GS2613561363
... applied on bus “26:FDR G,” and the capability of the DVR in protecting the voltage on bus “05:FDR F” will be studied. The DVR parameters and the control system specifications are provided in Appendices A and B. At 205 ms, the fault is applied at 285 ms, and the breaker works and separates the line b ...
... applied on bus “26:FDR G,” and the capability of the DVR in protecting the voltage on bus “05:FDR F” will be studied. The DVR parameters and the control system specifications are provided in Appendices A and B. At 205 ms, the fault is applied at 285 ms, and the breaker works and separates the line b ...
2 Properties of Digital Circuits_I
... For the ideal gate, the current drawn from the supply is 0. Therefore, the power usage is also 0. Practically speaking, every gate has a certain amount of power usage. Moreover, most gates use different amounts of power during transitions (dynamic power dissipation) and during idle ...
... For the ideal gate, the current drawn from the supply is 0. Therefore, the power usage is also 0. Practically speaking, every gate has a certain amount of power usage. Moreover, most gates use different amounts of power during transitions (dynamic power dissipation) and during idle ...
simple "toneburst" detection circuit
... interfere with, or at least compromise, the performance of other continuous signals. It can be argued that the addition of the 22 kHz continuous signal itself reduced the tolerances on the 13/18 volt levels (because there does not appear to be any standardisation as to whether the tone is applied sy ...
... interfere with, or at least compromise, the performance of other continuous signals. It can be argued that the addition of the 22 kHz continuous signal itself reduced the tolerances on the 13/18 volt levels (because there does not appear to be any standardisation as to whether the tone is applied sy ...
Digital Multimeter Instruction Manual UTLDM1 English
... • In low voltage ranges, unsteady readings will appear before the test leads makes contact with the circuit. This is normal as the meter is highly sensitive. When test leads are connected to the circuit, the true reading will be shown. • When ‘1’ is shown on the LCD under any range mode, the measure ...
... • In low voltage ranges, unsteady readings will appear before the test leads makes contact with the circuit. This is normal as the meter is highly sensitive. When test leads are connected to the circuit, the true reading will be shown. • When ‘1’ is shown on the LCD under any range mode, the measure ...
A Class E Power Amplifier for ISO-14443A - Cosic
... value that breaks the transistor. The power can be modulated by adding a switch transistor Smod between the power source and the power line of the class E amplifier. The gate of this transistor is driven by a gate driver controlled by the modulation signal (envelope). In case the envelope is high, t ...
... value that breaks the transistor. The power can be modulated by adding a switch transistor Smod between the power source and the power line of the class E amplifier. The gate of this transistor is driven by a gate driver controlled by the modulation signal (envelope). In case the envelope is high, t ...
Operating Manual
... carefully maintaining control and accuracy while delivering high power to modern loudspeaker configurations. The MFA 8000 (MFA 6000) will deliver 1200 Watts (800W) per channel into 4Ω, and up to 3000 Watts (1800W) bridged-mono into 4Ω. They are Ashly Audio’s highest-powered amplifiers, employing an ...
... carefully maintaining control and accuracy while delivering high power to modern loudspeaker configurations. The MFA 8000 (MFA 6000) will deliver 1200 Watts (800W) per channel into 4Ω, and up to 3000 Watts (1800W) bridged-mono into 4Ω. They are Ashly Audio’s highest-powered amplifiers, employing an ...
EMI Filter Design
... The impedance of C2 (0.1uF) at 150KHz is 1/(2πfc) = 10.6 Ohms. The maximum current through this capacitor at 150 KHz is 3.06mV/10.6 Ohms = 288uA. So, starting with the maximum 150 KHz component of the voltage across C1, the combined impedance of L1 and L2 must be 1.96V/288uA, or 6790 Ohms, or 7.2 mH ...
... The impedance of C2 (0.1uF) at 150KHz is 1/(2πfc) = 10.6 Ohms. The maximum current through this capacitor at 150 KHz is 3.06mV/10.6 Ohms = 288uA. So, starting with the maximum 150 KHz component of the voltage across C1, the combined impedance of L1 and L2 must be 1.96V/288uA, or 6790 Ohms, or 7.2 mH ...
Circuit Breakers used in our Homes. - IDC
... Medium-voltage breakers will be connected into a circuit by bolted connections to bus bars or cables, in particular in switchyards found in most outdoors. These breakers, which are lined-up in switchgear, are made with draw-out construction. This construction is useful in removing the breaker while ...
... Medium-voltage breakers will be connected into a circuit by bolted connections to bus bars or cables, in particular in switchyards found in most outdoors. These breakers, which are lined-up in switchgear, are made with draw-out construction. This construction is useful in removing the breaker while ...
