12 Block Diagram------57 12.1

ORDER NO. DSC1605004CE B26

Digital Camera/Body/Lens Kit/Double Zoom Lens Kit Model No. DMC-GX80EB DMC-GX80EC DMC-GX80EE DMC-GX80EF DMC-GX80EG DMC-GX80KEB DMC-GX80KEC DMC-GX80KEE DMC-GX80KEF DMC-GX80KEG DMC-GX80WEB DMC-GX80WEF DMC-GX80WEG DMC-GX80CEC DMC-GX80HEC DMC-GX80HEF DMC-GX80HEG DMC-GX85P DMC-GX85PP DMC-GX85GC DMC-GX85GD DMC-GX85GH DMC-GX85GK DMC-GX85GN

© Panasonic Corporation 2016 Unauthorized copy- ing and distribution is a violation of law. DMC-GX85GT DMC-GX85KGH DMC-GX85KP DMC-GX85KGN DMC-GX85KPP DMC-GX85WGK DMC-GX85KGC DMC-GX85CGC DMC-GX85KGD DMC-GX85CGK Colour [DMC-GX80/GX85] [DMC-GX80W/GX85W/GX80C/GX85C] (K)...... Black Type (K)...... Black Type (S)...... Silver Type (except EE) (S)...... Silver Type (T)...... Brown Type (except EE/EF/P/PP/GN) (T)...... Brown Type [DMC-GX80K/GX85K] [DMC-GX80H] (K)...... Black Type (K)...... Black Type (S)...... Silver Type (except EE) (S)...... Silver Type (T)...... Brown Type (except EE/P/PP/GN)

DMC-GX80K/GX85K series: Interchangeable Lens (H-FS12032) is bundled. DMC-GX80W/GX85W series: Interchangeable Lens (H-FS12032/H-FS35100) are bundled. DMC-GX80C/GX85C series: Interchangeable Lens (H-H020A) is bundled. DMC-GX80H series: Interchangeable Lens (H-FS14140-KA) is bundled.

2 TABLE OF CONTENTS PAGE PAGE 1 Safety Precautions------4 13 Wiring Connection Diagram------67 1.1. General Guidelines------4 13.1. Interconnection Diagram ------67 1.2. Leakage Current Cold Check------4 14 Schematic Diagram ------68 1.3. Leakage Current Hot Check (See Figure. 1) ------4 15 Printed Circuit Board ------68 1.4. How to Discharge the E.Capacitor on Flash 16 Exploded View and Replacement Parts List ------68 P.C.B. ------5 2 Warning------6 2.1. Prevention of Electrostatic Discharge (ESD) to Electrostatically Sensitive (ES) Devices------6 2.2. How to Recycle the Lithium Ion Battery (U.S. Only) ------6 2.3. How to Replace the Lithium Battery ------7 3 Service Navigation ------8 3.1. Introduction------8 3.2. About service of bundled lenses------8 3.3. Important Notice ------8 3.4. Service Notes------14 3.5. General Description About Lead Free Solder (PbF)------16 3.6. How to Define the Model Suffix (NTSC or PAL Model) ------17 4 Specifications ------22 4.1. Camera Body------22 4.2. Lens------25 5 Location of Controls and Components ------27 5.1. Camera Body------27 5.2. Lens------28 6 Service Mode ------29 6.1. Error Code Memory Function------29 7 Troubleshooting Guide ------31 7.1. Checking Method of Body and Interchangeable Lens ------31 7.2. Wi-Fi Circuit ------35 8 Service Fixture & Tools------36 8.1. Service Fixture and Tools------36 8.2. Clean Box ------38 8.3. When Replacing the Main P.C.B.------38 8.4. Service Position------39 9 Disassembly and Assembly Instructions ------40 9.1. Camera Body Part------40 9.2. Disassembly and Assembly Procedure for the Lens------52 10 Measurements and Adjustments------53 10.1. Matrix Chart for Replaced Part and Necessary Adjustment ------53 11 Maintenance------56 11.1. Notice in External Cleaning ------56 12 Block Diagram------57 12.1. Overall Block Diagram ------57 12.2. System Control Block Diagram ------58 12.3. Video/Audio Process(1) Block Diagram ------59 12.4. Video/Audio Process(2) Block Diagram ------60 12.5. Gyro/WiFi Block Diagram------61 12.6. Flash/Hot Shoe Block Diagram ------62 12.7. Lens Block Diagram ------63 12.8. Power(1) Block Diagram------64 12.9. Power(2) Block Diagram------65 12.10. Power(3) Block Diagram------66

3 1 Safety Precautions 1.1. General Guidelines 1.3. Leakage Current Hot Check 1. IMPORTANT SAFETY NOTICE (See Figure. 1) There are special components used in this equipment 1. Plug the AC cord directly into the AC outlet. Do not use which are important for safety. These parts are marked by an isolation transformer for this check. 2. Connect a 1.5 kΩ, 10 W resistor, in parallel with a 0.15 μF in the Schematic Diagrams, Circuit Board Layout, capacitor, between each exposed metallic part on the set Exploded Views and Replacement Parts List. It is essen- and a good earth ground, as shown in Figure. 1. tial that these critical parts should be replaced with manu- 3. Use an AC voltmeter, with 1 kΩ/V or more sensitivity, to facturer’s specified parts to prevent X-RADIATION, measure the potential across the resistor. shock, fire, or other hazards. Do not modify the original 4. Check each exposed metallic part, and measure the volt- design without permission of manufacturer. age at each point. 2. An Isolation Transformer should always be used during 5. Reverse the AC plug in the AC outlet and repeat each of the servicing of AC Adaptor whose chassis is not isolated the above measurements. from the AC power line. Use a transformer of adequate 6. The potential at any point should not exceed 0.75 V RMS. power rating as this protects the technician from acci- A leakage current tester (Simpson Model 229 or equiva- dents resulting in personal injury from electrical shocks. It lent) may be used to make the hot checks, leakage cur- will also protect AC Adaptor from being damaged by acci- rent must not exceed 1/2 mA. In case a measurement is dental shorting that may occur during servicing. outside of the limits specified, there is a possibility of a 3. When servicing, observe the original lead dress. If a short shock hazard, and the equipment should be repaired and circuit is found, replace all parts which have been over- rechecked before it is returned to the customer. heated or damaged by the short circuit. 4. After servicing, see to it that all the protective devices such as insulation barriers, insulation papers shields are properly installed. 5. After servicing, make the following leakage current checks to prevent the customer from being exposed to shock hazards.

1.2. Leakage Current Cold Check 1. Unplug the AC cord and connect a jumper between the two prongs on the plug. 2. Measure the resistance value, with an ohmmeter, Figure. 1 between the jumpered AC plug and each exposed metallic cabinet part on the equipment such as screwheads, connectors, control shafts, etc. When the exposed metallic part has a return path to the chassis, the reading should be between 1 MΩ and 5.2 MΩ. When the exposed metal does not have a return path to the chassis, the reading must be infinity.

4 1.4. How to Discharge the E.Capacitor on Flash P.C.B. CAUTION: • Be sure to discharge the E.Capacitor on Flash P.C.B. before disassembling. • Be careful of the high voltage circuit on Flash P.C.B. when servicing.

[Discharging Procedure] 1. Remove the Top Case Unit. 2. Put the insulation tube on the lead part of resistor (ERG5SJ102: 1kΩ / 5W). (An equivalent type of resistor may be used.) 3. Put the resistor between both terminals of E.Capacitor on the Flash P.C.B. for approx. 5 seconds. 4. After discharging, confirm that the E.Capacitor voltage is lower than 10V by using a voltmeter.

5 2Warning 2.1. Prevention of Electrostatic Discharge (ESD) to Electrostatically Sensitive (ES) Devices Some semiconductor (solid state) devices can be damaged easily by static electricity. Such components commonly are called Elec- trostatically Sensitive (ES) Devices.

The following techniques should be used to help reduce the incidence of component damage caused by electrostatic discharge (ESD).

1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any ESD on your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging ESD wrist strap, which should be removed for potential shock reasons prior to applying power to the unit under test. 2. After removing an electrical assembly equipped with ES devices, place the assembly on a conductive surface such as aluminum foil, to prevent electrostatic charge buildup or exposure of the assembly. 3. Use only a grounded-tip soldering iron to solder or unsolder ES devices. 4. Use only an antistatic solder removal device. Some solder removal devices not classified as “antistatic (ESD protected)” can generate electrical charge sufficient to damage ES devices. 5. Do not use freon-propelled chemicals. These can generate electrical charges sufficient to damage ES devices. 6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or compara- ble conductive material). 7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the chassis or circuit assembly into which the device will be installed. CAUTION : Be sure no power is applied to the chassis or circuit, and observe all other safety precautions. 8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together of your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity (ESD) sufficient to damage an ES device). 2.2. How to Recycle the Lithium Ion Battery (U.S. Only)

6 2.3. How to Replace the Lithium Battery 2.3.1. Replacement Procedure 1. Remove the TOP P.C.B.. (Refer to Disassembly Procedures.) 2. Unsolder the each soldering point of electric lead terminal for Lithium battery (Ref. No. “B7001” at component side of TOP P.C.B.) and remove the Lithium battery together with electric lead terminal. Then replace it into new one. NOTE: The Lithium battery includes electric lead terminals.

