reverse blocking thyristor

maximum continuous reverse direct current of a diode, optoelectronic device, thyristor or triac at specified reverse voltage and temperature of a temperature type

maximum capability of a thyristor, triac or diode to absorb energy at specified time duration

maximum limiting rms on-state current flowing from the anode to the cathode in a thyristor or triac

maximum limiting peak on-state current, including all repetitive transient currents, in a triac or thyristor

maximum limiting non-repetitive peak on-state current in a thyristor or triac, at specified duration and mounting-base temperature

value of the gate current required to switch a thyristor or triac from the off-state to the on-state, at specified conditions

maximum limiting continuous voltage between the thyristor or triac anode and cathode in the off state, excluding repetitive and non-repetitive voltages

maximum limiting repetitive peak off-state voltage across a thyristor or triac including all repetitive voltages but excluding all non-repetitive transient voltages

value of the rate of rise of the off-state voltage that will not trigger the device, at specified conditions

value of the gate voltage required to switch a thyristor or triac from the off-state to the on-state, at specified conditions

code of the function of a thyristor

maximum limiting average dc current flowing from anode to cathode in the on-state of a thyristor during one mains cycle at a specified mounting base temperature

maximum dc off-state current in the forward direction of a thyristor or triac at a specified high off-state voltage and a temperature of a temperature type

value as specified by level (minTypmax) of the dc forward current required to hold the thyristor or triac in the on-state at specified temperature of a temperature type

value as specified by level (minTypmax) of the dc forward current required to maintain the thyristor or triac in the on-state after the triggering pulse has been removed, at a specified temperature of a temperature type

code of the envelope of a diode or trigger device

maximum temperature of the mounting base of a transistor, diode, trigger device, optoelectronic device or IC

maximum junction temperature of a transistor, diode, trigger device, optoelectronic device or IC

code of the function of a trigger device

nominal junction temperature of a transistor, diode, trigger device, optoelectronic device or integrated circuit during stress

code of the category to which an electric-electronic component belongs

code of the shape of the terminals of an electric, electronic or electromechanical component

code indicating the placement of the terminals of an electric-electronic or electromechanical component

value as specified by level (miNomax) of the diameter of the terminals of an electric-electronic or electromechanical component

nominal pitch of the terminals of an electric, electronic or electromechanical component

value as specified by level (miNomax) of the length of the terminals of an electric-electronic or electromechanical component extending below the seating plane

code of the terminal material of an electric-electronic or electromechanical component

BSI code of the shape/size of an electric-electronic or electromechanical component for placement on printed circuits

maximum rms current of an electric-electronic or electromechanical component at specified ambient temperature

maximum length of the body of an electric/ electronic or electromechanical component with axial leads, including the lacquered part of the leads

maximum operating thermal resistance of an electric-electronic or electromechanical component, of a specified thermal resistance type

permissible temperature range at which the device may be stored without any voltage being applied

minimum required power dissipation derating factor of an electric-electronic or electromechanical component, at ambient temperatures higher than the rated temperature

nominal pitch of the holes of an electric/electronic or electromechanical component parallel to the x coordinate

value as specified by level (miNomax) of the length of the flange of a component in the x-direction

value as specified by level (miNomax) of the height of the flange of an electric/electronic or electromechanical component

value as specified by level (miNomax) of the diameter of the body of an electric/electronic or electromechanical component

nominal pitch of the terminals of an electric/electronic or electromechanical component parallel to the x coordinate

nominal pitch of the terminals of an electric/electronic or electromechanical component parallel to the y coordinate

nominal diameter of the pitch circle of the terminals of an electric, electronic or electromechanical component

nominal breadth of the terminals of an electric, electronic or electromechanical component

nominal thickness of the terminals of an electric, electronic or electromechanical component

nominal offset of the terminals of an electric, electronic or electromechanical component parallel to the y coordinate

nominal offset of the terminals of an electric, electronic or electromechanical component parallel to the x coordinate

value as specified by level (miNomax) of the diameter of the flange of an electric/electronic or electromechanical component

code of the mounting method of an electric/electronic or electromechanical component

code indicating the exit position of the terminals of an electric/electronic or electromechanical component

code indicating the exit position of the terminals of electric/electronic or electromechanical components

code of the terminal shape of an electric/electronic or electromechanical component

code of the terminal shape of an electric/electronic or electromechanical component

number of holes in an electric, electronic or electromechanical component

code of the basic aspect of the shape of an electric/electronic or electromechanical component