AD9631
... may cause a shift in parametric performance due to a change in the stresses exerted on the die by the package. Exceeding a junction temperature of 175ⴗC for an extended period can result in device failure. While the AD9631 and AD9632 are internally short circuit protected, this may not be sufficient ...
... may cause a shift in parametric performance due to a change in the stresses exerted on the die by the package. Exceeding a junction temperature of 175ⴗC for an extended period can result in device failure. While the AD9631 and AD9632 are internally short circuit protected, this may not be sufficient ...
SolidStateKlystronModulators_1SPLColMet - Indico
... Practical limitations of the LP-SPL topology • Relies on two SPECIAL components (solid state HV switch and pulse transformer); • The whole power has to pass through these two crucial components; - A pulse transformer for 1.2 MW average power, 50Hz, has never been built: demagnetization of the core d ...
... Practical limitations of the LP-SPL topology • Relies on two SPECIAL components (solid state HV switch and pulse transformer); • The whole power has to pass through these two crucial components; - A pulse transformer for 1.2 MW average power, 50Hz, has never been built: demagnetization of the core d ...
BUF04701 4-Channel, Rail-to-Rail, CMOS BUFFER AMPLIFIER DESCRIPTION
... information and additional product content details. TBD: The Pb-Free/Green conversion plan has not been defined. Pb-Free (RoHS): TI's terms "Lead-Free" or "Pb-Free" mean semiconductor products that are compatible with the current RoHS requirements for all 6 substances, including the requirement that ...
... information and additional product content details. TBD: The Pb-Free/Green conversion plan has not been defined. Pb-Free (RoHS): TI's terms "Lead-Free" or "Pb-Free" mean semiconductor products that are compatible with the current RoHS requirements for all 6 substances, including the requirement that ...
Phase Detector
... • The self-correcting ability of the system allows the PLL to track the frequency changes of an input signal, once it is locked. • The range of frequencies over which the PLL can maintain lock with the input is defined as the lock range. • The lock range cannot exceed the range of control of the VC ...
... • The self-correcting ability of the system allows the PLL to track the frequency changes of an input signal, once it is locked. • The range of frequencies over which the PLL can maintain lock with the input is defined as the lock range. • The lock range cannot exceed the range of control of the VC ...
SN_presentation_General_Nov_10_2009 - Indico
... Smoothing during the pulse to protect the mains supply. ...
... Smoothing during the pulse to protect the mains supply. ...
MAX6610,11 - Maxim Integrated
... Temperature sensor ICs, like the MAX6610/MAX6611 that sense their own die temperatures, must be mounted on, or close to, the object whose temperature they are intended to measure. Because there is a good thermal path between the package’s metal leads and the IC die, the MAX6610/MAX6611 can accuratel ...
... Temperature sensor ICs, like the MAX6610/MAX6611 that sense their own die temperatures, must be mounted on, or close to, the object whose temperature they are intended to measure. Because there is a good thermal path between the package’s metal leads and the IC die, the MAX6610/MAX6611 can accuratel ...
AD8074/AD8075 500 MHz, G = +1 and +2 Triple
... the output need swing only 2 V, then the buffers could be operated on dual 3.5 V or single 7 V supplies. It is cautioned that saturation effects may become noticeable when the output swings within 2.6 V of either rail. The system designer may opt to use this characteristic to his or her advantage by ...
... the output need swing only 2 V, then the buffers could be operated on dual 3.5 V or single 7 V supplies. It is cautioned that saturation effects may become noticeable when the output swings within 2.6 V of either rail. The system designer may opt to use this characteristic to his or her advantage by ...
7000A Thyristor Controlled Rectifier
... A Polaron Cortina 7,000 Amp rectifier offering a thryristor controllable 0-60 Volt output. Cortina specialise in the manufacture of Variable voltage and current thyristor rectifiers, for anodising, welding and plating applications. The Polaron Cortina is a primary SCR, single copper wound transforme ...
... A Polaron Cortina 7,000 Amp rectifier offering a thryristor controllable 0-60 Volt output. Cortina specialise in the manufacture of Variable voltage and current thyristor rectifiers, for anodising, welding and plating applications. The Polaron Cortina is a primary SCR, single copper wound transforme ...
Power in AC
... RMS in Everyday Life • When we buy consumer electronics, the faceplate specifications provide the rms voltage and current values • For example, what is the rms current for a 1200 Watt hairdryer (although there is a small fan in a hairdryer, most of the power goes to a resistive heating element)? • ...
... RMS in Everyday Life • When we buy consumer electronics, the faceplate specifications provide the rms voltage and current values • For example, what is the rms current for a 1200 Watt hairdryer (although there is a small fan in a hairdryer, most of the power goes to a resistive heating element)? • ...