3-0369 HiTest Arrester Brochure
... use. They are current limited high voltage testers that can be used for safe and non-destructive testing of arresters, insulators and a wide variety of other parts and materials. They identify faulty arresters, assist in reducing line losses and reduce customer complaints. Non-visible failures of su ...
... use. They are current limited high voltage testers that can be used for safe and non-destructive testing of arresters, insulators and a wide variety of other parts and materials. They identify faulty arresters, assist in reducing line losses and reduce customer complaints. Non-visible failures of su ...
Selection Guide
... ambient temperature condition. Once the fault is removed or the ambient temperature cools, the PTC will automatically “reset” and conduct safe current levels again, allowing current to flow through the circuit. PTCs are commonly used in applications where constant uptime is required and/or in circui ...
... ambient temperature condition. Once the fault is removed or the ambient temperature cools, the PTC will automatically “reset” and conduct safe current levels again, allowing current to flow through the circuit. PTCs are commonly used in applications where constant uptime is required and/or in circui ...
Model 648 Electromagnet Power Supply
... always flowing to the supply while operating. Magnet water can also be interlocked into the power supply if desired. Internal software controls manage water usage intelligently. Output architecture The low electrical noise design of the Model 648 makes it the ideal power supply for use with large el ...
... always flowing to the supply while operating. Magnet water can also be interlocked into the power supply if desired. Internal software controls manage water usage intelligently. Output architecture The low electrical noise design of the Model 648 makes it the ideal power supply for use with large el ...
Evaluates: MAX1737 MAX1737 Evaluation Kit General Description Features
... Jumper JU1 connects the MAX1737 thermistor input (THERM) to GND through a 10kΩ resistor, disabling temperature qualification. To enable temperature qualification (charging between 0°C and 50°C), remove the shunt from JU1, and connect a thermistor (BC Components part number 2322-640-63103 or equivale ...
... Jumper JU1 connects the MAX1737 thermistor input (THERM) to GND through a 10kΩ resistor, disabling temperature qualification. To enable temperature qualification (charging between 0°C and 50°C), remove the shunt from JU1, and connect a thermistor (BC Components part number 2322-640-63103 or equivale ...
FPO OPA2544 High-Voltage, High-Current DUAL OPERATIONAL AMPLIFIER
... maximum junction temperature is not exceeded. The heat sink required depends on the power dissipated and on ambient conditions. Consult Application Bulletin AB-038 for information on determining heat sink requirements. The heat sink tab of the plastic package is connected to the V– power supply term ...
... maximum junction temperature is not exceeded. The heat sink required depends on the power dissipated and on ambient conditions. Consult Application Bulletin AB-038 for information on determining heat sink requirements. The heat sink tab of the plastic package is connected to the V– power supply term ...
Instrumentation Systems
... The ‘Strain gauge’ is glued to the structure in such a way that it is distorted by movement of the structure. The ‘Dummy strain gauge’ is glued nearby so that it is exposed to the same conditions, except for the distortion. Often, the two strain gauges are formed on the same substrate, as shown in t ...
... The ‘Strain gauge’ is glued to the structure in such a way that it is distorted by movement of the structure. The ‘Dummy strain gauge’ is glued nearby so that it is exposed to the same conditions, except for the distortion. Often, the two strain gauges are formed on the same substrate, as shown in t ...
User`s Guide Model 382260 80W 3-in
... Before replacing the AC fuse find out and clear up the cause first. Replace the AC fuse with the same type and rating as the original fuse. ...
... Before replacing the AC fuse find out and clear up the cause first. Replace the AC fuse with the same type and rating as the original fuse. ...
PHE-10 - IGNOU
... 8 weeks and TMA-2 in 12 weeks of receiving this booklet to accomplish its purpose as a teaching-tool. We strongly recommend that you should retain a copy of your assignment response to avoid any unforeseen situation. If possible, please attach a photocopy of this assignment along with your response. ...
... 8 weeks and TMA-2 in 12 weeks of receiving this booklet to accomplish its purpose as a teaching-tool. We strongly recommend that you should retain a copy of your assignment response to avoid any unforeseen situation. If possible, please attach a photocopy of this assignment along with your response. ...
7.5.1 worksheet - Digilent Learn site
... 1. In the space below, provide (from your pre-lab results) the time constant for the circuit shown in Figure 1 if R=470 , C = 1F. Also provide your estimate steady state response of vC(t) if vIN is a step input with amplitude 5V. (3 pts) ...
... 1. In the space below, provide (from your pre-lab results) the time constant for the circuit shown in Figure 1 if R=470 , C = 1F. Also provide your estimate steady state response of vC(t) if vIN is a step input with amplitude 5V. (3 pts) ...
Circuits Review 2007-2008
... check that currents add up: IT = I5 + I6 = 1.23 A + 0.41 A = 1.64 A Finally, for series portion IS = I3 = I4 = 0.98 A V3 = I3·R3 = 0.98 A · 36 = 35.3 V V4 = I4·R4 = 0.98 A · 24 = 23.5 V check that the voltages add up: VS = V3 + V4 = 35.3 A + 23.5 A = 58.8 A 10. Find the current through each resi ...
