Iec 61988-3-1-2005.Pdf

NORME INTERNATIONALE CEI IEC INTERNATIONAL STANDARD 61988 3 1 Première édition First edition 2005 10 Panneaux d''''affichage à plasma – Partie 3 1 Interface mécanique Plasma display panels – Part 3 1 Mec[.]

Généralités

Figures 1 and 2 illustrate the various components of a PDP module example Figure 3 presents both the front and side views, while Figure 4 displays the rear view, including useful dimensions, mounting points \(M_i\), connector positions \(C_i\), special points \(P_i\), and overall dimensions The coordinate system is chosen so that the reference point \(X-Y-Z\) aligns with the center of the screen.

Points de Fixation aussi bien que le nombre de positions de connecteurs peut être variable

Les différentes dimensions du module suivant Z sont données sous forme d'une carte de hauteurs, tel que montré à la Figure 5

The directions of the X, Y, and Z axes are illustrated in Figure 3 The positive X direction extends to the left in the front view (and to the right in the rear view), while the positive Y and Z directions point upwards and from front to back, respectively.

All dimensions presented in these figures and tables must be defined and/or measured under standard environmental conditions: a temperature of 25 °C ± 3 °C, humidity ranging from 25% RH to 85% RH, and pressure between 86 kPa and 106 kPa Any deviations from these conditions should be clearly noted in the report.

Vue d'ensemble et vue éclatée

Figures 1 and 2 illustrate an example of a Plasma Display Module (PDP) A PDP module consists of a panel, a module chassis, maintenance blocks, an addressing board, a scanning board, a power supply, and a logic board The panel is typically mounted on the front face of the chassis using adhesive layers The scanning boards are electrically connected to one vertical edge of the panel via a flexible printed circuit (FPC), while the maintenance block is connected to the opposite vertical edge Another maintenance block is electrically linked to the panel through the scanning board Additionally, the addressing boards play a crucial role in the module's functionality.

The data is connected to a horizontal edge of the panel via FPC The electronic circuits, including maintenance, power supply, and logic board, are mounted on the back of the chassis Mounting pins are utilized to secure the module within a device.

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3.5 screen centre centre point of the screen on the front surface of a panel

3.6 screen diagonal diagonal of the screen area

3.7 zero point centre of the X-Y-Z coordinate system of the module

NOTE It is chosen to coincide with the Screen Centre

This standard prescribes the front, rear and side views and the typical diagrammatic drawings required for documenting a generic PDP design Specimen drawings are shown in Figures 1,

2, 3, 4 and 5 The recommendations for values to be included in each drawing are specified in

Figures 1 and 2 show the different elements of an example PDP module Figure 3 shows the front view and side view Figure 4 shows the rear view; included are the relevant dimensions,

Mounting Points M i , connector positions C i and special points P i on the module and the

The coordinate system is designed so that the X-Y-Z reference point in the drawings aligns with the Screen Centre The quantity of Mounting Points and connector points may vary The module's varying Z dimensions are represented as a height map, illustrated in Figure 5.

The orientations of the X-, Y-, and Z-axes are illustrated in Figure 3, where the positive X direction extends to the left in the front view and to the right in the rear view Additionally, the positive Y direction is oriented upward, while the positive Z direction runs from front to rear.

All the dimensions shown in these figures and tables shall be defined and/or measured at the standard environmental conditions; temperature of 25 °C ± 3 °C, humidity of 25 % RH to

85 % RH, and pressure of 86 kPa to 106 kPa When different conditions are chosen, these shall be noted on the report

5.2 Assembled view and exploded view

The plasma display (PDP) module, illustrated in Figures 1 and 2, consists of several key components including a panel, Module Chassis, sustain units, address units, scan units, a power supply unit, and a control unit The panel is affixed to the front of the chassis with adhesive layers, while the scan units connect to one vertical edge of the panel via flexible printed circuits (FPC) Another sustain unit is linked to a different vertical edge, and an additional sustain unit connects through the scan units The address units are attached to a horizontal edge of the panel, also using FPC The electric circuits, including sustain units, power supply, and control unit, are positioned on the rear side of the chassis, with brackets facilitating the module's attachment to a set.

