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MC16021E-SYR
Alphanumeric LCD, 16 x 2, Black on Yellow / Green, 5V, Parallel, English, Japanese, Reflective
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- Manufacturer: EVERBOUQUET
- Product type: Alphanumeric LCD Displays
- Character Count x Line:16 x 2; Display Appearance:Black on Yellow / Green; Logic Voltage:5V; Interface Type:Parallel; Font Set:English, Japanese; Display Mode:Reflective; Character Si
- Font Set: English, Japanese
- Module Size: 84mm x 44mm
- Display Mode: Reflective
- Logic Voltage: 5V
- Product Range: -
- Character Size: 4.86mm
- Interface Type: Parallel
- LCD Display Type: STN
- Display Appearance: Black on Yellow / Green
- Backlighting Colour: No Backlight
- Display Construction: COB
- Character Count x Line: 16 x 2
- Operating Temperature Max: 50°C
- Operating Temperature Min: 0°C
| Delivery and price | |
|---|---|
| Units per pack | 900 |
| Price | 6.2 € |
| Current stock | 10+ |
| Lead time | 30 days |
Datasheet
||<br>PART NO. :<br>**MC16021E-SERIES**<br>FOR MESSRS. :<br>**_CONTENTS_**<br>**_NO._**<br>**_ITEM_**<br>**_PAGE_**<br>1.<br>COVER<br>1<br>2.<br>RECORD OF REVERSION<br>2<br>3.<br>GENERAL SPECIFICATION<br>3<br>4.<br>MECHANICAL DATA<br>4<br>5.<br>ABSOLUTE MAXIMUM RATINGS<br>5<br>6.<br>ELECTRICAL CHARACTERISTICS<br>6<br>7.<br>OPTICAL CHARACTERISTICS<br>7<br>8.<br>OUTLINE DIMENSION<br>8<br>9.<br>BLOCK DIAGRAM<br>9<br>10.<br>POWER SUPPLY FOR LCM<br>9<br>ACCEPTED BY:<br>PROPOSED BY :<br>93.05.05<br> <br>Midas Components Ltd - Web: www.midascomponents.co.uk<br>Tel: 0044 1493 602602 Fax: 0044 1493 665111<br>**EVERBOUQUET INTERNATIONAL CO., LTD.**<br> **EVER** **CATCHER**<br> **GROUP**<br>**WE CATCH THE**<br>**BEST TECH. FOREVER**|<br>PART NO. :<br>**MC16021E-SERIES**<br>FOR MESSRS. :<br>**_CONTENTS_**<br>**_NO._**<br>**_ITEM_**<br>**_PAGE_**<br>1.<br>COVER<br>1<br>2.<br>RECORD OF REVERSION<br>2<br>3.<br>GENERAL SPECIFICATION<br>3<br>4.<br>MECHANICAL DATA<br>4<br>5.<br>ABSOLUTE MAXIMUM RATINGS<br>5<br>6.<br>ELECTRICAL CHARACTERISTICS<br>6<br>7.<br>OPTICAL CHARACTERISTICS<br>7<br>8.<br>OUTLINE DIMENSION<br>8<br>9.<br>BLOCK DIAGRAM<br>9<br>10.<br>POWER SUPPLY FOR LCM<br>9<br>ACCEPTED BY:<br>PROPOSED BY :<br>93.05.05<br> <br>Midas Components Ltd - Web: www.midascomponents.co.uk<br>Tel: 0044 1493 602602 Fax: 0044 1493 665111<br>**EVERBOUQUET INTERNATIONAL CO., LTD.**<br> **EVER** **CATCHER**<br> **GROUP**<br>**WE CATCH THE**<br>**BEST TECH. FOREVER**|<br>PART NO. :<br>**MC16021E-SERIES**<br>FOR MESSRS. :<br>**_CONTENTS_**<br>**_NO._**<br>**_ITEM_**<br>**_PAGE_**<br>1.<br>COVER<br>1<br>2.