operation with very low input voltages; however, output current is limited. Note 3: Since the device is powered fro ...
LT3012 - 250mA, 4V to 80V Low Dropout
... logic with a pull-up resistor. The pull-up resistor is only required to supply the pull-up current of the open-collector gate, normally several microamperes. If unused, the SHDN pin must be tied to a logic high or to VIN. IN (Pins 10, 11)/(Pins 13,14): Input. Power is supplied to the device through ...
... logic with a pull-up resistor. The pull-up resistor is only required to supply the pull-up current of the open-collector gate, normally several microamperes. If unused, the SHDN pin must be tied to a logic high or to VIN. IN (Pins 10, 11)/(Pins 13,14): Input. Power is supplied to the device through ...
Amphenol Alden
... Amphenol is the world’s leading interconnect technology company with more than 80 business units around the globe. Amphenol Alden, an operating unit of Amphenol, was founded in 1929 as Alden Products Company and has a strong legacy in High Voltage products and services. With factories in China, Mexi ...
... Amphenol is the world’s leading interconnect technology company with more than 80 business units around the globe. Amphenol Alden, an operating unit of Amphenol, was founded in 1929 as Alden Products Company and has a strong legacy in High Voltage products and services. With factories in China, Mexi ...
Weak Inversion Performance of CMOS and DCVSPG Logic Families
... this value is expected to rise and saturate according to the ITRS 2004 report [1]. Power density is a more important concern for high performance microprocessor design because of the large number of transistors on a single die and the increasing clock frequencies. The power density limit of a proces ...
... this value is expected to rise and saturate according to the ITRS 2004 report [1]. Power density is a more important concern for high performance microprocessor design because of the large number of transistors on a single die and the increasing clock frequencies. The power density limit of a proces ...
LTC1569-7 - Linear Phase, DC Accurate, Tunable 10th Order Lowpass Filter
... Furthermore, its root raised cosine response offers the optimum pulse shaping for PAM data communications. The filter attenuation is 57dB at 1.5 • fCUTOFF, 60dB at 2 • fCUTOFF, and in excess of 80dB at 6 • fCUTOFF. DC-accuracysensitive applications benefit from the 5mV maximum DC ...
... Furthermore, its root raised cosine response offers the optimum pulse shaping for PAM data communications. The filter attenuation is 57dB at 1.5 • fCUTOFF, 60dB at 2 • fCUTOFF, and in excess of 80dB at 6 • fCUTOFF. DC-accuracysensitive applications benefit from the 5mV maximum DC ...
A.O.Smith Motor Mastery University
... electricity can produce magnetism. (See Fig. 2) A short time later, Andre Ampere, a Frenchman, demonstrated that a coil of wire acts like a natural magnet when a current is sent through it. Furthermore, a piece of iron or steel placed inside the coil also becomes magnetized. (See Fig. 3) Try it your ...
... electricity can produce magnetism. (See Fig. 2) A short time later, Andre Ampere, a Frenchman, demonstrated that a coil of wire acts like a natural magnet when a current is sent through it. Furthermore, a piece of iron or steel placed inside the coil also becomes magnetized. (See Fig. 3) Try it your ...
Type HVH Horizontal/Vertical Unit Heater
... 7. Terminals on contactor or on line voltage terminal block are supplied to be connected to accept the correct size power supply wire. Copper rated at 600V and 60˚C is satisfactory for the heater branch circuit. 8. Electrical accessories, either kits or factory-installed options, are shown connect ...
... 7. Terminals on contactor or on line voltage terminal block are supplied to be connected to accept the correct size power supply wire. Copper rated at 600V and 60˚C is satisfactory for the heater branch circuit. 8. Electrical accessories, either kits or factory-installed options, are shown connect ...
MAX8650 General Description Features
... the adjustable slope-compensation ramp, which are summed into the main PWM comparator to preserve inner-loop stability. At each rising edge of the internal clock, the high-side MOSFET turns on until the PWM comparator trips or the maximum duty cycle is reached. During this on-time, current ramps up ...
... the adjustable slope-compensation ramp, which are summed into the main PWM comparator to preserve inner-loop stability. At each rising edge of the internal clock, the high-side MOSFET turns on until the PWM comparator trips or the maximum duty cycle is reached. During this on-time, current ramps up ...