NOTE: This Lithium battery is a critical component. It must never be subjected to excessive heat or discharge. It must therefore only be fitted in requirement designed specifically for its use. Replacement batteries must be of same type and manufacture. They must be fitted in the same manner and location as the original battery, with the correct polarity contacts observed. Do not attempt to re-charge the old battery or re-use it for any other purpose. It should be disposed of in waste products destined for burial rather than incineration.

NOTE: Above caution is applicable for a battery pack which is for DMC-GX80/GX85/GX80K/GX85K/GX80W/GX85W/GX80C/GX85C/ GX80H series, as well.

7 3 Service Navigation 3.1. Introduction This service manual contains technical information, which allow service personnel’s to understand and service this model. Please place orders using the parts list and not the drawing reference numbers. If the circuit is changed or modified, the information will be followed by service manual to be controlled with original service manual. 3.2. About service of bundled lenses Please refer to the following service manuals about Disassembly and Assembly or Maintenance of bundled lenses. • H-FS12032PP/E/GK: Order No.DSC1311036CE • H-FS35100PP/E/GK: Order No.DSC1410024CE • H-H020APP/E/GK: Order No.DSC1307028CE • H-FS14140PP/E/GK: Order No.DSC1305023CE/DSC1506509SE 3.3. Important Notice *When servicing, it is recommended dealing with Clean box. (Refer to “8.2. Clean Box” section of this service manual for details.) 3.3.1. Camera Body Unit 3.3.1.1. About Flange back adjustment When turning the image sensor unit mounting screw even a little or removing, the “simplicity flange back adjustment” is need. Perform the “simplicity flange back adjustment” according to contents described in “10 Measurement and Adjustment” section of this service manual.

3.3.1.2. About Shutter Unit (Ref. 80) Before exchanging the “shutter unit”, confirm that the symptom and/or phenomenon is not due to the setting of functions. Important: After replacing the shutter unit, the shutter unit data has to be stored to the unit. The shutter unit supplied as service parts has affix the label of own configure data. By inputting second line to fourth line of these data into the adjustment software and writing these data to Flash-ROM (IC6003), the shutter adjustment becomes needless. In addition, the adjustment software can read data encoded to QR Code by using WEB camera with a close-up function. Refer to the adjustment instruction in the adjustment software for details.

8 3.3.1.3. About Main P.C.B. (Ref.1) & Flash-ROM (IC6003) Before exchanging the “Main P.C.B.”, confirm that the symptom and/or phenomenon is not due to the setting of functions. Important: When cannot be repaired in the IC exchange, and in the case of performing the “Main P.C.B.” exchange, carry out any of following. In the case of exchanging the Flash-ROM (IC6003) is same way too. 1. When the camera power can be ON, and camera body and adjustment software can be communicated: Before replacing the “Main P.C.B. and/or Flash-ROM”, proceed the EEPROM data backup from the unit. After replacing the Main P.C.B. and/or Flash-ROM, overwrite the EEPROM data with backup data from the unit first, then proceed the adjustment /inspection. (Almost adjustment/inspection items can be omitted.) Refer to the adjustment instruction in the adjustment software for details. 2. When the camera power cannot be ON, or camera body and adjustment software cannot be communicated: Almost full adjustment/inspection must be performed after replacing the “Main P.C.B. and/or Flash-ROM”. Refer to the adjustment instruction in the adjustment software for details. Notes after replacement: Make sure the camera body firmware is latest version. 3.3.1.4. About Venus Engine (IC6001) [Located on the Main P.C.B.]: • The Venus Engine (IC6001) consists of two IC chips, which are fixed together with solder. (The so called, “Package On Package” type IC.) NOTE: • During servicing, do not press down hard on the surface of IC6001.

9 3.3.2. Lens Unit (Interchangeable Lens: H-FS12032) 3.3.2.1. About Lens Main Unit (Ref. 203) 1. Lens Main Unit (Ref. 203) is not supplied due to difficulty of the transportation issue (Fragile, Dust-free packing), and requires critical lens adjustments. Therefore, any needs of the “Lens Main Unit” (Ref. 203), carefully confirm its performance in advance. 2. Once “Lens Main Unit” (Ref. 203) is confirmed as defective, place order “Lens Unit” (Ref. 200) and replace Shading Frame (Ref. 208), to maintain Serial number of owner’s original lens.

10 3.3.3. Lens Unit (Interchangeable Lens: H-FS35100) 3.3.3.1. About Lens Main Unit (Ref. 409) 1. Lens Main Unit (Ref. 409) is not supplied due to difficulty of the transportation issue (Fragile, Dust-free packing), and requires critical lens adjustments. Therefore, any needs of the “Lens Main Unit” (Ref. 409), carefully confirm its performance in advance. 2. Once “Lens Main Unit” (Ref. 409) is confirmed as defective, place order “Lens Unit” (Ref. 400) and replace Shading Frame (Ref. 402), to maintain Serial number of owner's original lens.

11 3.3.4. Lens Unit (Interchangeable Lens: H-H020A) 3.3.4.1. About Lens Main Unit (Ref. 515) 1. Lens Main Unit (Ref. 515) is not supplied due to difficulty of the transportation issue (Fragile, Dust-free packing), and requires critical lens adjustments. Therefore, any needs of the “Lens Main Unit” (Ref. 515), carefully confirm its performance in advance. 2. Once “Lens Main Unit” (Ref. 515) is confirmed as defective, place order “Lens Unit” (Ref. 500) and replace Shading Frame (Ref. 503), to maintain Serial number of owner's original lens.

12 3.3.5. Lens Unit (Interchangeable Lens: H-FS14140) 3.3.5.1. About Lens Main Unit (Ref. 609) 1. Lens Main Unit (Ref. 609) is not supplied due to difficulty of the transportation issue (Fragile, Dust-free packing), and requires critical lens adjustments. Therefore, any needs of the “Lens Main Unit” (Ref. 609), carefully confirm its performance in advance. 2. Once “Lens Main Unit” (Ref. 609) is confirmed as defective, place order “Lens Unit” (Ref. 600) and replace Rear Frame Unit (Ref. 608), to maintain Serial number of owner’s original lens.

3.3.6. About Flexible Cable and Connector Do not touch carelessly so that the foreign body should not adhere to the terminal part of flexible cable and connector. Wipe off with a clean cloth and the cotton bud, etc. when the terminal part is dirty.

13 3.4. Service Notes 3.4.1. About Wi-Fi Function The page number in this chapter does not show the page number of this service manual.

14 3.4.2. Important Notice of Servicing This camera unit has the personal information of wireless LAN connection the customer has registered. For the protection of private information, please erase the personal information after the completion of repair by “Initial Settings”. In addition, please print out the following documents, and pass to the customer with the camera unit.

Printing Material [Leaflet for Customer]

[For The Customer]

Before using your camera please check the Wi-Fi settings. Depending on what was serviced, the settings may have been reset to the factory defaults.

1. If the settings were reset you will need to reenter your Lumix Club login ID and password.

If you have forgotten the login ID and/or Password, please connect to the Lumix Club web site and create a new ones.

2.You may also have to reenter the settings for your local Wi-Fi network settings.

We recommend consulting the operating manual if you have any questions.

15 3.5. General Description About Lead Free Solder (PbF) The lead free solder has been used in the mounting process of all electrical components on the printed circuit boards used for this equipment in considering the globally environmental conservation. The normal solder is the alloy of tin (Sn) and lead (Pb). On the other hand, the lead free solder is the alloy mainly consists of tin (Sn), silver (Ag) and copper (Cu), and the melting point of the lead free solder is higher approx.30°C (86°F) more than that of the normal solder. Distinction of P.C.B. Lead Free Solder being used

Service caution for repair work using Lead Free Solder (PbF) • The lead free solder has to be used when repairing the equipment for which the lead free solder is used. (Definition: The letter of “PbF” is printed on the P.C.B. using the lead free solder.) • To put lead free solder, it should be well molten and mixed with the original lead free solder. • Remove the remaining lead free solder on the P.C.B. cleanly for soldering of the new IC. • Since the melting point of the lead free solder is higher than that of the normal lead solder, it takes the longer time to melt the lead free solder. • Use the soldering iron (more than 70W) equipped with the temperature control after setting the temperature at 350±30°C (662±86°F). Recommended Lead Free Solder (Service Parts Route.) • The following 3 types of lead free solder are available through the service parts route. SVKZ000001------(0.3mm 100g Reel) SVKZ000002------(0.6mm 100g Reel) SVKZ000003------(1.0mm 100g Reel) Note * Ingredient: Tin (Sn) 96.5%, Silver (Ag) 3.0%, Copper (Cu) 0.5%. (Flux cored)

16 3.6. How to Define the Model Suffix (NTSC or PAL Model) There are nine kinds of DMC-GX7MK2/GX80/GX85 (Camera body unit), regardless of the colours. • a) DMC-GX7MK2 (Japan domestic model) • b) DMC-GX85P/PP • c) DMC-GX80EB/EC/EF/EG • d) DMC-GX80EE • e) DMC-GX85GN • f) DMC-GX85GD • g) DMC-GX85GT • h) DMC-GX85GK • i) DMC-GX85GC/GH What is the difference is that the “Initial Settings” data which is stored in Flash-ROM mounted on Main P.C.B.. 3.6.1. Defining Methods: To define the model suffix to be serviced, refer to the nameplate which is putted on the bottom side of the unit.