... check that currents add up: IT = I5 + I6 = 1.23 A + 0.41 A = 1.64 A Finally, for series portion IS = I3 = I4 = 0.98 A V3 = I3·R3 = 0.98 A · 36 = 35.3 V V4 = I4·R4 = 0.98 A · 24 = 23.5 V check that the voltages add up: VS = V3 + V4 = 35.3 A + 23.5 A = 58.8 A 10. Find the current through each resi ...
DmD43174 - Endicott Research Group, Inc.
... (Note 1) Surface temperature must not exceed 80 degrees C; thermal management actions may be required. (Note 2) Input current in excess of maximum may indicate a load/inverter mismatch condition, which can result in reduced reliability. Please contact ERG technical support. (Note 3) Provided data is ...
... (Note 1) Surface temperature must not exceed 80 degrees C; thermal management actions may be required. (Note 2) Input current in excess of maximum may indicate a load/inverter mismatch condition, which can result in reduced reliability. Please contact ERG technical support. (Note 3) Provided data is ...
company name - Schneider Electric
... Network rated voltage, operating voltage, frequency, and short circuit availability are necessary for proper capacitor bank design. Information on power delivery transformer ratings (nominal kVA, impedance), presence of any existing capacitor banks (type and ratings) in the facility or at the Utilit ...
... Network rated voltage, operating voltage, frequency, and short circuit availability are necessary for proper capacitor bank design. Information on power delivery transformer ratings (nominal kVA, impedance), presence of any existing capacitor banks (type and ratings) in the facility or at the Utilit ...
Introduction to Fundamental Crystal Oscillators
... With overtone operation of crystals, the overtone frequency is not an exact multiple of the fundamental frequency and the circuit design must ensure that the crystal does in fact operate at the overtone frequency. In order to be certain of correct operation, it is preferable to specify series resona ...
... With overtone operation of crystals, the overtone frequency is not an exact multiple of the fundamental frequency and the circuit design must ensure that the crystal does in fact operate at the overtone frequency. In order to be certain of correct operation, it is preferable to specify series resona ...
RESISTORS FOR LIGHTING APPLICATIONS
... applications, such as the increasingly popular energy saving lamps, high intensity discharge (HID) lamps for automotive use, emergency lighting packs and dimmable fluorescent lighting, an example of the latter is shown here. Dimming ballasts use not only general purpose axial and surface mount resis ...
... applications, such as the increasingly popular energy saving lamps, high intensity discharge (HID) lamps for automotive use, emergency lighting packs and dimmable fluorescent lighting, an example of the latter is shown here. Dimming ballasts use not only general purpose axial and surface mount resis ...
FJA13009 High Speed Switching F JA
... This datasheet contains the design specifications for product development. Specifications may change in any manner without notice. ...
... This datasheet contains the design specifications for product development. Specifications may change in any manner without notice. ...
A very high performance self-biased cascode current mirror for
... In this section, Eldospice simulation results for proposed and other circuits have been presented. All of the simulations are carried on Mentor Graphics Eldospice based on TSMC 0.18 lm CMOS technology, using a single supply voltage of -1 V. For all the proposed circuits, aspect ratios of the transis ...
... In this section, Eldospice simulation results for proposed and other circuits have been presented. All of the simulations are carried on Mentor Graphics Eldospice based on TSMC 0.18 lm CMOS technology, using a single supply voltage of -1 V. For all the proposed circuits, aspect ratios of the transis ...
PPS 6 - Devchand College
... Resistor: - A resistor resists or opposes the flow of current through it. It can be connected in the circuit in either direction. The current flowing through it is proportional to the applied voltage. Use of Resistor:1) To control the flow of electric current 2) To provide desired amount of voltage ...
... Resistor: - A resistor resists or opposes the flow of current through it. It can be connected in the circuit in either direction. The current flowing through it is proportional to the applied voltage. Use of Resistor:1) To control the flow of electric current 2) To provide desired amount of voltage ...
dc transient analysis
... Any first – order circuit can be reduced to a Thévenin (or Norton) equivalent connected to either a single equivalent inductor or capacitor. RTh ...
... Any first – order circuit can be reduced to a Thévenin (or Norton) equivalent connected to either a single equivalent inductor or capacitor. RTh ...
VLSI implementation of Izhikevich model neurons
... subthreshold MOS transistor with its source and bulk connected together, shown in Figure 3(d), is used for the project. In this case, the device biased into saturation also has an exponential current-voltage characteristic. λ corresponds to the W / L ratio of the MOS transistor and η is equal to κ , ...
... subthreshold MOS transistor with its source and bulk connected together, shown in Figure 3(d), is used for the project. In this case, the device biased into saturation also has an exponential current-voltage characteristic. λ corresponds to the W / L ratio of the MOS transistor and η is equal to κ , ...