<br>RECORD OF REVERSION<br>2<br>3.<br>GENERAL SPECIFICATION<br>3<br>4.<br>MECHANICAL DATA<br>4<br>5.<br>ABSOLUTE MAXIMUM RATINGS<br>5<br>6.<br>ELECTRICAL CHARACTERISTICS<br>6<br>7.<br>OPTICAL CHARACTERISTICS<br>7<br>8.<br>OUTLINE DIMENSION<br>8<br>9.<br>BLOCK DIAGRAM<br>9<br>10.<br>POWER SUPPLY FOR LCM<br>9<br>ACCEPTED BY:<br>PROPOSED BY :<br>93.05.05<br> <br>Midas Components Ltd - Web: www.midascomponents.co.uk<br>Tel: 0044 1493 602602 Fax: 0044 1493 665111<br>**EVERBOUQUET INTERNATIONAL CO., LTD.**<br> **EVER** **CATCHER**<br> **GROUP**<br>**WE CATCH THE**<br>**BEST TECH. FOREVER**|<br>PART NO. :<br>**MC16021E-SERIES**<br>FOR MESSRS. :<br>**_CONTENTS_**<br>**_NO._**<br>**_ITEM_**<br>**_PAGE_**<br>1.<br>COVER<br>1<br>2.<br>RECORD OF REVERSION<br>2<br>3.<br>GENERAL SPECIFICATION<br>3<br>4.<br>MECHANICAL DATA<br>4<br>5.<br>ABSOLUTE MAXIMUM RATINGS<br>5<br>6.<br>ELECTRICAL CHARACTERISTICS<br>6<br>7.<br>OPTICAL CHARACTERISTICS<br>7<br>8.<br>OUTLINE DIMENSION<br>8<br>9.<br>BLOCK DIAGRAM<br>9<br>10.<br>POWER SUPPLY FOR LCM<br>9<br>ACCEPTED BY:<br>PROPOSED BY :<br>93.05.05<br> <br>Midas Components Ltd - Web: www.midascomponents.co.uk<br>Tel: 0044 1493 602602 Fax: 0044 1493 665111<br>**EVERBOUQUET INTERNATIONAL CO., LTD.**<br> **EVER** **CATCHER**<br> **GROUP**<br>**WE CATCH THE**<br>**BEST TECH. FOREVER**|<br>PART NO. :<br>**MC16021E-SERIES**<br>FOR MESSRS. :<br>**_CONTENTS_**<br>**_NO._**<br>**_ITEM_**<br>**_PAGE_**<br>1.<br>COVER<br>1<br>2.<br>RECORD OF REVERSION<br>2<br>3.<br>GENERAL SPECIFICATION<br>3<br>4.<br>MECHANICAL DATA<br>4<br>5.<br>ABSOLUTE MAXIMUM RATINGS<br>5<br>6.<br>ELECTRICAL CHARACTERISTICS<br>6<br>7.<br>OPTICAL CHARACTERISTICS<br>7<br>8.<br>OUTLINE DIMENSION<br>8<br>9.<br>BLOCK DIAGRAM<br>9<br>10.<br>POWER SUPPLY FOR LCM<br>9<br>ACCEPTED BY:<br>PROPOSED BY :<br>93.05.05<br> <br>Midas Components Ltd - Web: www.midascomponents.co.uk<br>Tel: 0044 1493 602602 Fax: 0044 1493 665111<br>**EVERBOUQUET INTERNATIONAL CO., LTD.**<br> **EVER** **CATCHER**<br> **GROUP**<br>**WE CATCH THE**<br>**BEST TECH. FOREVER**|<br>PART NO. :<br>**MC16021E-SERIES**<br>FOR MESSRS. :<br>**_CONTENTS_**<br>**_NO._**<br>**_ITEM_**<br>**_PAGE_**<br>1.<br>COVER<br>1<br>2.<br>RECORD OF REVERSION<br>2<br>3.<br>GENERAL SPECIFICATION<br>3<br>4.<br>MECHANICAL DATA<br>4<br>5.<br>ABSOLUTE MAXIMUM RATINGS<br>5<br>6.<br>ELECTRICAL CHARACTERISTICS<br>6<br>7.<br>OPTICAL CHARACTERISTICS<br>7<br>8.<br>OUTLINE DIMENSION<br>8<br>9.<br>BLOCK DIAGRAM<br>9<br>10.<br>POWER SUPPLY FOR LCM<br>9<br>ACCEPTED BY:<br>PROPOSED BY :<br>93.05.05<br> <br>Midas Components Ltd - Web: www.midascomponents.co.uk<br>Tel: 0044 1493 602602 Fax: 0044 1493 665111<br>**EVERBOUQUET INTERNATIONAL CO., LTD.