NOTE: After replacing the Main P.C.B., be sure to achieve adjustment. Refer to the adjustment instruction in the adjustment software for details.

17 3.6.2. Initial Settings: After replacing the Main P.C.B. and/or Flash-ROM, make sure to perform the initial settings after achieving the adjustment by ordering the following procedure in accordance with model suffix of the unit. 1. Important Notice: Before proceeding Initial settings, make sure to read the following CAUTION.

2. Procedures: • Precautions: Read the above “CAUTION” carefully. • Preparation: Attach the fully charged Battery, and insert the memory card. Confirm that it is not intelligent auto mode [ iA ] or intelligent auto plus mode [ iA+ ]. (If the unit is intelligent auto mode [ iA ] or intelligent auto plus mode [ iA+ ], it does not display the initial setting menu.)

• Step 1. The temporary cancellation of “Initial Settings”: While pressing [ Playback ] button, [ AF/AE LOCK ] button and “[ RIGHT ] of Cursor buttons” simultaneously, turn the Power on. • Step 2. The cancellation of “Initial Settings”: Press the [ Playback ] button in order to enter the [ Playback ] mode. Press [ AF/AE LOCK ] button and “[ UP ] of Cursor buttons” simultaneously, then turn the power off.

The LCD displays the “ ! ” mark before the unit powers down.

• Step 3. Turn the Power On: Set the mode dial to [ P ] (Program AE Mode), then turn the power on.

18 • Step 4. Display the Initial Settings: While pressing [ MENU/SET ] button and “[ RIGHT ] of Cursor buttons” simultaneously, turn the power off. The “Initial Settings” menu is displayed. There are two kinds of “Initial Settings” menu form as follows: [ CASE 1. After replacing the Main P.C.B. and/or Flash-ROM ] [ Except “EB/EC/EF and EG” models : SEP0697AA is used as a Main P.C.B. ] When Main P.C.B. has just been replaced, 11 model suffixes are displayed as follows. (three pages in total)

[Only “EB/EC/EF and EG” models : (SEP0697AB is used as a Main P.C.B.)] When Main P.C.B. has just been replaced, only 4 model suffixes are displayed as follows. (one page in total) (Do not select GC.)

[CASE 2. Other than “After replacing the Main P.C.B. and/or Flash-ROM”]

19 • Step 5. Cancel “Strict” mode: Press the [ DISP. ] button to cancel “Strict” mode. (Confirm the “Strict” is disappeared.)

• Step 6. Choose the Model Suffix in “Initial Settings”: (Refer to “CAUTION”) [Caution: After replacing the Main P.C.B. and/or Flash-ROM] The model suffix can been chosen, JUST ONE TIME. Once one of the model suffix have been chosen, the model suffix lists will not be displayed, thus, it can not be changed. Therefore, select the area carefully. Select the area with pressing “[ UP ] / [ DOWN ] of Cursor buttons”.

• Step 7. Set the Model Suffix in “Initial Settings”: Press the “[ RIGHT ] of Cursor buttons”. The only set area is displayed, and then press the “[ RIGHT ] of Cursor buttons” after confirmation. (The unit is powered off automatically.)

NOTE: When the error message such as the following is displayed, cancel “Strict” mode. Press [ DISP. ] button to clear the “Strict” display at the upper right corner of screen.

20 • Step 8. Confirmation: Confirm the display of “PLEASE SET THE CLOCK” in concerned language when the unit is turned on again. When the unit is connected to PC with USB cable, it is detected as removable media. (When the “GK” or “GT” model suffix is selected, the display shows “PLEASE SET THE CLOCK” in Chinese.)

As for your reference, major default setting condition is as shown in the following table. • Default setting (After “Initial Settings”) MODEL VIDEO OUTPUT LANGUAGE DATE REMARKS a) DMC-GX85P NTSC English Month/Date/Year b) DMC-GX85PP NTSC English Month/Date/Year c) DMC-GX80EB PAL English Date/Month/Year d) DMC-GX80EC PAL English Date/Month/Year e) DMC-GX80EE PAL Russian Date/Month/Year f) DMC-GX80EF PAL English Date/Month/Year g) DMC-GX80EG PAL English Date/Month/Year h) DMC-GX85GC PAL English Date/Month/Year i) DMC-GX85GD NTSC Korean Year/Month/Date j) DMC-GX85GH PAL English Date/Month/Year k) DMC-GX85GK PAL Chinese (simplified) Year/Month/Date l) DMC-GX85GN PAL English Date/Month/Year m) DMC-GX85GT NTSC Chinese (traditional) Year/Month/Date n) DMC-GX7MK2JPC (Japan domestic model) NTSC/PAL NTSC/PAL Japanese/ Year/Month/Date Chinese (simplified)

21 4 Specifications 4.1. Camera Body The following specification is based on DMC-GX80K/DMC-GX80C/DMC-GX80H/DMC-GX80W/DMC-GX80EB. Some specifications may differ depending on model suffix.

22 23 24 4.2. Lens

25 26 5 Location of Controls and Components The following description is for DMC-GX80K/DMC-GX80C/DMC-GX80H/DMC-GX80W/DMC-GX80EB. Some descriptions may differ depending on model suffix. The page number in this chapter does not show the page number of this service manual. 5.1. Camera Body

27 5.2. Lens

28 6 Service Mode 6.1. Error Code Memory Function 1. General Description This unit is equipped with history of error code memory function, and can be memorized 16 error codes in sequence from the latest. When the error is occurred more than 16, the oldest error is overwritten in sequence. The error code is not memorized when the power supply is shut down forcibly. (i.e., when the unit is powered on by the battery, the battery is pulled out) The error code is memorized to Flash-ROM when the unit has just before powered off. 2. How to Display The error code can be displayed by ordering the following procedure: • Preparation Attach the fully charged Battery, and insert the memory card. • Step 1. The temporary cancellation of “Initial Settings”: While pressing [ Playback ] button, [ AF/AE LOCK ] button and “[ RIGHT ] of Cursor buttons” simultaneously, turn the Power on. • Step 2. Execute the error code display mode: Press [ MENU/SET ] button, [ AF/AE LOCK ] button and “[ LEFT ] of Cursor buttons” simultaneously with the step 1 condition. The display is changed as shown below when the above buttons are pressed simultaneously. Normal display → Error code display → Camera information display → Normal display → .....

Example of Error Code Display

29 Error Code List The error code consists of 8 bit data and it shows the following information.

Important Notice about “Error Code List” About “*” indication: The third digit from the left is different as follows. - In case of 0 (example: 2B001000) When the third digit from the left shows “0”, this error occurred under the condition of Initial Settings has been completed. It means that this error is occurred basically at user side. - In case of 8 (example: 2B801000) When the third digit from the left shows “8”, this error occurred under the condition of Initial Settings has been released. (Example; Factory assembling-line before unit shipment, Service mode etc.) It means that this error is occurred at service side.

• Step 3. How to Exit from Error Code Display Mode: Simply, turn the power off. (Since Error Code display mode is executed under the condition of temporary cancellation of “Initial Settings”, it wake up with normal condition when turn off the power.) NOTE: The error code can not be initialized.

30 7 Troubleshooting Guide 7.1. Checking Method of Body and Interchangeable Lens 1. Initial (Default) Status Of The Lens Unit The Lens unit which is supplied as a standard accessory for this camera unit (H-H020A, H-FS12032, H-FS14140, H- FS35100) shows the following status when the Lens is detached from the Camera unit. NOTE: Although the lens unit is attached it shows the same condition when the Camera turns off.

H-H020A (Included in DMC-GX80C/GX85C): a. FOCUS RING The Focus condition does not changed although Focus ring is rotated. (Free rotation.)

H-FS12032 (Included in DMC-GX80K/GX85K, DMC-GX80W/GX85W): a. ZOOM RING When the Zoom ring is rotated, Zoom condition is changing accordingly. (The 1st lens frame moves.) [ Focal length : 12mm to 32mm [ 35mm film camera equivalent: 24mm to 64mm ] ] b. FOCUS RING The Focus condition does not changed although Focus ring is rotated. (Free rotation.)

