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Components

4 Twig Components
16 Render Count
15 ms Render Time
260.0 MiB Memory Usage

Components

Name Metadata Render Count Render Time
ProductState 
"App\Twig\Components\ProductState"
components/ProductState.html.twig 		7 1.50ms
ProductMostRecent 
"App\Twig\Components\ProductMostRecent"
components/ProductMostRecent.html.twig 		7 5.59ms
ProductType 
"App\Twig\Components\ProductType"
components/ProductType.html.twig 		1 0.18ms
ProductCard 
"App\Twig\Components\ProductCard"
components/ProductCard.html.twig 		1 8.64ms

Render calls

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          Revision Standard - Superseded.<br />\n
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ProductMostRecent App\Twig\Components\ProductMostRecent 258.0 MiB 0.61 ms
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ProductState App\Twig\Components\ProductState 258.0 MiB 0.23 ms
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          New IEEE Standard - Superseded.<br />\n
          Two types of design tests for relays and relay systems that relate to the immunity of this equipment to repetitive electrical transients are specified. Test generator characteristics, test waveforms, selection of equipment terminals on which tests are to be conducted, test procedures, criteria for acceptance, and documentation of test results are described. This standard has been harmonized with IEC standards where consensus could be reached.<br />\n
          \t\t\t\t<br />\n
          The insulation characteristics of protective relays and their associated auxiliaries have been the concern of relay engineers since the early 1920’s. Until about 1954, relays utilized principally electromechanical construction. Some investigations were made during this period on the effects of surges on these relays. This has been reported in the literature.<br />\n
          The development of the transistor resulted in semiconductor components being used in both relay and communication equipment. Field experience indicated that these components are sensitive to certain electrical surges. Since about 1960, considerable amount of investigation has been done relating to the nature of these surges and methods for their control in relation to static relaying. The results of some of these studies are given in Refs [4] through [17]. These investigations and others were used as a basis by the IEEE Relay Committee’s Working Group on Static Relay Surge Protection to develop the surge withstand capability (SWC) test for relays.
          """
        #metaKeywords: null
        #metaDescription: null
        #shortDescription: "IEEE Standard Surge Withstand Capability Test For Protective Relays and Relay Systems"
        -notes: "Superseded"
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      date: 1974-07-15 00:00:00.0 Europe/Paris (+01:00)
    }
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      date: 1979-01-01 00:00:00.0 Europe/Paris (+01:00)
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    -coreDocument: "C37.90.1"
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    -documents: Doctrine\ORM\PersistentCollection {#115534 …}
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ProductCard App\Twig\Components\ProductCard 260.0 MiB 8.64 ms
Input props 
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Component 
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  +imageFilter: "product_thumbnail_teaser"
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  +backgroundColor: "white"
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}
ProductState App\Twig\Components\ProductState 260.0 MiB 0.19 ms
Input props 
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Attributes 
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]
Component 
App\Twig\Components\ProductState {#137614
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  +appearance: "state-suspended"
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  -stateAttributeCode: "state"
  -localeContext: Sylius\Component\Locale\Context\CompositeLocaleContext {#1833 …}
}
ProductMostRecent App\Twig\Components\ProductMostRecent 260.0 MiB 0.77 ms
Input props 
[
  "product" => App\Entity\Product\Product {#137520
    #id: 10861
    #code: "IEEE00005198"
    #attributes: Doctrine\ORM\PersistentCollection {#137503 …}
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Attributes 
[]
Component 
App\Twig\Components\ProductMostRecent {#137691
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  -localeContext: Sylius\Component\Locale\Context\CompositeLocaleContext {#1833 …}
}