EIcode of the size of an electric/electronic component for placement on printed wiring board

code of the placement of an adjuster on an electric, electronic component for placement on printed-circuit boards

number of studs on an electric/electronic or electromechanical component designed for fastening

number of pitches between the terminals of an electric/electronic or electromechanical component parallel to the x-coordinate

number of pitches between the terminals of an electric/electronic or electromechanical component parallel to the y-coordinate

CECC code of the specification in which an electric/ electronic or electromechanical component is released under the CECC quality assessment system

permissible power which may be dissipated continuously, at normal operating conditions

code of the main functional class to which a component belongs

value as specified by level (miNomax) of the outside diameter of a component with a body of circular cross-section

IEC code of the type of temperature indicating the specific part of a component, or its environment, to which it applies

temperature of a component, or its environment, as a variable

abbreviated name of the authority for quality certification of products

value as specified by level (miNomax) of the inside diameter of a component with a body of circular cross-section

minimum temperature applied to a component during cycle stress

maximum temperature applied to a component during cycle stress

nominal ambient free air temperature applied to a component during high temperature life test

nominal value of the ambient humidity relative to saturation humidity, applied to a component during humidity resistance stress

value as specified by level (miNomax) of the breadth of the flange of a component in the y-direction

code of the shape of the body of an electric/electronic or electromechanical component

code indicating the angle of vision on a component serving as standard for describing the component

one or more characters used to identify a specific terminal of a component

mark that indicates whether the terminal pairs or terminal groups of one function or one component may be exchanged

mark that indicates whether the terminals of one function or one component may be exchanged

nominal value of the x-displacement of the centre of gravity of a component related to the reference point of that component

nominal value of the y-displacement of the centre of gravity of a component related to the reference point of that component

factor by which the rated voltage has to be multiplied to obtain the value of the test voltage to be applied to a device under test

code of the preforming of leads to create a distance between the component and the seating-plane

code of the cross-section shape of the terminals of a component

combination of the reference to a coding system for case sizes and the code of a specific case size within that system of a component

code of the type of connect node of a component

coded abbreviation of the two dimensional projection view of an item

value as specified by level (miNomax) of the distance on the x-axis of the reference point to the zero-point

value as specified by level (miNomax) of the distance on the y-axis of the reference point to the zero-point

value as specified by level (miNomax) of the distance on the z-axis of the reference point to the zero-point

value of the denominator of the ratio of the real things magnitude to the magnitude of the model

value of the angle between the orientation of the axis of a constructive solid geometry primitive and the X-axis of the placement coordinate system

value of the angle between the orientation of the axis of a constructive solid geometry primitive and the Y-axis of the placement coordinate system

value of the angle between the orientation of the axis of a constructive solid geometry primitive and the Z-axis of the placement coordinate system

value as specified by level (miNomax) of the distance on the y-axis of the centre of a sphere

value as specified by level (miNomax) of the distance on the z-axis of the centre of a sphere

value as specified by level (miNomax) of the length of the edge of a N-edged regular column

value as specified by level (miNomax) of the length of the inner radius of a right circular tube

value as specified by level (miNomax) of the length of the outer radius of a right circular tube

code of the type of connection a terminal or connector is being designed for

value indicating the number of corners defining the column type

nominal value of the displacement of the centre of gravity of a component in z-axis direction with respect to the reference point of the component

that part of the type number of a component which identifies its generic function

code as required by a component manufacturer or supplier to identify the component when placing an order

reference to an international, regional, national standard, regulation, directive, or organization based specification etc to which an object shall be made

name or abreviation of the authority or organization being in charge of the referred specification document

reference to an international standard describing a component

reference to a regional or national standard describing a component

MIL code of the specification in which an electric, electronic or electromechanical component is released under the MIL quality assessment system

abbreviated name of the office which has approved the safety of an electric, electronic or electromechanical component

power loss of a component with losses proportional to I² during the state under load at maximum possible continuous rms current (= rated current) and measured at rated ambient temperature and at rated frequency

reference to a document depicting the power loss of a component with losses not proportional to I² during the state under load up to the maximum possible continuous rms current (= rated current) and measured at rated ambient temperature and at rated frequency

amount of electric conducting routes of an object carrying the current, contributing to thermal losses in type and routine tests

required minimum current derating factor of an electric-electronic or electromechanical component, for a specified ambient temperature higher than the rated temperature

power consumption when the item is in a non-operating up state during non-required time and measured at rated ambient temperature and rated frequency

power loss of a component with linear losses proportional to I during the state under load at maximum possible continuous rms current (= rated current) and measured at rated ambient temperature and at rated frequency

average ratio of the duration of energization to the total period in which intermittent or continuous or temporary duty takes place

thermal power loss caused by the over- current in a short-circuit or in a situation equivalent to a short-circuit measured at given duration and at rated ambient temperature