Les Figures 1 et 2 peuvent être incluses dans chaque spécification pour aider à la compré- hension de chaque configuration de module

Figure 1 – Vue d’ensemble d’un exemple de module PDP

Châssis du Module Alimentation de puissance (PSU)

Figures 1 and 2 may be included in each specification to help understanding each module design

Figure 1 – Assembled view of an example PDP module

Module chassis Power supply unit (PSU)

Figure 2 – Vue éclatée d’un exemple de module PDP

Pattes de fixation Carte logique

Figure 2 – Exploded view of an example PDP module

Vue de face et vue de côté

Figure 3 illustrates both the front and side views of the module, highlighting the screen dimensions and total module dimensions The diagonal screen (D), screen width (H), and screen height (V) are represented, along with the total dimensions (X t, Y t, Z t) that include flexible cables The center of the screen on the front panel is defined as the Zero Point (see Definition 3.7) External dimensions from the Center of the Screen, including X mdl,pos, X mdl,neg, Y mdl,pos, and Y mdl,neg, must also be specified Additionally, the positions P i of special points on the module can be indicated, with P 1 and P 2 serving as examples of special points located on the module's contour It is important that each special point P i appears on only one of the two views, either the front or the back.

The directions of the X, Y, and Z axes are defined as shown in Figure 3 The positive X direction is oriented to the left from the front view (to the right from the back view), while the positive Y and Z directions are oriented upwards and from front to back, respectively.

Le Tableau 1 définit les paramètres donnés à la Figure 3

Figure 3 – Vue de face et vue de côté d’un module PDP incluant les câbles flexibles

Axe X positif Centre de l’écran

Centre de l’écran sur la vue de face du panneau

5.3 Front view and side view

Figure 3 shows examples of a front view and a side view This figure shall show the screen dimensions and the total dimensions of the module, where D, H and V are the Screen

The screen's diagonal measurement, along with its width and height, is crucial for understanding its dimensions The total dimensions, including flex cables, are represented by X t, Y t, and Z t for width, height, and thickness, respectively The center point of the screen on the front surface of the panel is defined as the Screen Centre.

The Zero Point, as defined in Definition 3.7, is crucial for understanding the module's outline dimensions, including X mdl,pos, X mdl,neg, Y mdl,pos, and Y mdl,neg, which are measured from the Screen Centre Additionally, the figure should illustrate special points on the module, such as P 1 and P 2, which serve as examples It is important to note that each special point P i should only be displayed in either the front or rear view, but not both.

The orientations of the X-, Y-, and Z-axes are illustrated in Figure 3, where the positive X direction extends to the left in the front view (and to the right in the rear view), while the positive Y direction is upward and the positive Z direction runs from front to rear.

Table 1 defines the parameters shown in Figure 3

Figure 3 – Front view and side view of the PDP module including flex cables

Centre on the front surface of the panel

Tableau 1 – Liste des paramètres définis dans la vue de face et la vue de côté (Figure 3)

X t Largeur totale d’un module incluant les câbles flexibles

Y t Hauteur totale d’un module incluant les câbles flexibles

Z t Épaisseur totale d’un module incluant les câbles flexibles

X mdl,pos Distance, du côté positif de l'axe X, prise du Contour du Module au Centre de l’Écran

X mdl,neg Distance, du côté négatif de l'axe X, prise du Contour du Module au Centre de l’Écran

Y mdl,pos Distance, du côté positif de l'axe Y, prise du Contour du Module au Centre de l’Écran

Y mdl,neg Distance, du côté négatif de l'axe Y, prise du Contour du Module au Centre de l’Écran

