Substrate for electrooptical device, method for manufacturing the substrate, electrooptical device, method for manufacturing the electrooptical device, and electronic apparatus

A method for manufacturing a substrate for an electrooptical device comprising the steps of:

• forming an underlayer on a base in which a plurality of display dots is formed;
• forming a reflective layer on the underlayer;
• and
• forming a color layer on the reflective layer,
• wherein the color layer is formed at regions corresponding to the display dots but is not formed at regions between the display dots.

A substrate for an electrooptical device, comprising:

• a base in which a plurality of display dots is formed;
• an underlayer being provided on the base with recesses or openings at regions between the adjacent display dots, and having irregularly arranged convexities or concavities;
• a reflective layer provided on the underlayer;
• and
• a light-shielding layer disposed so as to fill the recesses or the openings.

A substrate for an electrooptical device, comprising:

• a base in which a plurality of display dots is formed;
• an underlayer being provided on the base and including recesses or openings at regions between the adjacent display dots, and having irregularly arranged convexities or concavities;
• a reflective layer provided on the underlayer;
• and
• a color layer provided on the reflective layer, and disposed so as to get into the recesses or the openings.

An electrooptical device comprising:

• a first base and a second base which face each other;
• an electrooptical material disposed between the first base and the second base;
• first electrodes provided on the first base;
• second electrodes provided on the second base;
• a plurality of display dots disposed at regions where the first electrodes and the second electrodes overlap each other;
• an underlayer being provided on the first base with recesses or openings at regions between the adjacent display dots, and having irregularly arranged convexities or concavities;
• a reflective layer provided on the underlayer;
• and
• a light-shielding layer disposed so as to fill the recesses or the openings.

An electrooptical device comprising:

• a first base and a second base which face each other;
• an electrooptical material disposed between the first base and the second base;
• first electrodes provided on the first base;
• second electrodes provided on the second base;
• a plurality of display dots disposed at regions where the first electrodes and the second electrodes overlap each other;
• an underlayer being provided on the first base with recesses or openings at regions between the adjacent display dots, and having irregularly arranged convexities or concavities;
• a reflective layer provided on the underlayer;
• and
• a color layer disposed so as to get into the recesses or the openings.

A method for manufacturing a substrate for an electrooptical device comprising the steps of:

• forming an underlayer on a base in which a plurality of display dots is formed;
• forming a reflective layer on the underlayer;
• and
• forming a light-shielding layer on the base,
• wherein the underlayer is formed such that the underlayer is provided with recesses or openings at regions between the adjacent display dots, and has irregularly arranged convexities or concavities, and
• wherein the light-shielding layer is formed so as to fill the recesses or the openings.

A method for manufacturing a substrate for an electrooptical device comprising the steps of:

• forming an underlayer on a base in which a plurality of display dots is formed;
• forming a reflective layer on the underlayer;
• and
• forming a color layer on the base,
• wherein the underlayer is formed such that the underlayer is provided with recesses or openings at regions between the adjacent display dots, and has irregularly arranged convexities or concavities, and
• wherein the color layer is formed so as to get into the recesses or the openings.

A method for manufacturing an electrooptical device comprising the steps of:

• forming an underlayer on a first base in which a plurality of display dots is formed;
• forming a reflective layer on the underlayer;
• forming a light-shielding layer on the base;
• forming first electrodes on the first base;
• forming second electrodes on a second base which faces the first base;
• and
• forming an electrooptical material layer between the first base and the second base;
• wherein the underlayer is formed such that the underlayer is provided with recesses or openings at regions between the adjacent display dots, and has irregularly arranged convexities or concavities, and
• wherein the light-shielding layer is formed so as to fill the recesses or the openings.