H-FS14140 (Included in DMC-GX80H/GX85H): a. ZOOM RING When the Zoom ring is rotated, Zoom condition is changing accordingly. (The 1st lens frame moves.) [ Focal length : 14mm to 140mm [ 35mm film camera equivalent: 28mm to 280mm ] ] b. FOCUS RING The Focus condition does not changed although Focus ring is rotated. (Free rotation.)

H-FS35100 (Included in DMC-GX80C/GX85C): a. ZOOM RING When the Zoom ring is rotated, Zoom condition is changing accordingly. (The 1st lens frame moves.) [ Focal length : 35mm to 100mm [ 35mm film camera equivalent: 70mm to 200mm ] ] b. FOCUS RING The Focus condition does not changed although Focus ring is rotated. (Free rotation.)

2. Initial Inspection Tips (Before Determine The Unit Being Faulty/Defective): Since this unit is equipped with various functions/settings, some phenomenon/effect might be caused by miss usage of function and/or settings. It might be made a miss-judgement caused by miss usage of function & settings although the unit is working properly without fault. Therefore, check/confirm the followings before concluding/determine the unit being faulty/defective. NOTE: Refer to the Operating Instructions about content of various settings. Also, useful hint/tips for this unit is available at following URL, and is updated frequently. http://panasonic.jp/support/global/cs/dsc/

If it is hard to determine whether the resolution is out of specification or not, proceed the “RESOLUTION INSPECTION”, before replacing the Lens Main Unit. (The unit might be mishandling, dropping or others.)

31 3. Reference information

32 33 34 7.2. Wi-Fi Circuit 7.2.1. How to Remove Wi-Fi Password Protection To prevent incorrect operation or use of the Wi-Fi function by a third party and to protect saved personal information, this unit protects the Wi-Fi function with a password. It is unable to service with password locked condition. When accepting for repair, the unit has been set the Wi-Fi password by customer, run the [ Reset Wi-Fi Settings ] for removing Wi-Fi password, then check the operation.

[Reset Procedure of Wi-Fi Settings] 1) Press the [ MENU/SET ] button, and select the [ SETUP ] mode by Cursor buttons. Select [ Reset Wi-Fi Settings ] by Cursor buttons, then press the [ MENU/SET ] button. 2) Select [ YES ] and press the [ MENU/SET ] button. (The [ Reset Wi-Fi Settings ] performs not only resetting Wi-Fi Password but also resetting other all Wi-Fi Settings.) 7.2.2. Checking of trouble caused by Wi-Fi Circuit or not

35 8 Service Fixture & Tools 8.1. Service Fixture and Tools The following service fixture and tools are used for checking and servicing this unit.

36 About Adjustment Shaft: • VMS7941 for H-H020A

37 8.2. Clean Box • The repair quality is considered, and it is recommended working in the environment of specified clean level less than class 10,000 (Federal Standard 209D). [NOTE] • Work in the environment of specified clean level less than class 10,000 (Federal Standard 209D) when inside cleaning of a lens. Please refer to the following service manuals. • H-FS12032PP/E/GK: Order No.DSC1311036CE • H-FS35100PP/E/GK: Order No.DSC1410024CE • H-H020APP/E/GK: Order No.DSC1307028CE • H-FS14140PP/E/GK: Order No.DSC1305023CE/DSC1506509SE

8.3. When Replacing the Main P.C.B. After replacing the Main P.C.B., be sure to achieve adjustment. Refer to the adjustment instruction in the adjustment software for details.

38 8.4. Service Position This service position is used for checking and replacing parts. Use the following extension cables for servicing.

No. Parts No. Connection From 1 RFKZ0466 FP9005(MAIN P.C.B.) ←→ FP8101(BATTERY P.C.B.) 29pin / 0.3 FFC 2 RFKZ0466 FP8102(BATTERY P.C.B.) ←→ FLASH UNIT 29pin / 0.3 FFC 3 VFK1978 FP9006(MAIN P.C.B.) ←→ FRONT CASE UNIT 31pin / 0.3 FFC 4 RFKZ0626 FP9004(MAIN P.C.B.) ←→ MOUNT BASE UNIT 21pin / 0.3 FFC 5 VFK1950 FP9302(SUB P.C.B.) ←→LVF UNIT 33pin / 0.3 FFC 6 VFK1480 FP9403(SUB P.C.B.) ←→ LVF UNIT 6pin / 0.5 FFC 7 VFK1951 FP9301(SUB P.C.B.) ←→ LCD UNIT 39pin / 0.3 FFC

39 9 Disassembly and Assembly Instructions 9.1. Camera Body Part 9.1.1. Disassembly Flow Chart This is a disassembling chart. When assembling, perform this chart conversely.

9.1.2. P.C.B. Location

40 9.1.3. Disassembly Procedure No. Item Fig. Removal 6 Mount, (Fig. D11) Screw (P) x 2 Lens Ring, Screw (Q) x 2 No. Item Fig. Removal Mount Base Unit Mount 1 Rear Case Unit (Fig. D1) Screw (A) x 1 Convex x 1 Screw (B) x 2 Mount Spring Screw (C) x 2 Screw (R) x 5 (Fig. D2) Hot Shoe Cover Lens Ring Shoe Spring Convex x 2 Screw (D) x 2 Front Shoe Plate Screw (E) x 1 (Fig. D12) Locking tab x 2 (Fig. D3) Locking tab x 1 Screw (S) x 1 FP9301 (Flex) Capacitor Holder FP9007 (Flex) Screw (T) x 2 Rear Case Unit (Fig. D13) Lens Lock Pin Unit 2 Rear Plate Unit, (Fig. D4) Screw (F) x 4 Lens Lock Pin Spring LCD Unit FPC Tape Mount Base Unit LCD FPC Tape A 7 Battery Unit (Fig. D14) Screw (U) x 2 Solder (2 points) (Fig. D15) Jack Cover Screw (G) x 6 Battery Unit Screw (H) x 3 Front Case Unit Rear Plate Angle Front Spacer Convex x 7 8 AF LED P.C.B., (Fig. D16) FPC Tape LCD Lock Piece Battery P.C.B. Solder (2 points) LCD Lock Spring AF LED P.C.B. AE Lock Button Screw (V) x 2 Speaker Convex x 2 Rear Plate Unit Battery P.C.B. (Fig. D5) LCD Unit 9 Battery Door Unit (Fig. D17) Battery Door Shaft 3 Top Case Unit (Fig. D6) FP9003 (Flex) Battery Door Spring FP9302 (Flex) Battery Door Unit FP9403 (Flex) 10 Dial SW, (Fig. D18) Screw (W) x 2 Screw (I) x 2 Top P.C.B. FP7001 (Flex) Screw (J) x 1 Convex x 2 (Fig. D7) Locking tab x 3 Dial SW FP8102 (Flex) Strap Holder R Unit Top Case Unit FP7002 (Flex) 4 Main P.C.B., (Fig. D8) FPC Tape Screw (X) x 1 Sub P.C.B. FP3501 (Flex) (Fig. D19) Main - Top FPC FP3502 (Flex) Top P.C.B. FP9004 (Flex) Power Panel FP9005 (Flex) Mode Dial Rotor FP9006 (Flex) 11 LVF Unit (Fig. D20) Screw (Y) x 1 FP9401 (Flex) Hooking part x 2 FP9402 (Flex) Eye Cup Unit FP9404 (Flex) Screw (Z) x 1 FP9901 (Flex) LVF Unit Screw (K) x 1 12 Flash Unit (Fig. D21) Screw (a) x 1 Screw (L) x 3 Screw (b) x 1 Convex x 3 Convex x 2 Convex x 1 Top Plate Battery Earth Plate Flash Lock Lever Main P.C.B. Flash Lock Spring Sub P.C.B. Flash Sheet 5 Image Sensor Unit, (Fig. D9) Screw (M) x 3 (Fig. D22) Convex x 1 Shutter Unit Spring x 3 Convex x 2 Image Sensor Unit (Fig. D23) Convex x 1 (Fig. D10) Screw (N) x 1 Flash Unit Screw (O) x 2 13 Hot Shoe Unit & (Fig. D24) MIC Damper x 2 Damper O Ring MIC Unit Hot Shoe Unit & MIC Unit Shutter Unit

41 9.1.3.1. Removal of the Rear Case Unit

(Fig. D2)

(Fig. D1)

42 9.1.3.2. Removal of the Rear Plate Unit and LCD Unit

(Fig. D3)

(Fig. D4)

43 9.1.3.3. Removal of the Top Case Unit

(Fig. D5)

(Fig. D6)

44 9.1.3.4. Removal of the Main P.C.B. and Sub P.C.B.