X Pi Coordonnée X d’un point spécial P i

Y Pi Coordonnée Y d’un point spécial P i

Vue arrière

Figure 4 illustrates a rear view that includes the Overall Dimensions Limit, represented by a dashed line (see Definition 3.1) This figure must encompass all dimensions of the Overall Dimensions The horizontal and vertical clearances of the module are denoted as X clear and Y clear, respectively, while X clear,pos and Y clear,neg represent the distances in the positive X and Y directions from the Center of the Screen to the Overall Dimensions Limit of the module Additionally, the positions of connectors C i and Mounting Points M i should be marked in this figure Special point positions P i of the module may also be indicated, ensuring that each special point P i appears on only one of the two front or rear views.

Table 1 – List of parameters defined in the front view and side view (Figure 3)

X t Total width of a module including flex cables

Y t Total height of a module including flex cables

Z t Total thickness of a module including flex cables

X mdl,pos Distance between positive X-side of Module Outline and Screen Centre

X mdl,neg Distance between negative X-side of Module Outline and Screen Centre

Y mdl,pos Distance between positive Y-side of Module Outline and Screen Centre

Y mdl,neg Distance between negative Y-side of Module Outline and Screen Centre

X Pi X-coordinate of a special point P i

Y Pi Y-coordinate of a special point P i

Figure 4 shows an example of a rear view including Clearance Outline The Clearance Outline

The figure, marked by a dotted line, illustrates the dimensions of the Clearance Outline, including the horizontal clearance (X clear) and vertical clearance (Y clear) of the module It also depicts the distances in the positive X (X clear,pos) and Y (Y clear,pos) directions from the Screen Centre to the Clearance Outline Additionally, the positions of the connectors (C i) and the mounting points (M i) are represented in this figure.

P i for special points on the module can also be shown in this figure Each special point P i should not be shown both on the front and rear views

Figure 4 – Vue arrière du module PDP incluant les câbles flexibles

Tableau 2 – Liste des paramètres définis dans la vue arrière (Figure 4)

X clear,pos Distance, du côté positif de l'axe X, prise de la Limite Hors-Tout au Centre de l’Écran

Y clear,pos Distance, du côté positif de l'axe Y, prise de la Limite Hors-Tout au Centre de l’Écran

X Ci Coordonnée X de la position C i du connecteur

Y Ci Coordonnée Y de la position C i du connecteur

X Mi Coordonnée X du Point de Fixation M i

Y Mi Coordonnée Y du Point de Fixation M i

X Pi Coordonnée X du point spécial P i

Y Pi Coordonnée Y du point spécial P i

Figure 4 – Rear view of the PDP module including flex cables Table 2 – List of parameters defined in the rear view (Figure 4)

X clear,pos Distance between positive X-side of Clearance Outline and Screen Centre

Y clear,pos Distance between positive Y-side of Clearance Outline and Screen Centre

X Ci X-coordinate of connector position C i

Y Ci Y-coordinate of connector position C i

X Mi X-coordinate of Mounting Point M i

Y Mi Y-coordinate of Mounting Point M i

X Pi X-coordinate of special point P i

Y Pi Y-coordinate of special point P i

Carte de hauteurs

Figure 5 illustrates a height map of the module, displaying the height values \( U_i \) of specific blocks, including a guard, alongside the fixation points \( M_i \) of the module The coordinates \( Z_{U_i} \) and \( Z_{M_i} \) represent the Z-values of the specific blocks \( U_i \) and the fixation points \( M_i \), as depicted in the side view of Figure 5.

Figure 5 – Carte de hauteur (vue arrière et vue de côté) Tableau 3 – Liste des paramètres définis dans la carte de hauteur (Figure 5)

Z Mi Coordonnée Z du Point de Fixation M i

Z Ui Hauteur du bloc U i sélectionné, par rapport au Centre de l’Écran, incluant l'espace de garde

La hauteur de toute autre partie du module doit être inférieure à toutes celles des blocs désignés.

