MAX1910/MAX1912 1.5x/2x High-Efficiency White LED Charge Pumps General Description
... Figures 2–9) improves stability when operating from lowimpedance sources such as high-current laboratory bench power supplies. This resistor can be omitted when operating from higher impedance sources such as lithium or alkaline batteries. For some designs, such as an LED driver, input ripple is mor ...
... Figures 2–9) improves stability when operating from lowimpedance sources such as high-current laboratory bench power supplies. This resistor can be omitted when operating from higher impedance sources such as lithium or alkaline batteries. For some designs, such as an LED driver, input ripple is mor ...
Application of reclosers in distribution systems requires
... 3. Maximum Symmetrical Interrupting Rating: The maximum symmetrical fault current should not exceed this rating. 4. Minimum Tripping current: This is the minimum fault current that a recloser can clear and it is equal to two times the continuous current rating ±10% tolerance. This decides the sensit ...
... 3. Maximum Symmetrical Interrupting Rating: The maximum symmetrical fault current should not exceed this rating. 4. Minimum Tripping current: This is the minimum fault current that a recloser can clear and it is equal to two times the continuous current rating ±10% tolerance. This decides the sensit ...
Application Note 1724 LM5015 Isolated Two-Switch DC
... When the input voltage is increased to 36V, the output voltage should be established at 5V nominal. If that indicates correctly, increase the input voltage gradually to 72V maximum and the output voltage should be regulated at 5V ±1.5% over the entire input voltage range from 36V to 72V. Otherwise, ...
... When the input voltage is increased to 36V, the output voltage should be established at 5V nominal. If that indicates correctly, increase the input voltage gradually to 72V maximum and the output voltage should be regulated at 5V ±1.5% over the entire input voltage range from 36V to 72V. Otherwise, ...
LCM-40(DA), LCM-60(DA) installation manual
... Built-in active PFC Output current level selectable by DIP switch Built-in DALI interface and push dimming function (DA version) Built-in 0~10Vdc and PWM signal dimming function (Non-DA version) Power supply synchronization function up to 10 units Temperature compensation function by external NTC ...
... Built-in active PFC Output current level selectable by DIP switch Built-in DALI interface and push dimming function (DA version) Built-in 0~10Vdc and PWM signal dimming function (Non-DA version) Power supply synchronization function up to 10 units Temperature compensation function by external NTC ...
Chapter 17
... random motion (due to collisions with the atoms) • When an electric field is set up in the conductor, it creates an electric force on the electrons and hence a current • The zigzag line represents the motion of charge carrier in a conductor ...
... random motion (due to collisions with the atoms) • When an electric field is set up in the conductor, it creates an electric force on the electrons and hence a current • The zigzag line represents the motion of charge carrier in a conductor ...
FDFM2N111 Integrated N-Channel PowerTrench MOSFET and Schottky Diode
... Integrated N-Channel PowerTrench® MOSFET and Schottky Diode General Description ...
... Integrated N-Channel PowerTrench® MOSFET and Schottky Diode General Description ...
Dual Differential Line Driver (Rev. B)
... TI assumes no liability for applications assistance or the design of Buyers’ products. Buyers are responsible for their products and applications using TI components. To minimize the risks associated with Buyers’ products and applications, Buyers should provide adequate design and operating safeguar ...
... TI assumes no liability for applications assistance or the design of Buyers’ products. Buyers are responsible for their products and applications using TI components. To minimize the risks associated with Buyers’ products and applications, Buyers should provide adequate design and operating safeguar ...
Low Current Measurement - Scientific Devices Australia
... input capacitance. Measurement rise time depends both on the equivalent source resistance and the effective meter input capaci tance, which depends both on the electrometer input capacitance and the connecting cable capacitance. Thus, for high resistance measurements, even a small amount of cable c ...
... input capacitance. Measurement rise time depends both on the equivalent source resistance and the effective meter input capaci tance, which depends both on the electrometer input capacitance and the connecting cable capacitance. Thus, for high resistance measurements, even a small amount of cable c ...
Application Note - Adler Instrumentos
... The power supply needs to meet certain requirements. It must have a stable, finely adjustable output. If the voltage output fluctuates or does not have fine enough adjustment then the required current at the DUT may be unobtainable. This situation will be made worse with an inaccurate ammeter. If po ...
... The power supply needs to meet certain requirements. It must have a stable, finely adjustable output. If the voltage output fluctuates or does not have fine enough adjustment then the required current at the DUT may be unobtainable. This situation will be made worse with an inaccurate ammeter. If po ...
Parallel Circuits
... A combination of parallel branches is often called a bank. Radio operators often use a device called a dummy load (we will go into detail about dummy loads later). A dummy load is typically just a resistance of 50 ohms which is connected to the antenna socket of a transmitter for tuning purposes. Th ...
... A combination of parallel branches is often called a bank. Radio operators often use a device called a dummy load (we will go into detail about dummy loads later). A dummy load is typically just a resistance of 50 ohms which is connected to the antenna socket of a transmitter for tuning purposes. Th ...
An Introduction to BJT
... That is, both the baseEmitter and the basecollector junctions are reversed biased. Under this condition, there is a very small amount of collector leakage current ICE0 due mainly to thermally produced carriers. It is usually neglected in circuit analysis. ...
... That is, both the baseEmitter and the basecollector junctions are reversed biased. Under this condition, there is a very small amount of collector leakage current ICE0 due mainly to thermally produced carriers. It is usually neglected in circuit analysis. ...
Physics 121: Electricity & Magnetism
... alternating current (AC), as opposed to the direct current (DC) of a battery. Alternating current is used because it is easier to transport, and easier to “transform” from one voltage to another using a transformer. In the U.S., the frequency of oscillation of AC is 60 Hz. In most other countries it ...
... alternating current (AC), as opposed to the direct current (DC) of a battery. Alternating current is used because it is easier to transport, and easier to “transform” from one voltage to another using a transformer. In the U.S., the frequency of oscillation of AC is 60 Hz. In most other countries it ...
Video Transcript - Rose
... A second-order circuit is given in this problem. It has two resistors, one capacitor, and one inductor. Firstly, we want to determine the transfer function, which is the s domain ratio of the output voltage to the input voltage. Let’s convert the circuit into s domain. For a resistor, the impedance ...
... A second-order circuit is given in this problem. It has two resistors, one capacitor, and one inductor. Firstly, we want to determine the transfer function, which is the s domain ratio of the output voltage to the input voltage. Let’s convert the circuit into s domain. For a resistor, the impedance ...
DMOS dual full bridge driver with PWM current controller
... RDS(on) = 0.73 Ω (typical value @ 25 °C), with intrinsic fast freewheeling diode. Cross conduction protection is achieved using a dead time (td = 1 µs typical) between the switch off and switch on of two power MOS in one leg of a bridge. Using N-channel power MOS for the upper transistors in the bri ...
... RDS(on) = 0.73 Ω (typical value @ 25 °C), with intrinsic fast freewheeling diode. Cross conduction protection is achieved using a dead time (td = 1 µs typical) between the switch off and switch on of two power MOS in one leg of a bridge. Using N-channel power MOS for the upper transistors in the bri ...