R cable
... Capacitive switching losses frequency Control circuit also needs power Typical DC/DC converters for our application have Vin/Vout = 2..10, Iout = O(1A) f = 1..5 MHz, switch Ron = O(10mW) L = a few 100nH, coil RL = a few 10mW Efficiency = 50..90% Markus Friedl (HEPHY Vienna): DC/DC Co ...
... Capacitive switching losses frequency Control circuit also needs power Typical DC/DC converters for our application have Vin/Vout = 2..10, Iout = O(1A) f = 1..5 MHz, switch Ron = O(10mW) L = a few 100nH, coil RL = a few 10mW Efficiency = 50..90% Markus Friedl (HEPHY Vienna): DC/DC Co ...
2. octopus system installation
... TWO OR MORE MPS INSTALLATION..................................................................7 ...
... TWO OR MORE MPS INSTALLATION..................................................................7 ...
UCD90XX Reset Behavior
... noise, connect RESET to a 10kΩ pullup resistor (from RESET to 3.3V) and a 1000pF capacitor (from RESET to AVSS). Any time the device comes out of reset, it begins an initialization routine that lasts about 20ms. During the initialization routine, the FPWM pins are held low, and all other GPIO and GP ...
... noise, connect RESET to a 10kΩ pullup resistor (from RESET to 3.3V) and a 1000pF capacitor (from RESET to AVSS). Any time the device comes out of reset, it begins an initialization routine that lasts about 20ms. During the initialization routine, the FPWM pins are held low, and all other GPIO and GP ...
FTS 430/830-4 - Flash Technology
... Never depend on interlocks alone to remove unsafe voltages. Always check circuits with a voltmeter. Under no circumstances remove or alter any safety interlock switch. ...
... Never depend on interlocks alone to remove unsafe voltages. Always check circuits with a voltmeter. Under no circumstances remove or alter any safety interlock switch. ...
BDTIC www.BDTIC.com/infineon ® Version 2.1a, 11 Jan 2012
... switching elements during start up, built-in 20ms and extended blanking time for short period of peak power before entering protection, active burst mode for lowest standby power and propagation delay compensation for close power limit between high line and low line, frequency jittering for low EMI ...
... switching elements during start up, built-in 20ms and extended blanking time for short period of peak power before entering protection, active burst mode for lowest standby power and propagation delay compensation for close power limit between high line and low line, frequency jittering for low EMI ...
High Voltage Solar Inverter System GUI Overview
... isolation transformer to the load. Change the load resistor from 100 Ω to 50 Ω. Set the AC source to output 120 V, 60 Hz and turn it on. With a 50-Ω load resistor, the AC source will now deliver 100% load power of about 290 W. 2. Now turn on one of the Solar Array Simulator DC Modules (Agilent E4362 ...
... isolation transformer to the load. Change the load resistor from 100 Ω to 50 Ω. Set the AC source to output 120 V, 60 Hz and turn it on. With a 50-Ω load resistor, the AC source will now deliver 100% load power of about 290 W. 2. Now turn on one of the Solar Array Simulator DC Modules (Agilent E4362 ...
LT6105 Precision, Extended Input Range Current Sense Amplifi er FEATURES
... amplifier with a very wide input common mode range. The LT6105 monitors unidirectional current via the voltage across an external sense resistor. The input common mode range extends from –0.3V to 44V, with respect to the negative supply voltage (V –). This allows the LT6105 to operate as a high side ...
... amplifier with a very wide input common mode range. The LT6105 monitors unidirectional current via the voltage across an external sense resistor. The input common mode range extends from –0.3V to 44V, with respect to the negative supply voltage (V –). This allows the LT6105 to operate as a high side ...
Three-phase electric power
Three-phase electric power is a common method of alternating-current electric power generation, transmission, and distribution. It is a type of polyphase system and is the most common method used by electrical grids worldwide to transfer power. It is also used to power large motors and other heavy loads. A three-phase system is usually more economical than an equivalent single-phase or two-phase system at the same line to ground voltage because it uses less conductor material to transmit electrical power.The three-phase system was independently invented by Galileo Ferraris, Mikhail Dolivo-Dobrovolsky, Jonas Wenström and Nikola Tesla in the late 1880s.