General

Figures 1 and 2 show the different elements of an example PDP module Figure 3 shows the front view and side view Figure 4 shows the rear view; included are the relevant dimensions,

Mounting Points M i , connector positions C i and special points P i on the module and the

The coordinate system is designed so that the X-Y-Z reference point in the drawings aligns with the Screen Centre The quantity of mounting points and connector points may vary The varying Z dimensions of the module are represented as a height map, illustrated in Figure 5.

The orientations of the X-, Y-, and Z-axes are illustrated in Figure 3, where the positive X direction extends to the left in the front view and to the right in the rear view Additionally, the positive Y direction is oriented upward, while the positive Z direction runs from front to rear.

All the dimensions shown in these figures and tables shall be defined and/or measured at the standard environmental conditions; temperature of 25 °C ± 3 °C, humidity of 25 % RH to

85 % RH, and pressure of 86 kPa to 106 kPa When different conditions are chosen, these shall be noted on the report.

Assembled view and exploded view

The plasma display (PDP) module, as illustrated in Figures 1 and 2, consists of several key components including a panel, module chassis, sustain units, address units, scan units, power supply unit, and control unit The panel is affixed to the front of the chassis using adhesive layers, while the scan units connect to one vertical edge of the panel via flexible printed circuits (FPC) Another sustain unit is linked to a different vertical edge, and an additional sustain unit connects through the scan units The address units are attached to a horizontal edge of the panel, also utilizing FPC The electric circuits, including sustain units, power supply, and control unit, are positioned on the rear side of the chassis, with brackets facilitating the module's attachment to a set.

Les Figures 1 et 2 peuvent être incluses dans chaque spécification pour aider à la compré- hension de chaque configuration de module

Figure 1 – Vue d’ensemble d’un exemple de module PDP

Châssis du Module Alimentation de puissance (PSU)

Figures 1 and 2 may be included in each specification to help understanding each module design

Figure 1 – Assembled view of an example PDP module

Module chassis Power supply unit (PSU)

Figure 2 – Vue éclatée d’un exemple de module PDP

Pattes de fixation Carte logique

Figure 2 – Exploded view of an example PDP module

5.3 Vue de face et vue de côté

Figure 3 illustrates both the front and side views of the module, highlighting the screen dimensions and total dimensions The diagonal screen (D), width (H), and height (V) are clearly defined, along with the total dimensions (Xₜ, Yₜ, Zₜ) that include flexible cables The center of the screen on the front panel is designated as the Zero Point (see Definition 3.7) Additionally, the external dimensions of the module (Xₘdₗ,pos, Xₘdₗ,neg, Yₘdₗ,pos, and Yₘdₗ,neg) should be indicated from the Center of the Screen Special point positions (Pᵢ) within the module are also marked, with P₁ and P₂ serving as examples of special points located on the module's contour It is important that each special point Pᵢ appears on only one of the two views, either the front or the back.

The directions of the X, Y, and Z axes are defined as shown in Figure 3 The positive X direction is oriented to the left from the front view (and to the right from the back view), while the positive Y and Z directions are oriented upwards and from front to back, respectively.

Figure 3 – Vue de face et vue de côté d’un module PDP incluant les câbles flexibles

Axe X positif Centre de l’écran

Centre de l’écran sur la vue de face du panneau

Front view and side view

Figure 3 shows examples of a front view and a side view This figure shall show the screen dimensions and the total dimensions of the module, where D, H and V are the Screen

The diagonal measurement, along with the screen width and height, is crucial for understanding the total dimensions of the display, which include the flex cables The center point of the screen, located on the front surface of the panel, is referred to as the Screen Centre.

The Zero Point, as defined in Definition 3.7, is crucial for understanding the module's outline dimensions, including X mdl,pos, X mdl,neg, Y mdl,pos, and Y mdl,neg, which are measured from the Screen Centre Additionally, special points on the module, denoted as P i, should be illustrated in the figure, with P 1 and P 2 serving as examples It is important to note that each special point P i should only be displayed in either the front or rear view, but not both.