(Fig. D7) (Fig. D8)

45 9.1.3.5. Removal of the Image Sensor Unit and Shutter Unit

(Fig. D10)

(Fig. D9)

46 9.1.3.6. Removal of the Mount, Lens Ring and Mount Base Unit

(Fig. D12)

(Fig. D11)

47 (Fig. D13) 9.1.3.7. Removal of the Battery Unit

(Fig. D15)

(Fig. D14)

48 9.1.3.8. Removal of the AF LED P.C.B. and 9.1.3.10. Removal of the Dial SW and Top Battery P.C.B. P.C.B.

(Fig. D16) 9.1.3.9. Removal of the Battery Door Unit

(Fig. D18) (Fig. D17)

49 9.1.3.11. Removal of the LVF Unit

(Fig. D19) (Fig. D20)

50 9.1.3.12. Removal of the Flash Unit

(Fig. D22)

(Fig. D21)

51 NOTE: (When Installing) Make sure to confirm the following points when installing: • The Screw is tightened enough. • Installing conditions are fine. (No distortion, no abnormal- space.) • No dust and/or dirt on image sensor surface. (live mos) • LCD image is fine. (No dust and/or dirt on it, and no gradient images.)

9.2. Disassembly and Assembly Procedure for the Lens Please refer to the following service manuals about Disassem- bly and Assembly of bundled lenses. • H-FS12032PP/E/GK: Order No.DSC1311036CE • H-FS35100PP/E/GK: Order No.DSC1410024CE • H-H020APP/E/GK: Order No.DSC1307028CE • H-FS14140PP/E/GK: Order No.DSC1305023CE/DSC1506509SE

(Fig. D23) 9.1.3.13. Removal of the Hot Shoe Unit & MIC Unit

(Fig. D24)

52 10 Measurements and Adjustments 10.1. Matrix Chart for Replaced Part and Necessary Adjustment The relation between Replaced part and Necessary Adjustment is shown in the following table. When concerned part is replaced, be sure to achieve the necessary adjustment(s). As for Adjustment condition/procedure, consult the “Adjustment Manual” which is available in Adjustment software. NOTE: After adjustments have been terminated, make sure to achieve “Initial Settings”. After updates it to the latest firmware, the adjustment is executed.

*1 NOTE: (About Image Sensor Unit) When remove or turn the flange back adjustment screw, “Simplicity flange back adjustment” *2 is necessary.

53 *2 NOTE: (About Simplicity flange back adjustment) When remove or turn the flange back adjustment screw, “Simplicity flange back adjustment” is necessary. When remove the flange back adjustment screw, please don’t reuse it. Use new one.

[Abstract of “Simplicity flange back adjustment”] Set the camera in front of the chart and set center of the chart picture on LCD. When execute software, camera works AF on 5 spots automatically. Calculate flange back value at 5 spots and display on PC screen. Adjust flange back value within the specification by the 3 screws. The details are refer to adjustment manual in adjustment software.

The image sensor of this camera cannot be fixed when power is OFF. That is why, image sensor adjustment have to do power ON after assembly (only open the rear case). Stand-alone mount part cannot adjust.

*3 NOTE: (When exchange the Shutter Unit) After replacing the shutter unit, the shutter unit data has to be stored to the Flash-ROM (IC6003) on the Main P.C.B.. The shutter unit supplied as service parts has affix the label of own configure data. By inputting second line to fourth line of these data into the adjustment software and writing these data to Flash-ROM (IC6003), the shutter adjustment becomes needless. In addition, the adjustment software can read data encoded to QR Code by using WEB camera with a close-up function. After that, proceed the main body adjustment. The details are refer to adjustment manual in adjustment software.

54 *4 NOTE: (When exchange the Main P.C.B. and/or Flash-ROM (IC6003)) After exchanging the “Main P.C.B. and/or Flash-ROM”, first, execute “Initial Settings” to determine the model suffix, and then, cancel the “Initial Settings” and proceed the adjustments. When the adjustment data is rewrite without “Initial Settings” execution, may not be able to choose desire model suffix. During the “Initial Settings” (When the model suffix select screen is displayed), do not power off or do not remove the battery. * Power down during “Initial Settings” may cause not be able to choose desire model suffix.

When cannot be repaired in the IC exchange, and in the case of performing the “Main P.C.B.” exchange, carry out any of following. 1. When it can turn on power, and the adjustment software can communicate with the camera body: Before replacing, proceed the Flash-ROM (IC6003) data backup from the unit. After replacing, overwrite the Flash-ROM (IC6003) data with backup data from the unit. After that, proceed the main body adjustment. (Almost adjustment/inspection items can be omitted.) Refer to the adjustment instruction in the adjustment software for details. 2. When it cannot turn on power, or the adjustment software cannot communicate with the camera body: Almost readjustment fully are necessary. The details are refer to adjustment manual in adjustment software.

*5 NOTE: (When White Balance (WBL/WBM) adjustment) After change to WB adjustment mode for service with software, the adjustment is executed. After adjusting the AWB adjustment, to cancel the WB adjustment mode for service. The details are refer to adjustment manual in adjustment software.

*6 NOTE: (About the G sensor adjustment) Offset adjustment for built in electronic level. The details are refer to adjustment manual in adjustment software.

*7 NOTE: (About Gyro sensitive/DC offset adjustment) Gyro adjustment for BIS. Put to a normal state and execute automatic adjustment. The details are refer to adjustment manual in adjustment software.

About the 3D interchangeable lens (H-FT012) correspondence This unit has no special structure (circuit or part) for the 3D interchangeable lens correspondence, only by software is processed the 3D interchangeable lens correspondence. Therefore, if taken with other lenses as usual, the 3D interchangeable lens is no problem for operation.

55 11 Maintenance 11.1. Notice in External Cleaning 11.1.1. About the Body NOTE: Before cleaning the camera, remove the battery and/or disconnect power plug from the outlet. Also, remove the memory card and lens unit.

11.1.1.1. Dust/Dirt on the Outer Casing Part (S) 1. Blow off the dust first, then sweep out the dust from narrower spaces with soft cleaning brush. 2. Wipe up fingerprint and/or dirt on the Outer casing part with the dry fuzz-free cloth.

11.1.1.2. Dust/Dirt on the Image Sensor 1. Blow off the dust on the surface of the Image sensor with the Blower. (Refer to the following Figure.) • Keep the Mount Facing down condition towards to floor when cleaning. • Do not put the Blower further inside than the lens mount. • Be careful not to blow too strongly. 2. Wipe off the dirt on the image sensor surface with Lens Cleaning Kit (BK)(VFK1900BK).

11.1.1.3. About the LVF Unit [Procedures] 1. Refer to the “Disassembly & Assembly Instructions” and disassemble the LVF Unit. 2. Blow off the dust of LVF Lens Unit with a blower. 3. Wipe off the dirt on the surface of glasses with Lens Cleaning KIT (VFK1900BK), if necessary. 11.1.2. About the Lens Please refer to the following service manuals about Maintenance of bundled lenses. • H-FS12032PP/E/GK: Order No.DSC1311036CE • H-FS35100PP/E/GK: Order No.DSC1410024CE • H-H020APP/E/GK: Order No.DSC1307028CE • H-FS14140PP/E/GK: Order No.DSC1305023CE/DSC1506509SE

56 12 Block Diagram 12.1. Overall Block Diagram

GYRO P.C.B. MOUNT BOX UNIT

MOS IMAGE SENSOR MEMORY CARD LENS UNIT 4/3” 16 MEGA PIX (Built in AFE)

(27MHz) X6001 SPEAKER SSWF LENS CONTACT SHUTTER BIS UNIT TERMINAL UNIT (24MHz) IC9101 SYSTEM IC MICROPHONE AMP ECM(L) SPEAKER AMP STEREO VIDEO OUT HALL AMP TILT SENSOR MICROPHONE REF AMP ECM(R) IC9901 MOTOR DRIVE

HDMI GYRO TERMINAL Q9801, T9801 (2-AXIS) IC5001 BIS DRIVER IC6001 GYRO IC5101 VENUS ENGINE (1-AXIS) GYRO AMP Wi-Fi CAMERA PROCESS ANTENNA J-PEG COMP/EXPANDS EXT. FLASH HOT SHOE MEDIA I/F (OPTION) UNIT QR8002,8003 USB I/F MAIN MICROPROCESSOR W-LAN MODULE IC9102,9103,9104 OIS CONTROL LOGIC IC LENS DRIVE LCD DRIVE LP-DDR2 MOBILE RAM /8G-bit IC8101 HDMI DRIVER FLASH Q8101 CHARGE CONTROL CHARGE/USB IC1501,1502,1503,1510 TERMINAL IC1511 BATTERY CHARGER/ REAR OPERATIONS MICROCONTROLLER USB SW/REGULATOR BATTERY

