How to use electrical schematic in a sentence? Find typical usage patterns (collocations)/phrases/context for "electrical schematic" and check conjugation/comparative form for "electrical schematic". Mastering all the usages of "electrical schematic" from sentence examples published by news publications.
A reference designator unambiguously identifies a component within an electrical schematic or on a printed circuit board. The reference designator usually consists of one or two letters followed by a number, e.g. R13, C1002. The number is sometimes followed by a letter, indicating that components are grouped or matched with each other, e.g.
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Figure 1: Electrical schematic of a SQUID where Ib is the bias current, I0 is the critical current of the SQUID, Φ is the flux threading the SQUID and V is the voltage response to that flux. Figure 2 a) Plot of current vs. voltage for a SQUID. Upper and lower curves correspond to nΦ0 and (n+1/2)Φ0 respectively.
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Diagram of a DC SQUID. The current I enters and splits into the two paths, each with currents I_a and I_b. The thin barriers on each path are Josephson junctions, which together separate the two superconducting regions. \Phi represents the magnetic flux threading the DC SQUID loop. Electrical schematic of a SQUID where I_b is the bias current, I_0 is the critical current of the SQUID, \Phi is the flux threading the SQUID and V is the voltage response to that flux.
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An electrical schematic of the MIDI 1.0 electrical/optical interconnection. The MIDI 1.0 specification for the electrical interface is based on a fully isolated current loop. The MIDI out port nominally sources a +5 volt source through a 220 ohm resistor out through pin 4 on the MIDI out DIN connector, in on pin 4 of the receiving device's MIDI in DIN connector, through a 220 ohm protection resistor and the LED of an opto-isolator. The current then returns via pin 5 on the MIDI in port to the originating device's MIDI out port pin 5, again with a 220 ohm resistor in the path, giving a nominal current of about 5 milliamperes.
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It was however Beck who had the idea of creating a full system map in colour. He believed that Underground passengers were not concerned with geographical accuracy and were more interested in how to get from one station to another and where to change trains. While drawing an electrical circuit diagram, Beck came up with a new idea for a map that was based upon the concept of an electrical schematic on which all the stations were more-or-less equally spaced rather than a geographic map. Beck first submitted his idea to Frank Pick of London Underground in 1931 but it was considered too radical because it did not show distances relative from any one station to the others.
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A Voltage controller thyristor based dimmer rack An electrical schematic for a typical SCR-based light dimmer A voltage controller, also called an AC voltage controller or AC regulator is an electronic module based on either thyristors, TRIACs, SCRs or IGBTs, which converts a fixed voltage, fixed frequency alternating current (AC) electrical input supply to obtain variable voltage in output delivered to a resistive load. This varied voltage output is used for dimming street lights, varying heating temperatures in homes or industry, speed control of fans and winding machines and many other applications, in a similar fashion to an autotransformer. Voltage controller modules come under the purview of power electronics. Because they are low-maintenance and very efficient, voltage controllers have largely replaced such modules as magnetic amplifiers and saturable reactors in industrial use.
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