LT1575/LT1577 - Ultrafast Transient Response
... The current generation of microprocessors place stringent demands on the power supply that powers the processor core. These microprocessors cycle load current from near zero to amps in tens of nanoseconds. Output voltage tolerances as low as ±100mV include transient response as part of the specifica ...
... The current generation of microprocessors place stringent demands on the power supply that powers the processor core. These microprocessors cycle load current from near zero to amps in tens of nanoseconds. Output voltage tolerances as low as ±100mV include transient response as part of the specifica ...
Amplifier Transfer F..
... For example, the output limits of an amplifier might be L+ = 15 V and L- = -15 V. However, we find that these limits are also often asymmetric (e.g., L+ = +15 V and L- = +5 V). ...
... For example, the output limits of an amplifier might be L+ = 15 V and L- = -15 V. However, we find that these limits are also often asymmetric (e.g., L+ = +15 V and L- = +5 V). ...
MAX8535EVKIT
... provides redundancy and fault isolation to highly reliable power systems. The EV kit can handle up to 20A of throughput current and operates 12V power systems. During startup, the EV kit monitors the voltage difference between a power supply connected at PS_OUT+ and the power bus VBUS+. Once the vol ...
... provides redundancy and fault isolation to highly reliable power systems. The EV kit can handle up to 20A of throughput current and operates 12V power systems. During startup, the EV kit monitors the voltage difference between a power supply connected at PS_OUT+ and the power bus VBUS+. Once the vol ...
TLVx171 36-V, Single-Supply, Low-Power
... High Common-Mode Rejection: 105 dB (typical) Low Bias Current: 10 pA ...
... High Common-Mode Rejection: 105 dB (typical) Low Bias Current: 10 pA ...
AN2132
... ring mode without load. The VBAT value must be chosen taking into account the absolute maximum ratings of the device (VBTOT = 90 V). VBTOT = (VBAT + VPOS) = 90 V must not be exceeded. When ring mode is selected through the control interface, the VBAT voltage is increased by an internal circuit from ...
... ring mode without load. The VBAT value must be chosen taking into account the absolute maximum ratings of the device (VBTOT = 90 V). VBTOT = (VBAT + VPOS) = 90 V must not be exceeded. When ring mode is selected through the control interface, the VBAT voltage is increased by an internal circuit from ...
Active Components
... “cutoff” -- little or no current flow. • Additional reduction of base current or gate voltage does not result in any further reduction in current flow. • High base current or high gate voltage* puts transistor into “saturation” – maximum current flow. • Additional increase of base current or gate vo ...
... “cutoff” -- little or no current flow. • Additional reduction of base current or gate voltage does not result in any further reduction in current flow. • High base current or high gate voltage* puts transistor into “saturation” – maximum current flow. • Additional increase of base current or gate vo ...
ML6423 Dual S-Video Lowpass Filter with Phase and Sinx/x
... is required between each power supply and ground. Otherwise, oscillations and/or excessive crosstalk may occur. A ground plane is recommended. Each filter has its own supply and ground pins. In the test circuit, 0.1µF capacitors are connected in parallel with 1nF capacitors on all VCC pins for maxim ...
... is required between each power supply and ground. Otherwise, oscillations and/or excessive crosstalk may occur. A ground plane is recommended. Each filter has its own supply and ground pins. In the test circuit, 0.1µF capacitors are connected in parallel with 1nF capacitors on all VCC pins for maxim ...
Sitemte*® Series Brushless Controllers
... 5. Set up the speed control for the controller (depending upon which method of speed control is used - see Speed Control). 6. After completion of step #5, speed control is now active. 7. Set the maximum current via the on-board speed potentiometer (current). ...
... 5. Set up the speed control for the controller (depending upon which method of speed control is used - see Speed Control). 6. After completion of step #5, speed control is now active. 7. Set the maximum current via the on-board speed potentiometer (current). ...
MAX4626/MAX4627/MAX4628 0.5 SPST Analog Switches , Low-Voltage, Single-Supply
... V+, IN, IN..................................................................-0.3V to +6V NO, NC, COM (Note 1).................................-0.3V to (V+ + 0.3V) Continuous Current NO, NC to COM .............................±400mA Peak Switch Current NO, NC to COM ...
... V+, IN, IN..................................................................-0.3V to +6V NO, NC, COM (Note 1).................................-0.3V to (V+ + 0.3V) Continuous Current NO, NC to COM .............................±400mA Peak Switch Current NO, NC to COM ...
AD8627
... JFETs offered. It has true single-supply capability and has an input voltage range that extends below the negative rail, allowing the part to accommodate input signals below ground. The rail-to-rail output of the AD862x provides the maximum dynamic range in many applications. To provide a low offset ...
... JFETs offered. It has true single-supply capability and has an input voltage range that extends below the negative rail, allowing the part to accommodate input signals below ground. The rail-to-rail output of the AD862x provides the maximum dynamic range in many applications. To provide a low offset ...
Current and Circuits
... • The equivalent resistance for resistors in parallel is always smaller than the smallest resistor. • More resistors in parallel decreases the equivalent resistance of the circuit. • The current in each branch is affected only by the resistance of each ...
... • The equivalent resistance for resistors in parallel is always smaller than the smallest resistor. • More resistors in parallel decreases the equivalent resistance of the circuit. • The current in each branch is affected only by the resistance of each ...