IC9101 SYSTEM IC IC1001,1031,1091 8ch SW REGULATOR (POWER SUPPLY)/ DC-DC CONVERTER/ SYNCHRO STEP-DOWN CONVERTER

X9101 IC6003 (32.768kHz) NOR FLASH ROM/1G-bit

IC1051,1231,1251,1411 TOUCH PANEL IC1431,1451,1471,1491 TOP OPERATIONS IC6501,6502,6503,6504 COLOR LCD IC6505,6506,7201,8001 PANEL IC8002,9201,9304 3.0” PANEL REGULATOR/LOAD SW/ 1040k dots DC-DC CONVERTER/ SINGLE COMPARATOR

COLOR LVF 0.38” PANEL 2760k dots IC9401 EYE SENSOR LEVEL METER

DMC-GX80/85 OVERALL BLOCK DIAGRAM

57 12.2. System Control Block Diagram

IC9101 TOP P.C.B. (SYSTEM IC) FP9003 FP7003 PW D3.15V 12 21 POWER LED (Green) (LED PWR OUT) (LED PWR OUT) FP9003 FP7003 LEDOUT0 B2 D7001 11 22 FP9003 FP7003 SUB D3.0V 10 23 USB WiFi LED (Red) LED USB WiFi (LED USB WiFi) FP9003 FP7003 D7003 RL9122 (To IC1502-26) 22 22 (REC ON L) (REC ON L) FP9003 FP7003 B4 REC PIOD4 19 14 (SHUTTER0) S7001 SHUTTER0 L7 IC5001 RL9112 (BIS DRIVER) (LCD OPEN DET) CH5006 PIOA0 A1 RL9126 (PON ON L) (FDIAL LED K) FP9003 FP7003 PIOA6 OUT6B C8 J11 17 16 CH5005 IC7001 IC6001 (FDIAL LED A) FP9003 FP7003 2 4 (VENUS ENGINE) OUT6A B9 18 15 PW D3.15V RL9103 1 3 X9101 (CLK27 SYS) (CLK27 SYS) VM6 C9 PW D3.5V (32.768KHz) MCLK L1 H3 IC7002 L5 OSC IN (SYS RESET) (SYS RESET) RESETOUT H7 U7 2 4 (CMD DIAL F0) (CMD DIAL F0) FP9003 FP7003 R4 RL9117 16 17 K5 OSC OUT (SHUT HALF) (SHUT HALF) 1 3 SHUTTERHALF E5 K4 (CMD DIAL F1) FP9003 FP7003 RL9107 (S SYS SDIN) (S SYS SDIN) (CMD DIAL F1) 15 18 SO G4 J3 P6 SHUTTER RL9108 (S SYS SCK) (S SYS SCK) SCLK J1 J2 S7002 PW D3.15V (S SYS SDO) RL9101 (S SYS SDO) SI H3 J4 CL9008 (S SYS CS) RL9102 (S SYS CS) CS K1 H1 (SHUTTER HALF) FP9003 FP7003 LEDOUT3 A3 X6001 13 20 (LED AF OUT) (SHUT FULL) (SHUTTER FULL) FP9003 FP7003 (24MHz) J1 LEDOUT2 B3 14 19 AC27

(MODE DIAL0) (MODE DIAL0) FP9003 FP7003 V3 MODE DIAL AD27 7 26 PW A1.8V (MODE DIAL1) (MODE DIAL1) FP9003 FP7003 AF LED P.C.B. FLASH/BATTERY P.C.B. V2 S7003 8 25 REAR DIAL UNIT RL8202 RL8103 (LED AF OUT) FP8101 FP9005 (LED AF OUT) CMD DIAL AF LED 25 24 (V THERMO) (CMD DIAL R1) (CMD DIAL R1) FP9003 FP7003 (CMD DIAL R1) FP7001 D8201 (D3R5V) FP8101 FP9005 W4 A17 PW D3.15V 3 30 1 26 25 (PON ON L) FP9003 FP7003 (PON ON L) FP7001 RL8201 RL8104 TH6001 5 28 3 (CMD DIAL R0) (CMD DIAL R0) FP9003 FP7003 (CMD DIAL R0) FP7001 N6 4 29 4

PW D3.15V SUB P.C.B. HOT SHOE FPC FP9003 FP7003 (HALL VCC) FP7002 PW D3.15V SLLK FPC UNIT CL9401 12 21 3 RL6001 (FLASH POP-UP DET) FP9404 (LPSW) FP9401 FP9001 (LPSW) M3 (INT STB DET) (INT STB DET)FP9003 FP7003 (INT STB DET) FP7002 1,2,3 9 54 G16 1 VOUT VCC 4 20 13 4

IC9401 2 GND N.C. 3 (LEVEL METER)

FP9401 FP9001 CS 8 PW D3.15V 21,22,23 40,41,42 CL9404 VDD 1 INT1 11 Reserved 15 REAR CASE1 UNIT VS 14 (HALL VCC) FP9007 CL9405 PW D3.15V EYE SENSOR FPC 9 INT2 SDI 6 2 (LCD OPEN DET) (EYE SENSOR) SCL 4 (LCD OPEN DET) FP9007 1 VOUT VCC 4 FP9403 3 5 LEDK VDD 1 2 N.C. 6 LDR FP9403 2 GND 3 LEDA 4 6 FP9403 (REAR KEYIN1) (REAR KEYIN1) FP9007 SCL 2 C21 POST FOCUS/FN 3 GND 1 4 FP9403 SDA 8 DSP ON L 7 INT 3 AF AE LOCK

LCD EVF SEL LCD UNIT (REAR KEYIN2) (REAR KEYIN2) FP9007 D21 PLAY ON L CH7207 5 MENU/SET FP7203 (INT) (TSP INT) FP7201 FP9301 (TSP INT) FP9401 FP9001 (TP INT) 53 30 9 28 35 AD10 CH7205 CL9402 QMENU/FN

TOUCH FP7203 (I2C SCL(TP)) (TSP SCK) FP7201 FP9301 (TSP SCK) FP9401 FP9001 (I2C SCK) (G I2C CK) 4K PHOTO K2 51 28 11 60 6 (CROSS KEYIN) (CROSS KEYIN) FP9007 PANEL CH7204 CL9403 B21 RIGHT ON L 6 FP7203 (I2C SDA(TP)) (TSP SDA) FP7201 FP9301 (TSP SDA) FP9401 FP9001 (I2C SDA) (G I2C DAT) K3 UP ON L 50 27 12 59 4 LEFT ON L

(REAR THERMO) (REAR THERMO) FP9007 V1 DOWN ON L 9

DMC-GX80/85 SYSTEM CONTROL BLOCK DIAGRAM

58 12.3. Video/Audio Process(1) Block Diagram

IC6003 (NAND FLASH ROM/1G-bit)

ADDRESS/DATA CTL SIG

41 48 56 57 58 59 52 17 8 7 12 10 16 11 IMAGE SENSOR UNIT ALE CLE NCE NRE NWE NWP (SENSOR) DAT0 DAT7 RY/NBY

IC6001 IS P.C.B. (VENUS ENGINE) R25R24R23T27T26 T25 T24 T23 N23P27 P26P25 P24P23 R26 FP3002 FP3502 (SDODA0P) C2 M27 FL2001 JK2002 38 3 (G HDMI D2+) FP3002 FP3502 (SDODA0M) AG24 1 5 3 D2+ C1 M26 37 4 (G HDMI D2-) AF24 2 6 5 D2- FP3002 FP3502 (SDODA1P) AG23 (G HDMI D1+) D2 L27 3 7 6 D1+ 35 6 (G HDMI D1-) FL2002 FP3002 FP3502 (SDODA1M) AF23 4 8 8 D1- D1 L26 (G HDMI D0+) 34 7 AG22 1 5 9 D0+ (G HDMI D0-) FP3002 FP3502 (SDODA2P) HDMI E2 L25 AF22 2 6 11 D0- 32 9 (G HDMI CK+) TERMINAL AG21 3 7 12 CK+ FP3002 FP3502 (SDODA2M) (G HDMI CK-) E1 L24 AF21 4 8 14 CK- 31 10 (HDMI CEC) FP3002 FP3502 (SDOCAP) AA23 15 CEC F2 K27 29 12 17 SCL FP3002 FP3502 (SDOCAM) F1 K26 18 SDA 13 (G HDMI SDA) 28 1 HPDTCT FP3002 FP3502 (SDODA3P) AB24 G2 J27 26 15 Q2002 19 PW D5R FP3002 FP3502 (SDODA3M) PW D3.15V G1 J26 PW HDMI5.0V 25 16 6 5 4 FP3002 FP3502 (SDODB3P) L2 H27 23 18 FP3002 FP3502 (SDODB3M) Q2001 4 5 6 L1 H26 22 19 FP3002 FP3502 (SDOCBP) M2 G27 (READ SCL) 20 21 B11 1 2 3 QR2003 FP3002 FP3502 (SDOCBM) (G HDMI SCL) MOUNT M1 G26 AB23 MOS 19 22 BACE FP3002 FP3502 (SDODB2P) IMAGE N2 F27 3 2 1 UNIT 17 24 P9201 SENSOR FP3002 FP3502 (SDODB2M) (HDMI HPD) N1 F26 AC24 (MEMORY CARD CONNECTOR) 16MEGA PIX 16 25 (Built in AFE) FP3002 FP3502 (SDODB1P) P2 E27 (SD DAT0) 14 27 W27 7 D0 FP3002 FP3502 (SDODB1M) P1 E26 (SD DAT1) 13 28 W26 8 D1 FP3002 FP3502 (SDODB0P) R2 E25 (SD DAT2) RL9203 11 30 V27 9 D2 FP3002 FP3502 (SDODB0M) R1 E24 (SD DAT3) 10 31 V26 1 D3 GND G3 FP3002 FP3502 (IS SCK) A14 A22 (SD CMD) GND G4 7 34 U26 2 CMD FP3002 FP3502 (IS SDO) VSS 3 B14 C22 (CLK SD) 6 35 U27 5 CLK FP3002 FP3502 (IS CS) RL9201 B13 B22 (SDWP) WP 5 36 B7 WP C FP3002 FP3502 (IS THERMO) RL9202 W3 C.DET 2 39 (SDCD SYS) PW D3.15V CD 6 A7 FP3001 FP3501 (IS VD) 4 A13 B23 VDD 23 18 (SSWFOUT SYS) FP3001 FP3501 (IS HD) D27 A12 A23 24 17 (SSWF ON H) QR9202 FP3001 FP3501 (IS PSV) E22 B11 25 16 AE12 FP3001 FP3501 (CLK27 IS FCK) A11 R27 10 31 CL9203 CL9201 (REGULATOR) V20 (PW SD0 3018V) V21 FP3001 FP3501 PW IS1.8V 1 VOUT VIN 4 PW D3.15V 27 14 2 VSS CE 3