**<br> **EVER** **CATCHER**<br> **GROUP**<br>**WE CATCH THE**<br>**BEST TECH. FOREVER**| |---|---|---|---|---|---|---| ||**_NO._**|**_ITEM_**||||**_PAGE_**| ||1.|COVER||||1| ||2.|RECORD OF REVERSION||||2| ||3.|GENERAL SPECIFICATION||||3| ||4.|MECHANICAL DATA||||4| ||5.|ABSOLUTE MAXIMUM RATINGS||||5| ||6.|ELECTRICAL CHARACTERISTICS||||6| ||7.|OPTICAL CHARACTERISTICS||||7| ||8.|OUTLINE DIMENSION||||8| ||9.|BLOCK DIAGRAM||||9| ||10.|POWER SUPPLY FOR LCM||||9| |||||||| |||||||| |||||||| ||ACCEPTED BY:<br>PROPOSED BY :|||||| |Midas Components Ltd - www.midascomponents.co.uk<br>TEL:_0044 1493 602602_FAX:_0044 1493 665111_|||**MC16021E-SERIES-2**||PAGE: 1/9|| ||||**RECORD** **OF** **REVISION**<br>**SUMMARY**<br>Change the height of LCM：15.0mm→”C”。<br>Change the height of LCM：15.0mm→”C”，9.5mm→”A”。|**RECORD** **OF** **REVISION**<br>**SUMMARY**<br>Change the height of LCM：15.0mm→”C”。<br>Change the height of LCM：15.0mm→”C”，9.5mm→”A”。|**RECORD** **OF** **REVISION**<br>**SUMMARY**<br>Change the height of LCM：15.0mm→”C”。<br>Change the height of LCM：15.0mm→”C”，9.5mm→”A”。| |---|---|---|---|---|---| ||**DATE**|**PAGE**|**SUMMARY**||| ||2004/5/5|4/9|Change the height of LCM：15.0mm→”C”。||| |||8/9|Change the height of LCM：15.0mm→”C”，9.5mm→”A”。||| ||||||| ||||||| |||||**MC16021E-SERIES-2**|PAGE: 2/9| ## _**3. General specifications**_ ## _**3.1 General specifications**_ _PLEASE REFER TO:_ _“CUSTOMER ACCEPTANCE STANDARD SPECIFICATIONS (MS-10-0069)”._ _**3.2 This individual specification is prior to general specifications**_ _**3.3 N U M B E R I N G S Y S T E M**_ |**MC16021E**|B|W|**-**|S|Y|M|L|O|U|N| |---|---|---|---|---|---|---|---|---|---|---| ||(1)|(2)||(3)|(4)|(5)|(6)|(7)|(8)|(9)| _(1).CHARACTER FONTS ： PLEASE ERFER TO_ _“CUSTOMER ACCEPTANCE STANDARD SPECIFICATIONS (MS-10-0069)” (2).LCM TEMPERATURE ：_ “nil” NORMAL TEMP ： “W” WIDE TEMP ： _(3).LCD TYPE ：_ “T” TN TYPE “S” STN TYPE ： ： “H” HTN TYPE “F” FSTN TYPE ： ： _(4).LCD COLOR ：_ “Y” ： YELLOW-GREEN “B” ： BLUE(STN/NEGATIVE)/BLACK(FSTN/NEGATIVE) “G” ： GRAY “W” ： WHITE(FSTN/POSITIVE) _(5)LCD POLARIZE TYPE_ “nil” TRANSFLECTIVE ： “M” TRANSMISSIVE ： _(6).BACKLIGHT TYPE ：_ “L” LED BACKLIGHT ： “R” REFLECTIVE ： _(7).BACKLIGHT COLOR ：_ LED TYPE ： “nil” YELLOW-GREEN “A” AMBER “O” ORANGE ： ： ： “R” RED ： _(8).VIEWING DIRECTION ：_ “nil” 6 O’CLOCK “3” 3 O’CLOCK ： ： “U” ： 12 O’CLOCK “9” ： 9 O’CLOCK _(9).BACKLIGHT TYPE ：_ “nil” ： LED(+),LED(-)---NORMAL “N” ： LED(+),LED(-)---CHANGE > **[MC16021E-SERIES-2 ]**[ PAGE: 3/9] ## _**4. Mechanical data**_ (1) NUMBER OF CHARACTERS ---------------- 16 CH * 2 LINE (2) MODULE SIZE ----------------------------------- 84.0 W * 44.0 H * “ C ” T (Max) mm (3) EFFECTIVE AREA ------------------------------ 64.5 W * 16.0 H mm (4) CHARACTER PATTERN ----------------------- 5 * 7 DOTS + CURSOR (5) CHARACTER SIZE------------------------------ 2.96 W * 4.86 H mm (6) CHARACTER PITCH---------------------------- 3.55 mm (7) DOT SIZE ------------------------------------------ 0.56 W * 0.66 H mm (8) DOT PITCH---------------------------------------- 0.60 W * 0.70 H mm _NOTE ： The dimension of ”C” ， please refer to Outline dimension on PAGE 8/9_ > **[MC16021E-SERIES-2 ]**[ PAGE: 4/9 ] ## _**5. Absolute maximum ratings**_ ## _**5.1 Electrical absolute maximum ratings**_ |**_I_** **_T_** **_E_** **_M_**|**_SYMBOL_**|**_MIN._**|**_MAX._**|**_UNIT_**|**_COMMENT_**| |---|---|---|---|---|---| |POWER SUPPLY FOR LOGIC|VDD-VSS|0|6.0|V|-------| |INPUT VOLTAGE|VI|VSS|VDD|V|-------| |STATIC ELECTRICITY|-------|------|100|V|NOTE (1)| |POWER SUPPLY FOR LED|VLED|--------|6.0|V|--------| NOTE (1): ELECTRO-STATIC DISCHARGE RESISTANCE IS TESTED BY CHARGING A 200PF CAPACITOR AND DISCHARGING IT BY CONTACT WITH A INTERFACE CONNECTOR PIN. ## _**5.2 Environmental absolute maximum ratings**_ |**_I T E M_**|**_CONDITION_**|**_OPERATING_**|**_OPERATING_**|**_STORAGE_**|**_STORAGE_**|**_COMMENT_**| |---|---|---|---|---|---|---| |||**_MIN._**|**_MAX_**.|**_MIN._**|**_MAX_**.|| |AMBIENT<br>TEMPERATURE|NORMAL|0℃|50℃|-20℃|70℃|------| ||WIDE|-20℃|70℃|||| |HUMIDITY|------|NOTE (2)||NOTE (2)||NO<br>CONDENSATION| |VIBRATION<br>NOTE (3)|------|------|0.5G|------|2G|10~300Hz<br>XYZ<br>DIRECTIONS<br>1 Hr EACH| |SHOCK<br>NOTE (3)|------|------|3G|------|50G|10 msec<br>XYZ<br>DIRECTIONS<br>1 TIME EACH| |CORROSIVE<br>GAS|------|NOT<br>ACCEPTABLE||NOT<br>ACCEPTABLE||-------| NOTE (2): Ta ≦ 50 ℃ : 90% RH MAX. Ta 50 : ABSOLUTE HUMIDITY MUST BE LOWER THAN THE ＞ ℃ HUMIDITY OF 90% RH AT 50 ℃ . (80%RH AT 60 ℃ ) NOTE (3): 1G = 9.8 m/S[2] > **[MC16021E-SERIES-2 ]**[ PAGE: 5/9 ] |**_6._**|**_Electrical_** **_characteristics_**|**_Electrical_** **_characteristics_**|||_Ta_ _=_ _25℃_ _VDD_ _=_ _5.0±0.25 V_|_Ta_ _=_ _25℃_ _VDD_ _=_ _5.0±0.25 V_|_Ta_ _=_ _25℃_ _VDD_ _=_ _5.0±0.25 V_|_Ta_ _=_ _25℃_ _VDD_ _=_ _5.0±0.25 V_| |---|---|---|---|---|---|---|---|---| ||**_I_** **_T_** **_E_** **_M_**|**_SYMBOL_**|**_CONDITION_**||**_MIN._**|**_TYP._**|**_MAX._**|**_UNIT_**| ||INPUT VOLTAGE|VIH|----------------||2.2|------|------|V| |||VIL|||------|------|0.6|V| ||OUTPUT VOLTAGE|VOH|-IOH=0.205 mA||2.4|------|------|V| |||VOL|IOL= 1.2 mA||------|------|0.4|V| ||POWER SUPPLY<br>CURRENT|IDD|VDD=|5 .0V|------|1.0|1.5|mA| ||RECOMMENDED<br>LCD DRIVING<br>VOLTAGE, NOTE(1)|VDD-VO|STN/<br>FSTN<br>DUTY<br>=1/16<br>Φ=10°<br>NOTE(2)|Ta=-20<br>OC|------|4.8|------|V| |||||Ta= 0<br>OC|<br>------|4.7|------|V| |||||Ta= 25<br>OC|------|4.5|------|V| |||||Ta= 50<br>OC|------|4.3|------|V| |||||Ta= 70<br>OC|------|4.2|------|V| ||||TN<br>DUTY<br>=1/16<br>Φ=25°<br>NOTE(2)|Ta=-20<br>OC|------|4.7|------|V| |||||Ta= 0<br>OC|<br>------|4.6|------|V| |||||Ta= 25<br>OC|------|4.2|------|V| |||||Ta= 50<br>OC|------|3.8|------|V| |||||Ta= 70<br>OC|------|3.7|------|V| ||POWER SUPPLY<br>CURRENT FOR B.L.|ILED|VLED=5.0 V||------|120|150|mA| NOTE (1): RECOMMENDED LCD DRIVING VOLTAGE MAY FLUCTUATE ABOUT 0.5V BY EACH MODULE. ± - (2): θ = 0° ： VIEWING ANGLE AT 6 O’CLOCK = 180° VIEWING ANGLE AT 12 O’CLOCK - θ ： > **[MC16021E-SERIES-2 ]**[ PAGE: 6/9 ] |**_7._** **_Optical characteristics_**<br> **TN TYPE LCD** _Ta = 25℃ VDD-VO =4.2V_<br>**_I_** **_T_** **_E_** **_M_**<br>**_SYMBOL CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>VIEWING ANGLE<br>Φ2-Φ1<br>K = 1.4<br>NOTE(1)<br>20<br>30<br>----<br>deg.<br>NOTE(2)<br>CONTRAST<br>RATIO<br>K<br>Φ= 25<br>O<br>NOTE(1)<br>2.0<br>3.0<br>----<br>----<br>NOTE(2)<br>tr (rise)<br>Φ= 25<br>O<br>NOTE(1)<br>----<br>150<br>250<br>ms<br>NOTE(2)<br>RESPONSE TIME<br>tf (fall)<br>Φ= 25<br>O<br>NOTE(1)<br>----<br>150<br>250<br>ms<br>NOTE(2)<br> **STN TYPE LCD** _Ta = 25℃ VDD-VO =4.5V_<br>**_I_** **_T_** **_E_** **_M_**<br>**_SYMBOL CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>VIEWING ANGLE<br>Φ2-Φ1<br>K = 2.0<br>NOTE(1)<br>30<br>40<br>----<br>deg.<br>NOTE(2)<br>CONTRAST<br>RATIO<br>K<br>Φ= 10<br>O<br>NOTE(1)<br>3.0<br>4.0<br>----<br>----<br>NOTE(2)<br>tr (rise)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>200<br>350<br>ms<br>NOTE(2)<br>RESPONSE TIME<br>tf (fall)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>300<br>400<br>ms<br>NOTE(2)<br> **FSTN /STN BLUE TYPE LCD** _Ta = 25℃ VDD-VO =4.5V_<br>**_I_** **_T_** **_E_** **_M_**<br>**_SYMBOL CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>VIEWING ANGLE<br>Φ2-Φ1<br>K = 2.0<br>NOTE(1)<br>30<br>40<br>----<br>deg.<br>NOTE(2)<br>CONTRAST<br>RATIO<br>K<br>Φ= 10<br>O<br>NOTE(1)<br>4.0<br>5.0<br>----<br>----<br>NOTE(2)<br>tr (rise)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>200<br>350<br>ms<br>NOTE(2)<br>RESPONSE TIME<br>tf (fall)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>300<br>400<br>ms<br>NOTE(2)<br>**_Brightness for LCM_**<br>**_ITEM_**<br>**_SYMBOL_**<br>**_CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>LED<br>B<br>Φ= 0<br>O<br>θ= 0<br>O<br>5.0<br>----<br>----<br>cd/m2<br>NOTE(2)<br>NOTE(3)<br>NOTE (1):θ= 0° WHEN VIEWING ANGLE AT 6 O’CLOCK<br>θ= 180° WHEN VIEWING ANGLE AT 12 O’CLOCK<br>(2): SEE CUSTOMER ACCEPTANCE STANDARD SPECIFICATION FOR<br>DEFINITION OF OPTICAL CHARACTERISTICS.