VT4 instructions rev2.indd
... is not indicated, voltage could still be present. The unit indicates active voltages in the presence of electrostatic fields. If the field strength is low the unit may not indicate. This could be due to factors such as: Low mains voltage (<12V AC) Shielded wire/cables Thickness and types of insu ...
... is not indicated, voltage could still be present. The unit indicates active voltages in the presence of electrostatic fields. If the field strength is low the unit may not indicate. This could be due to factors such as: Low mains voltage (<12V AC) Shielded wire/cables Thickness and types of insu ...
www.w9uuu.org
... “cutoff” -- little or no current flow. • Additional reduction of base current or gate voltage does not result in any further reduction in current flow. • High base current or high gate voltage* puts transistor into “saturation” – maximum current flow. • Additional increase of base current or gate vo ...
... “cutoff” -- little or no current flow. • Additional reduction of base current or gate voltage does not result in any further reduction in current flow. • High base current or high gate voltage* puts transistor into “saturation” – maximum current flow. • Additional increase of base current or gate vo ...
AND8255/DA Simple DC SPICE Model for the LLC
... Running a DC point analysis gives the operating frequency for given input and output conditions. The output capacitor has been kept in place, but does not play any role in DC. The right side OPAMP just helps to close the loop in DC and have the right operating point automatically setup, e.g. 24 V at ...
... Running a DC point analysis gives the operating frequency for given input and output conditions. The output capacitor has been kept in place, but does not play any role in DC. The right side OPAMP just helps to close the loop in DC and have the right operating point automatically setup, e.g. 24 V at ...
Challenges and implementation aspects of switched
... stability of the control loop, because they lead to phase delays. Consequently, low latency is one of the key requirements for analog-to-digital-converters in digitally controlled SMPS. Exploiting the example of a 500 kHz-buck converter with a crossover frequency of 70 kHz, this paper shows that the ...
... stability of the control loop, because they lead to phase delays. Consequently, low latency is one of the key requirements for analog-to-digital-converters in digitally controlled SMPS. Exploiting the example of a 500 kHz-buck converter with a crossover frequency of 70 kHz, this paper shows that the ...
techno_economic_analysis_of_on
... In most cases, the grid will require a transformer to step up the voltage from the solar inverter to be connected to the grid. ...
... In most cases, the grid will require a transformer to step up the voltage from the solar inverter to be connected to the grid. ...
FEATURES APPLICATIONS DESCRIPTION
... A logic high signal on this input enables the controller operation. A pulsing signal to this pin synchronizes the rising edge of SW to the falling edge of an external clock source. These pulses must be greater than 8.2 times the free running frequency of the main oscillator set by the RT resistor. ...
... A logic high signal on this input enables the controller operation. A pulsing signal to this pin synchronizes the rising edge of SW to the falling edge of an external clock source. These pulses must be greater than 8.2 times the free running frequency of the main oscillator set by the RT resistor. ...
MT-055 TUTORIAL Chopper Stabilized (Auto-Zero) Precision Op Amps
... In this circuit, A1 is the main amplifier, and A2 is the nulling amplifier. In the sample mode (switches in "S" position), the nulling amplifier, A2, monitors the input offset voltage of A1 and drives its output to zero by applying a suitable correcting voltage at A1's null pin. Note, however, that ...
... In this circuit, A1 is the main amplifier, and A2 is the nulling amplifier. In the sample mode (switches in "S" position), the nulling amplifier, A2, monitors the input offset voltage of A1 and drives its output to zero by applying a suitable correcting voltage at A1's null pin. Note, however, that ...
DS1265Y/AB 8M Nonvolatile SRAM FEATURES PIN ASSIGNMENT
... 8. If WE is low or the WE low transition occurs prior to or simultaneously with the CE low transition, the output buffers remain in a high-impedance state during this period. 9. Each DS1265 has a built-in switch that disconnects the lithium source until the user first applies VCC. The expected tDR ...
... 8. If WE is low or the WE low transition occurs prior to or simultaneously with the CE low transition, the output buffers remain in a high-impedance state during this period. 9. Each DS1265 has a built-in switch that disconnects the lithium source until the user first applies VCC. The expected tDR ...
Power electronics
Power electronics is the application of solid-state electronics to the control and conversion of electric power. It also refers to a subject of research in electronic and electrical engineering which deals with the design, control, computation and integration of nonlinear, time-varying energy-processing electronic systems with fast dynamics.The first high power electronic devices were mercury-arc valves. In modern systems the conversion is performed with semiconductor switching devices such as diodes, thyristors and transistors, pioneered by R. D. Middlebrook and others beginning in the 1950s. In contrast to electronic systems concerned with transmission and processing of signals and data, in power electronics substantial amounts of electrical energy are processed. An AC/DC converter (rectifier) is the most typical power electronics device found in many consumer electronic devices, e.g. television sets, personal computers, battery chargers, etc. The power range is typically from tens of watts to several hundred watts. In industry a common application is the variable speed drive (VSD) that is used to control an induction motor. The power range of VSDs start from a few hundred watts and end at tens of megawatts.The power conversion systems can be classified according to the type of the input and output power AC to DC (rectifier) DC to AC (inverter) DC to DC (DC-to-DC converter) AC to AC (AC-to-AC converter)