FP3001 FP3501 PW ISDM1.2V (REGULATOR) 34,35 6,7 PW AVDD PW D3.5V IC9101 PW IS1.2V FP3001 FP3501 32,33 8,9 (SYSTEM IC) PW AVDDP 1 VOUT VIN 4 IC9201 FP3002 FP3502 (IS PWR ON3) (IS PWR ON3) (REGULATOR) 2 VSS CE 3 D11 PIOB5 PW DVDD 3 38 Q3501 4 VIN VOUT 1 PW D3.15V (REGULATOR) PW D3.5V PW D1.2V 1 RL9120 PW VCHP1 VOUT VIN (SDCD SYS) 3 VCNTGND 2 1 4 PW D5.2V SDDETOUT D3 (REGULATOR) PW D5.2V RL9127 4 5 6 2 VSS CE 3 QR3501 (SD UHS1 ON) Q9201 PW D3.5V 1 VOUT VIN 4 PIOB0 H10 (REGULATOR) (IS PWR ON1) H9 PIOA7 2 VSS CE 3 (SD 1.8V ON) PW IS3.3V 1 VOUT VIN 4 3 2 1 PIOB1 F7 RL9116 FP3002 FP3502 (IS PWR ON2) (IS PWR ON2) VSS CE E8 PIOB7 2 3 4 37 (SD CD) Q9801 SDDETIN G6

8 1 (SD POW ON L) PIOB2 E11 PW D5.0V QR9201 (SSWF OUT0) RL9111 SSWF FPC 7 2 E3 SSWF0OUT (SSWF ON H) 2 6 3 SSWF CTL F4 FP3003 FP3001 FP3501 (SSWF OUT) SSWF OUT 1 3 RL9114 1,2,3 3 38 (SSWF OUT1) FP3003 5 4 E2 SSWF1OUT (SSWFOUT SYS) UNREG GND 4,5,6 6 4 SSWF IN F1

T9801

DMC-GX80/85 VIDEO/AUDIO PROCESS(1) BLOCK DIAGRAM

59 12.4. Video/Audio Process(2) Block Diagram

IC6001 (VENUS ENGINE) SUB P.C.B. LCD UNIT FP9001 FP9401 FP9301 FP7201 FP7203 11 37 32 7 45 AD9 BUS65 EVF0-15 BUS65 EVF0-15 BUS54 EVF0-15 AE5 FP9001 FP9401 FP9301 FP7201 FP7203 26 52 17 22 30 FP9301 FP7201 HSYNC FP7203 36 3 27 FP9301 FP7201 VSYNC FP7203 37 2 26 FP9301 FP7201 PCLK FP7203 34 5 CH7201 28 (S MON CS) FP9001 FP9401 (CSX) FP9301 FP7201 CSX FP7203 Y24 31 12 15 24 CH7203 46 (S MON SDO) FP9001 FP9401 (SDO(MOSI)) FP9301 FP7201 DIN(MOSI) FP7203 Y23 33 10 13 26 CH7202 49 (S MON SCK) FP9001 FP9401 (SCL) FP9301 FP7201 SCL FP7203 W23 32 11 14 25 CH7206 47 (MON RST) FP9001 FP9401 (RES) FP9301 FP7201 RESX FP7203 AA24 37 7 10 29 52

FP9001 FP9401 IP9301 FP9301 FP7201 PW UNREG SYS 36,37 19,20 5,6 33,34 IC7201 LEDPWM (DC/DC CONVERTER) CL7204 FP7203 LCD 25 LX VCI(3.1V) FP7203 VCC 3 16 5 FB VSP FP7203 2 20 CL7202 ERR. VREF AMP VOUT VSWN UVLO 6 FP7203 18 PWM (CLK65 EVF) FP9001 FP9401 (PCLK) COMP. 6 5 4 AG9 EN SHUTDOWN 9 54 R Q DRIVER DELAY 6 5 4 (BUS65 EVFHD) FP9001 FP9401 (HSYNC) CONTROL 3 2 1 AF9 S Q7202 PWM CL7201 7 56 CE (BUS65 EVFVD) FP9001 FP9401 (VSYNC) OVP CNTRL Q7201 AE9 OSC ENB 6 57 1 1 2 3 SLOPE CURRENT CURRENT THERMAL QR7202 1 2 3 VSN FP7203 COM- LIMIT SENSE SHUTDOWN 19 (G I2C CK) FP9001 FP9401 (I2C CK) PENSATION 4 5 6 K2 3 60 (G I2C DAT) FP9001 FP9401 (I2C DAT) GND K3 QR7201 4 59 4 CL7203 VSWP FP7203 21 CA LCD FP7202 PW D3.15V 1,2 IC9101 AN LCD(18.0V) FP7202 (SYSTEM IC) CH9016 CL9305 3,4

(LCD BLT) FP9001 FP9401 (LCD BLT) FP9301 FP7201 PIOC2 D9 29 34 8 31

(CLOCK) FP9302 3 (HSYNC) FP9302 5 (VSYNC) FP9302 REAR PLATE UNIT 8 CL9102 FP9302 (G SP POG) RL7101 14 FP9007 7 CL9103 (G SP NEG) RL7102 SPEAKER CH9015 BUS65 EVF0-15 FP9007 8 FP9302 (EVF POWER) FP9001 FP9401 (EVF POWER) 29 PIOC1 C10 28 35 CH9301 LVF (SCL) FP9302 CH9304 30 (SDA) FP9302 31 (EVF RESET) FP9001 FP9401 (EVF RES) (NRESET) FP9302 PIOC0 C11 36 27 IC9304 7 (REGULATOR) CL9304 HOT SHOE FPC (VIO Selial (3.3V)) FP9302 TOP P.C.B. PW D3.5V 4 1 VDDVOUT 4 QR9302 (VCCX (3.3V)) FP9302 RL7301 FP9003 FP7003 FP7002 (MIC GND) ECM(L) PW EVF1.8V 3 CE VSS 2 6 CL9105 (AVCC(5V)) FP9302 30 3 25 - PW HDMI5.0V 4 3 (G MIC LIN) (ECM LIN) RL7302 + 12,13 FP9003 FP7003 FP7002 (VCC (1.8V)) FP9302 31 2 24 RL9110 PW EVF1.8V 5 2 9-11 STEREO (AUD MCLK) CL9106 ECM(R) MICROPHONE H4 H4 MCLKO CL9303 (ECM RIN) RL7303 (G MIC RIN) FP9003 FP7003 FP7002 RL9104 6 1 32 1 23 + RL7304 (AUD DCLK) FP9003 FP7003 FP7002 (MIC GND) - G1 J3 BCLK 33 4 22

RL9109 (G SP POG) (AUD DIN) SPPOS G11 G3 K2 ADOUT (G SP NEG) RL9106 SPNEG F11 (AUD DOUT) (MREG) G2 K3 DA IN MREG D7 (G MIC LIN) RL9105 MICINL1 C8 (AUD FCLK) (G MIC RIN) G4 L2 LRCLK MICINR1 C7