<br>(3): UNDER NORMAL TEMPERATURE AND HUMIDITY IN A DARK ROOM.|**_7._** **_Optical characteristics_**<br> **TN TYPE LCD** _Ta = 25℃ VDD-VO =4.2V_<br>**_I_** **_T_** **_E_** **_M_**<br>**_SYMBOL CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>VIEWING ANGLE<br>Φ2-Φ1<br>K = 1.4<br>NOTE(1)<br>20<br>30<br>----<br>deg.<br>NOTE(2)<br>CONTRAST<br>RATIO<br>K<br>Φ= 25<br>O<br>NOTE(1)<br>2.0<br>3.0<br>----<br>----<br>NOTE(2)<br>tr (rise)<br>Φ= 25<br>O<br>NOTE(1)<br>----<br>150<br>250<br>ms<br>NOTE(2)<br>RESPONSE TIME<br>tf (fall)<br>Φ= 25<br>O<br>NOTE(1)<br>----<br>150<br>250<br>ms<br>NOTE(2)<br> **STN TYPE LCD** _Ta = 25℃ VDD-VO =4.5V_<br>**_I_** **_T_** **_E_** **_M_**<br>**_SYMBOL CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>VIEWING ANGLE<br>Φ2-Φ1<br>K = 2.0<br>NOTE(1)<br>30<br>40<br>----<br>deg.<br>NOTE(2)<br>CONTRAST<br>RATIO<br>K<br>Φ= 10<br>O<br>NOTE(1)<br>3.0<br>4.0<br>----<br>----<br>NOTE(2)<br>tr (rise)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>200<br>350<br>ms<br>NOTE(2)<br>RESPONSE TIME<br>tf (fall)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>300<br>400<br>ms<br>NOTE(2)<br> **FSTN /STN BLUE TYPE LCD** _Ta = 25℃ VDD-VO =4.5V_<br>**_I_** **_T_** **_E_** **_M_**<br>**_SYMBOL CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>VIEWING ANGLE<br>Φ2-Φ1<br>K = 2.0<br>NOTE(1)<br>30<br>40<br>----<br>deg.<br>NOTE(2)<br>CONTRAST<br>RATIO<br>K<br>Φ= 10<br>O<br>NOTE(1)<br>4.0<br>5.0<br>----<br>----<br>NOTE(2)<br>tr (rise)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>200<br>350<br>ms<br>NOTE(2)<br>RESPONSE TIME<br>tf (fall)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>300<br>400<br>ms<br>NOTE(2)<br>**_Brightness for LCM_**<br>**_ITEM_**<br>**_SYMBOL_**<br>**_CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>LED<br>B<br>Φ= 0<br>O<br>θ= 0<br>O<br>5.0<br>----<br>----<br>cd/m2<br>NOTE(2)<br>NOTE(3)<br>NOTE (1):θ= 0° WHEN VIEWING ANGLE AT 6 O’CLOCK<br>θ= 180° WHEN VIEWING ANGLE AT 12 O’CLOCK<br>(2): SEE CUSTOMER ACCEPTANCE STANDARD SPECIFICATION FOR<br>DEFINITION OF OPTICAL CHARACTERISTICS.<br>(3): UNDER NORMAL TEMPERATURE AND HUMIDITY IN A DARK ROOM.|**_7._** **_Optical characteristics_**<br> **TN TYPE LCD** _Ta = 25℃ VDD-VO =4.2V_<br>**_I_** **_T_** **_E_** **_M_**<br>**_SYMBOL CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>VIEWING ANGLE<br>Φ2-Φ1<br>K = 1.4<br>NOTE(1)<br>20<br>30<br>----<br>deg.