AD694 - Analog Devices
... converted to a 0 to 0.8 mA current by A2 and level shifted to the positive supply. A current mirror then multiplies this signal by a factor of 20 to make the signal current of 0 to 16 mA. This technique allows the output stage to drive a load to within 2 V of the positive supply (VS). Amplifier A2 f ...
... converted to a 0 to 0.8 mA current by A2 and level shifted to the positive supply. A current mirror then multiplies this signal by a factor of 20 to make the signal current of 0 to 16 mA. This technique allows the output stage to drive a load to within 2 V of the positive supply (VS). Amplifier A2 f ...
Pedal Power MONDO
... powered effects or a MIDI foot controller. Note the 200 watt maximum rating. Do NOT plug in your amp here! (2) AC power input jack. This is a standard “IEC-type” connector. ...
... powered effects or a MIDI foot controller. Note the 200 watt maximum rating. Do NOT plug in your amp here! (2) AC power input jack. This is a standard “IEC-type” connector. ...
Flash Core Voltage Supply
... out of the application or use of any product or circuit, and specifically disclaims any and all liability, including without limitation consequential or incidental damages. “Typical” parameters that may be provided in Freescale data sheets and/or specifications can and do vary in different applicati ...
... out of the application or use of any product or circuit, and specifically disclaims any and all liability, including without limitation consequential or incidental damages. “Typical” parameters that may be provided in Freescale data sheets and/or specifications can and do vary in different applicati ...
"Use of Rail-to-Rail Operational Amplifiers"
... Reducing the operating supply voltage from a ±15-V split supply to a single 5-V supply significantly reduces the maximum available dynamic range. The dynamic range at the output is determined by the ratio of the largest output voltage to the smallest output voltage. An industry standard operational ...
... Reducing the operating supply voltage from a ±15-V split supply to a single 5-V supply significantly reduces the maximum available dynamic range. The dynamic range at the output is determined by the ratio of the largest output voltage to the smallest output voltage. An industry standard operational ...
ATF2 Project HA Power Supplies Demonstration System
... operate at their rated output of 50A. Monitor the transient current redistribution among the power modules under these conditions. 2. Place four power modules into an environmentally-controlled temperature chamber (refer to the next slide). Connect them to an inductive load. Test the load current st ...
... operate at their rated output of 50A. Monitor the transient current redistribution among the power modules under these conditions. 2. Place four power modules into an environmentally-controlled temperature chamber (refer to the next slide). Connect them to an inductive load. Test the load current st ...
LLC Resonant Converter for Front End DC/DC Conversion
... simulation to analysis the converter. Our method is to do frequency sweep at different load, at each point, we run the simulation to get a steady state operation and record the circuit condition. With reasonable simulations, we can get the characteristics curves of the converter. The simulation soft ...
... simulation to analysis the converter. Our method is to do frequency sweep at different load, at each point, we run the simulation to get a steady state operation and record the circuit condition. With reasonable simulations, we can get the characteristics curves of the converter. The simulation soft ...
METEOROLOGICAL INSTRUMENTS
... managing this type of half-duplex communication. If the Wind Monitor-SE receives a command that will result in sending a response, it will wait 25 mS for the device which issued the command to return to receive mode. When not sending data, the Wind Monitor-SE stays in receive mode. RMY PROTOCOL RMY ...
... managing this type of half-duplex communication. If the Wind Monitor-SE receives a command that will result in sending a response, it will wait 25 mS for the device which issued the command to return to receive mode. When not sending data, the Wind Monitor-SE stays in receive mode. RMY PROTOCOL RMY ...
RF2514 VHF/UHF TRANSMITTER Features
... In the first configuration, two inductors are connected in series between RESNTR- and RESNTR+. A resistor is then used to provide the DC bias to the balanced inductance node formed by the series connection of the inductors. Ideally, the two inductors should be equal in value, but a slight imbalance ...
... In the first configuration, two inductors are connected in series between RESNTR- and RESNTR+. A resistor is then used to provide the DC bias to the balanced inductance node formed by the series connection of the inductors. Ideally, the two inductors should be equal in value, but a slight imbalance ...
DS1817 Active High 3.3V EconoReset FEATURES PIN ASSIGNMENT
... The DS1817 EconoReset uses a precision temperature reference and comparator circuit to monitor the status of the power supply (VCC). When an out-of-tolerance condition is detected, an internal power-fail signal is generated which forces reset to the active state. When VCC returns to an in-tolerance ...
