MAX4007/MAX4008 High-Accuracy, 76V, High-Side Current Monitors in SOT23 General Description
... When using the MAX4007/MAX4008 to monitor APD or PIN photodiode currents in fiber applications, several issues must be addressed. In applications where the photodiode must be fully depleted, keep track of voltages budgeted for each component with respect to the available supply voltage(s). The curre ...
... When using the MAX4007/MAX4008 to monitor APD or PIN photodiode currents in fiber applications, several issues must be addressed. In applications where the photodiode must be fully depleted, keep track of voltages budgeted for each component with respect to the available supply voltage(s). The curre ...
Letter - AEGIS Shaft Grounding
... discharges and EDM (electrical discharge machining) damage in the bearings. With AEGIS® technology, shaft voltage is significantly decreased and shaft voltages discharge to ground through the AEGIS® ring. ...
... discharges and EDM (electrical discharge machining) damage in the bearings. With AEGIS® technology, shaft voltage is significantly decreased and shaft voltages discharge to ground through the AEGIS® ring. ...
FC-2000
... addition, the device is grounded at both ends of the cable to ensure maximum protection for the users. The FC2000 is compatible with all types of cables and can be installed on an overhead or underground system. It does not require any access to the conductor as it uses magnetic fields to generate t ...
... addition, the device is grounded at both ends of the cable to ensure maximum protection for the users. The FC2000 is compatible with all types of cables and can be installed on an overhead or underground system. It does not require any access to the conductor as it uses magnetic fields to generate t ...
ad515a data sheet
... designs. The failure mode would be overheating from excess current rather than voltage breakdown. If the source is not current limited, all that is required is a resistor in series with the affected input terminal so that the maximum overload current is 0.1 mA (for example, 1 MΩ for a 100 V overload ...
... designs. The failure mode would be overheating from excess current rather than voltage breakdown. If the source is not current limited, all that is required is a resistor in series with the affected input terminal so that the maximum overload current is 0.1 mA (for example, 1 MΩ for a 100 V overload ...
KP2417961805
... A solar cell basically is a p-n semiconductor junction which is made of several polycrystalline silicon cells. At junction electrons from the sides mix and form a barrier, making it hard for electrons on the N-side to cross to the P-side. Eventually equilibrium is reached, and an electric field sepa ...
... A solar cell basically is a p-n semiconductor junction which is made of several polycrystalline silicon cells. At junction electrons from the sides mix and form a barrier, making it hard for electrons on the N-side to cross to the P-side. Eventually equilibrium is reached, and an electric field sepa ...
Errors in Electrodynamometer Type Wattmeter
... inductance. This capacitance mainly due to the inter turn capacitance of the series resistance. The effect of capacitance is opposite to that due to inductance. Therefore the wattmeter will read high when the load power factor is leading. The inductance in pressure coil circuit will always more than ...
... inductance. This capacitance mainly due to the inter turn capacitance of the series resistance. The effect of capacitance is opposite to that due to inductance. Therefore the wattmeter will read high when the load power factor is leading. The inductance in pressure coil circuit will always more than ...
Selecting a Littelfuse Varistor
... The peak current rating can be checked against the transient current measured in the circuit. If the transient is generated by an inductor, the peak current will not be more than the inductor current at the time of switching. Another method for finding the transient current is to use a graphical ana ...
... The peak current rating can be checked against the transient current measured in the circuit. If the transient is generated by an inductor, the peak current will not be more than the inductor current at the time of switching. Another method for finding the transient current is to use a graphical ana ...
The Daily Report - Crompton Instruments
... released a new Tegra multi-function digital metering system (DMS) in a small DIN 72 and 4-module DIN-rail case for all low and medium voltage switchgear and distribution systems. Benefiting from its compact design and new enclosure options, the Tegra DMS displays up to 57 electrical parameters and c ...
... released a new Tegra multi-function digital metering system (DMS) in a small DIN 72 and 4-module DIN-rail case for all low and medium voltage switchgear and distribution systems. Benefiting from its compact design and new enclosure options, the Tegra DMS displays up to 57 electrical parameters and c ...
The Application of the Equal Area Law in Ferroresonance for
... In picture, the x-coordinate represents the flux linkage, the y-coordinate represents the voltage, the blue dashed line represents the voltage across the nonlinear inductance, the green dashed line represents the voltage across the capacitor, the red curve represents ∆U , the green solid line repres ...
... In picture, the x-coordinate represents the flux linkage, the y-coordinate represents the voltage, the blue dashed line represents the voltage across the nonlinear inductance, the green dashed line represents the voltage across the capacitor, the red curve represents ∆U , the green solid line repres ...
Experience with On line PD Measurements on By James Cowling Martec
... • 80pF Capacitive Couplers (vendor neutral) • Stator Winding RTD’s • RFCT’s ...
... • 80pF Capacitive Couplers (vendor neutral) • Stator Winding RTD’s • RFCT’s ...
Alternating current
Alternating current (AC), is an electric current in which the flow of electric charge periodically reverses direction, whereas in direct current (DC, also dc), the flow of electric charge is only in one direction. The abbreviations AC and DC are often used to mean simply alternating and direct, as when they modify current or voltage.AC is the form in which electric power is delivered to businesses and residences. The usual waveform of alternating current in most electric power circuits is a sine wave. In certain applications, different waveforms are used, such as triangular or square waves. Audio and radio signals carried on electrical wires are also examples of alternating current. These types of alternating current carry information encoded (or modulated) onto the AC signal, such as sound (audio) or images (video).