<br>NOTE(2)<br>CONTRAST<br>RATIO<br>K<br>Φ= 25<br>O<br>NOTE(1)<br>2.0<br>3.0<br>----<br>----<br>NOTE(2)<br>tr (rise)<br>Φ= 25<br>O<br>NOTE(1)<br>----<br>150<br>250<br>ms<br>NOTE(2)<br>RESPONSE TIME<br>tf (fall)<br>Φ= 25<br>O<br>NOTE(1)<br>----<br>150<br>250<br>ms<br>NOTE(2)<br> **STN TYPE LCD** _Ta = 25℃ VDD-VO =4.5V_<br>**_I_** **_T_** **_E_** **_M_**<br>**_SYMBOL CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>VIEWING ANGLE<br>Φ2-Φ1<br>K = 2.0<br>NOTE(1)<br>30<br>40<br>----<br>deg.<br>NOTE(2)<br>CONTRAST<br>RATIO<br>K<br>Φ= 10<br>O<br>NOTE(1)<br>3.0<br>4.0<br>----<br>----<br>NOTE(2)<br>tr (rise)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>200<br>350<br>ms<br>NOTE(2)<br>RESPONSE TIME<br>tf (fall)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>300<br>400<br>ms<br>NOTE(2)<br> **FSTN /STN BLUE TYPE LCD** _Ta = 25℃ VDD-VO =4.5V_<br>**_I_** **_T_** **_E_** **_M_**<br>**_SYMBOL CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>VIEWING ANGLE<br>Φ2-Φ1<br>K = 2.0<br>NOTE(1)<br>30<br>40<br>----<br>deg.<br>NOTE(2)<br>CONTRAST<br>RATIO<br>K<br>Φ= 10<br>O<br>NOTE(1)<br>4.0<br>5.0<br>----<br>----<br>NOTE(2)<br>tr (rise)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>200<br>350<br>ms<br>NOTE(2)<br>RESPONSE TIME<br>tf (fall)<br>Φ= 10<br>O<br>NOTE(1)<br>----<br>300<br>400<br>ms<br>NOTE(2)<br>**_Brightness for LCM_**<br>**_ITEM_**<br>**_SYMBOL_**<br>**_CONDITION_**<br>**_MIN._**<br>**_TYP._**<br>**_MAX._**<br>**_UNIT_**<br>**_NOTE_**<br>LED<br>B<br>Φ= 0<br>O<br>θ= 0<br>O<br>5.0<br>----<br>----<br>cd/m2<br>NOTE(2)<br>NOTE(3)<br>NOTE (1):θ= 0° WHEN VIEWING ANGLE AT 6 O’CLOCK<br>θ= 180° WHEN VIEWING ANGLE AT 12 O’CLOCK<br>(2): SEE CUSTOMER ACCEPTANCE STANDARD SPECIFICATION FOR<br>DEFINITION OF OPTICAL CHARACTERISTICS.<br>(3): UNDER NORMAL TEMPERATURE AND HUMIDITY IN A DARK ROOM.| |---|---|---| ||**MC16021E-SERIES-2**|PAGE: 7/9| ## _**Brightness for LCM**_ |**_ITEM_**|**_SYMBOL_**|**_CONDITION_**|**_MIN._**|**_TYP._**|**_MAX._**|**_UNIT_**|**_NOTE_**| |---|---|---|---|---|---|---|---| |LED|B|Φ= 0<br>O<br>θ= 0<br>O|5.0|----|----|cd/m2|NOTE(2)<br>NOTE(3)| NOTE (1): θ = 0° WHEN VIEWING ANGLE AT 6 O’CLOCK = 180° WHEN VIEWING ANGLE AT 12 O’CLOCK θ - (2): SEE CUSTOMER ACCEPTANCE STANDARD SPECIFICATION FOR DEFINITION OF OPTICAL CHARACTERISTICS. - (3): UNDER NORMAL TEMPERATURE AND HUMIDITY IN A DARK ROOM. > **[MC16021E-SERIES-2 ]**[ PAGE: 7/9 ] ## _**8. Outline dimension**_ |A~~r ~~<br>fo}<br>€~~&~~<br>°<br>~~aS~~|A~~r ~~<br>fo}<br>€~~&~~<br>°<br>~~aS~~||_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|_0.04_<br>_0.56_<br>~~_56.21_~~<br>_2.96_<br>_3.55_<br>_5.56_<br> ~~Ld~~<br>~~7~~<br>~~A$~~<br>~~|~~<br>~~=~~<br>OOOOO OOOOO~~U7°~~<br>Oooo<br>A<br>OOOOO OOOOO<br>OOOOO<br>OOOO0O OOOOO<br>OOOOO<br>OOOU0O0 OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO|**TYPE**<br>**A**<br>LED B.L.