... The DS1817 EconoReset uses a precision temperature reference and comparator circuit to monitor the status of the power supply (VCC). When an out-of-tolerance condition is detected, an internal power-fail signal is generated which forces reset to the active state. When VCC returns to an in-tolerance ...
electrical symbol notes
... EXIT LIGHTS. STEM INDICATES WALL MOUNTING. NO STEM INDICATES CEILING MOUNTING. SHADED AREA INDICATES ILLUMINATED FACE(S). ARROW INDICATES DIRECTIONAL ARROW ON ILLUMINATED FACE(S). THE CIRCUIT DESIGNATION IS INDICATED BY A NUMBER. EXAMPLE: THE WALL MOUNTED EXIT LIGHT TYPE "E" WITH SINGLE FACE AND DIR ...
... EXIT LIGHTS. STEM INDICATES WALL MOUNTING. NO STEM INDICATES CEILING MOUNTING. SHADED AREA INDICATES ILLUMINATED FACE(S). ARROW INDICATES DIRECTIONAL ARROW ON ILLUMINATED FACE(S). THE CIRCUIT DESIGNATION IS INDICATED BY A NUMBER. EXAMPLE: THE WALL MOUNTED EXIT LIGHT TYPE "E" WITH SINGLE FACE AND DIR ...
AP65550 Description Pin Assignments
... If the junction temperature of the device reaches the thermal shutdown limit of 160°C, the AP65550 shuts itself off, and both HMOS and LMOS will be turned off. The output is discharge with the internal transistor. When the junction cools to the required level (130°C nominal), the device initiates so ...
... If the junction temperature of the device reaches the thermal shutdown limit of 160°C, the AP65550 shuts itself off, and both HMOS and LMOS will be turned off. The output is discharge with the internal transistor. When the junction cools to the required level (130°C nominal), the device initiates so ...
5A - SynQor
... Pin 8 should be connected to Vout(+) and Pin 6 should be connected to Vout(-) at the point on the board where regulation is desired. If these connections are not made, the converter will deliver an output voltage that is slightly higher than its specified ...
... Pin 8 should be connected to Vout(+) and Pin 6 should be connected to Vout(-) at the point on the board where regulation is desired. If these connections are not made, the converter will deliver an output voltage that is slightly higher than its specified ...
LM5015 High Voltage Monolithic Two-Switch Forward DC
... The LM5015 high voltage switching regulator features all the functions necessary to implement an efficient power converter using a Two-Switch Forward or Two-Switch Flyback topology. The voltage across the MOSFETs employed in the two-switch topology is clamped to the input voltage, allowing the input ...
... The LM5015 high voltage switching regulator features all the functions necessary to implement an efficient power converter using a Two-Switch Forward or Two-Switch Flyback topology. The voltage across the MOSFETs employed in the two-switch topology is clamped to the input voltage, allowing the input ...
Optimizing High Level Micro Stepping of
... shifting is introduced to enhance the smoothness in high-level micro stepping applications. High-resolution micro stepping such as 1/64, 1/128, and 1/256 is normally achieved by current control through VREFA and VREFB (SLVA416). This method works well in most applications, while there is a defect wh ...
... shifting is introduced to enhance the smoothness in high-level micro stepping applications. High-resolution micro stepping such as 1/64, 1/128, and 1/256 is normally achieved by current control through VREFA and VREFB (SLVA416). This method works well in most applications, while there is a defect wh ...
AN5084, Hardware Design Guidelines for S12ZVL
... 3.2 On Chip voltage regulator system–VREG 3.2.1 Internal voltage regulator An essential block of the power management system, the internal Low Drop-Out (LDO) voltage regulator based on feedback provides an accurate and stable voltage with corresponding load current. The structure of fully on-chip LD ...
... 3.2 On Chip voltage regulator system–VREG 3.2.1 Internal voltage regulator An essential block of the power management system, the internal Low Drop-Out (LDO) voltage regulator based on feedback provides an accurate and stable voltage with corresponding load current. The structure of fully on-chip LD ...
Variable-frequency drive
A variable-frequency drive (VFD) (also termed adjustable-frequency drive, variable-speed drive, AC drive, micro drive or inverter drive) is a type of adjustable-speed drive used in electro-mechanical drive systems to control AC motor speed and torque by varying motor input frequency and voltage.VFDs are used in applications ranging from small appliances to the largest of mine mill drives and compressors. However, around 25% of the world's electrical energy is consumed by electric motors in industrial applications, which are especially conducive for energy savings using VFDs in centrifugal load service, and VFDs' global market penetration for all applications is still relatively small. That lack of penetration highlights significant energy efficiency improvement opportunities for retrofitted and new VFD installations.Over the last four decades, power electronics technology has reduced VFD cost and size and has improved performance through advances in semiconductor switching devices, drive topologies, simulation and control techniques, and control hardware and software.VFDs are available in a number of different low- and medium-voltage AC-AC and DC-AC topologies.