<br>9.5 15.0<br>NO B.L.<br>4.9 10.0<br>~~| TT~~|**TYPE**<br>**A**<br>LED B.L.<br>9.5 15.0<br>NO B.L.<br>4.9 10.0<br>~~| TT~~|**TYPE**<br>**A**<br>LED B.L.<br>9.5 15.0<br>NO B.L.<br>4.9 10.0<br>~~| TT~~|**TYPE**<br>**A**<br>LED B.L.<br>9.5 15.0<br>NO B.L.<br>4.9 10.0<br>~~| TT~~|**C**<br>9.5 15.0<br>4.9 10.0|| |---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---| ||||_11.5_<br>_0.04_<br>~~|~~||**OOOOO** OO**OO**O<br>**O**OOOO<br>OOOOO OOOOO<br>OOOOO<br>OO<br>O~~_~~<br>~~~~ ~_~_~_-_______ ~~oOOOoO0<br>OOOOO<br>OOOOO~~7-7-77~~77<br>ooo<br>OOOoO0O OOOOO<br>OOOOO<br>OOoOoOoO OOOOO<br>OOOOO|||||||||NOTE :||||||| ||||||OOOO0O OOOOO<br>OOOOO OOOOO||||OOOOO<br>OOOOO|||||1.UNIT : mm|1.UNIT : mm|1.UNIT : mm||||| ||||_0.66_||OOOOO OOOOO<br>OOOOO<br>OOOOO OOOOO<br>OOOOO<br>OOOOO OOOOO~~___-----_____~~_._.<br>000000|||||||||2.SCALE : NTS|2.SCALE : NTS|2.SCALE : NTS|2.SCALE : NTS|||| |**_Interface pin connection_**|||**_Interface pin connection_**|||||||||||||||||| |**_PIN_** **_NO._**|||**_1_**|||**_2_**<br>**_3_**<br>**_4_**||**_4_**|**_5_**<br>**_6_**<br>**_7_**|||||||||||| |SYMBOL|||VSS||VDD<br>VO<br>RS||||R/<br>____<br>W<br>E<br>DB0|||||||||||| |**_PIN_** **_NO._**|||**_8_**|||**_9_**<br>**_10_**<br>**_11_**|||**_12_**<br>**_13_**<br>**_14_**|||||||**_15_**|||**_16_**|**_16_**| ||||||||||LED B.L.<br>A||||||||||K|| |SYMBOL|||DB1||DB2<br>DB3<br>DB4||||DB4<br>DB5<br>DB6 DB7|||||||||||| ||||||||||NO B.L.|||||NO B.L.|NO B.L.|N.C|||N.C|| ## _**Interface pin connection**_ > **[MC16021E-SERIES-2 ]**[ PAGE: 8/9 ] ## _**9. Block diagram**_ **==> picture [474 x 604] intentionally omitted <==** **----- Start of picture text -----**<br> E<br>RS 16 16*2 LCD<br>_______<br>R/W<br>DB0<br>U1<br>DB7 40 40<br>VO<br>U2<br>VDD 4<br>DRIVER<br>VSS<br>A<br> LED BACKLIGHT<br>K<br>Display data address charts<br>Character 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16<br>LINE 1 00 01 02 03 04 05 06 07 08 09 0A 0B 0C 0D 0E 0F<br>LINE 2 40 41 42 43 44 45 46 47 48 49 4A 4B 4C 4D 4E 4F<br>EEE EE Eee eee<br>10. Power supply for LCM<br>VDD<br>R<br>+5.0V<br>LCM VO VR<br>(VDD)<br>VSS<br>K A<br>5.0V<br>(VLED)<br>**----- End of picture text -----**<br> RECOMMENDED RESISTOR R : VDD–Vo 1.5V ≧ VDD–Vo: LCD DRIVING VOLTAGE VR: 10K ~20K Ω > **[MC16021E-SERIES-2 ]**[ PAGE: 9/9 ] ~~eeee ee~~
Updated at June 10, 2026
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