DMC-GX80/85 VIDEO/AUDIO PROCESS(2) BLOCK DIAGRAM

60 12.5. Gyro/WiFi Block Diagram

FRONT CASE UNIT

IC6001 GYRO/WIFI P.C.B. (VENUS ENGINE) IC8501 (W-LAN MODULE) Wi-Fi RL8503 (G WiFi CLK) FP9006 FP5301 (G WiFi CLK) ANTENNA A8 12 SDIO CLK 3 28 RL8504 (WiFi CMD) FP9006 FP5301 (WiFi CMD) B8 13 SDIO CMD 8 23 RL8502 (WiFi DAT0) FP9006 (WiFi DAT0) C8 FP5301 11 SDIO D0 12 19 RL8501 (WiFi DAT1) FP9006 FP5301 (WiFi DAT1) D8 10 SDIO D1 11 20 (WiFi DAT2) (WiFi DAT2) RL8506 FP8501 FP9006 FP5301 2.4G ANT 31 C9 15 SDIO D2 1-4 10 21 RL8505 (WiFi DAT3) FP9006 FP5301 (WiFi DAT3) RL7651 D9 14 SDIO D3 9 22 (WiFi RESET) FP9006 FP5301 29 RESET N 5 26 IC9101 IC9102 PW D3.15V IC9103 PW D3.15V IC9104 PW D3.15V (LOGIC IC) (LOGIC IC) (LOGIC IC) (SYSTEM IC)

INB 1 VCC 5 1 CK VCC 8 1 CK VCC 8 (WiFi RESET) (CLK27 SYS) D10 PIOB6 PR 7 PR 7 H3 2 2 D 2 D INA 3 NQ CLR 6 RL9131 3 NQ CLR 6 H7 RESETOUT 3 GND 4 OUT RL9130 4 GND Q 5 4 GND Q 5

(SAMB S SDIN) A16 (SAMB S SDOUT) B16 (SAMB S SCK) D15 IC5001 (BIS DRIVER) IC5302 (GYRO SENSOR:2-AXIS) (SAMB S CS) C16 A1 CSIO CS SRDY N (CLK9 SAMBA) FP9006 FP5301 (PW GY3R0V) VCC V1 3 CH5011 PW GY3.0V 1 (SAMB M SCK) CLOCK A2 25 6 L2 D2 CSIO HS SCLKI FP9006 FP5301 (PW VDD33) VDD PW VDD33 7 VREGA CH5012 26 5 REG 14 (SAMB M SDIN) CH5041 L3 C3 CSIO HS TXD 100k 100k CH5013 (G GYRO CS) (OIS GYRO CS) (OIS GYRO CS) CSB ANALOG BLOCK (SAMB M SDOUT) FP9006 FP5301 P00 G2 8 I/F BLOCK L4 C1 CSIO HS RXD 30,31 1 VREGD (SAMB S SCK) (SAMB S SCK) FP9006 FP5301 (OIS GYRO SCK) SCLK REG 16 CH5014 CSIO SCLK C2 9 (SAMB M CS) 29 2 K1 D4 CSIO HS CS N DIGITAL BLOCK CH5015 (SAMB S SDOUT) (SAMB M HSRDY) (SAMB S SDOUT) FP9006 FP5301 (OIS GYRO DI) MISO P1 B3 CSIO HS SRDYO N CSIO RXD A3 10 A ch 28 3 SENSE TUNING CH5031 SPI (SAMB INTIN1) LPF A/D BLOCK FORK (SAMB S SDIN) (SAMB S SDIN) FP9006 FP5301 (OIS GYRO DO) MOSI I/F R7 F2 MSIO SCLK CSIO TXD B2 11 CH5036 27 4 (SAMB RSV3) M2 F1 MSIO TXD(ICUIN9) 100k fc: : 2KHz CH5032 (SAMB INTIN2) SL P7 E2 MSIO RXD PW GY3.0V 12 B ch (G GYRO ROLL) SENSE TUNING CH5035 100k (SAMB RSV2) ADIN EXT3 G4 LPF A/D BLOCK FORK G15 E1 MSIO CS(ICUIN8) GND1 CH5004 4 5 2 (SAMB RESET) GND2 VDD 4 T7 A4 SYSRST N GND3 fc: : 2KHz CH5034 IC5101 6 (SAMB RSV1) (GYRO AMP) T6 G1 P01(ICUIN1) VSS CH5033 (SAMB INTIN3) 3 2 1 R6 D1 MOB1 (G GYRO DAC) HAY DAOUT K7 IC5301 (GYRO SENSOR:1-AXIS) (G GYRO OUT) (G GYRO OUT) FP9006 FP5301 5 4 24 7 Vout GND (G GYRO REF) FP9006 FP5301 (G GYRO REF) 6 Vref N.C. 3 23 8 7 Sleep N.C. 2

8 Vdd N.C. 1

IC2701 (TILT SENSOR)

FP9006 FP5301 (PW D3R15V) PW D3.15V 10 VDD IO 25 16,17 9 VDD CH6008 (S BISACC IRQ) (S BISACC IRQ) FP9006 FP5301 (S BISACC IRQ) A15 12 INT1 CH6004 9 15 (S BISACC SCK) (S BISACC SCK) FP9006 FP5301 (S BISACC SCK) N2 1 SCL/SPC CH6007 8 12 (S BISACC CS) (S BISACC CS) FP9006 FP5301 (S BISACC CS) C17 2 CS CH6005 7 11 (S BISACC SDI) (S BISACC SDI) FP9006 FP5301 (S BISACC SDI) N3 3 SDO/SA0 CH6006 6 14 (S BISACC SDO) (S BISACC SDO) FP9006 FP5301 (S BISACC SDO) N4 4 5 13 SDA/SDI/SDO RL2701 11 INT2

DMC-GX80/85 GYRO/WiFi BLOCK DIAGRAM

61 12.6. Flash/Hot Shoe Block Diagram

TOP P.C.B.

D7004 HOT SHOE FPC

C G A

(STX) FP7002 STX RL7305 (EXT STB TRG) FP9003 FP7003 (EXT STB TRG) 16-18 21 12 STTXD RL7306

(EXT STB DET) FP9003 FP7003 (EXT STB DET) STRXD 22 11 RL7307 HOT SHOE IC6001 PW D3.15V (VENUS ENGINE) Q7001 STRTTL RL7308 3 2 1

EXTB5R2V RL7309 QR8002 (STTXD) FP9003 FP7003 (STTXD) FP7002 27 6 12 (STRXD) (STRXD) PW D3.15V FP9003 FP7003 FP7002 CH8003 4 5 6 28 5 11 (STRTTL) FP9003 FP7003 (STRTTL) FP7002 (EXT STB OUT) 23 10 10 P3 FP9003 FP7003 (PW EXTSTB5R0V) FP7002 PW EXTSTB5.0V CH8002 24-26 7-9 6-8 (EXT STB IN) P2

PW D3.15V

3 2 1

QR8003

4 5 6

(EXT STRTTL) T1

(STB TRG) H2

IC9101 BATTERY P.C.B. (SYSTEM IC) FLASH P.C.B. UNIT RL9113 IP8101 P8101 BATTERY T8101 1 (STB TRG) IP8102 FP9005 FP8101 RL8101 RL8301 LVL SHIFTB0 D1 PW UNREG RL8303(MC+) 1-8 1-9 2 3

IC8101 1 4 (EXT STB TRG) (CHARGE CONTROL) RL8307 C8301 F2 EXT STB TRG CL8102 (EARTH (For Flash Charge) RL9132 VCC SPRING) FP9005 FP8101 VCC PW D3.5V 5 (EXT STB DET) 23 24 RL8102 RL8302 PIOD3 A4 UVLO RL8304(MC-) STB UVLO TSD TSD CL8110 VREF

(STB CHG START) FP9005 FP8101 START OS ENABLE 6 START SQ VCC 19 20 SW FULL R SDP STB 10 STB LOGIC UVLO DRIVER TSD MAX ON PGND FLASH UNIT MAX OFF TIME SQ MAX. OFF MAX ON ON R (LAMP+) FP8102 RL8401 TIME SDP SDP 24-29 PGND 1 (LAMP-) RADJ FP8102 CL8108 8 I/V 14-19 VC RL8403 FLASH 4 (STB CHG DET) FP9005 FP8101 FULL FULL Q S 9 OFF (TRG 1st) FP8102 20 21 R OS GND 3 Q8101 7-9 5 6 7 8 VCC RL9125 CL8109 RL8404 STB IGBT OUT (INT STB TRG) (INT STB TRG) FP9005 FP8101 IGBT IN 2 4 INT STB TRG F3 7 18 19 (TRG GND) FP8102 RL8402 1-3 3 2 1

(STB CHG START) A11

(STB CHG DET) B14

DMC-GX80/85 FLASH/HOT SHOE BLOCK DIAGRAM

62 12.7. Lens Block Diagram

SUB P.C.B. IC6001 IC9901 (VENUS ENGINE) (SHUTTER DRIVER) CH9901 CH9910 FP9901 (SHUT MT1 B) FP9402 FP9002 (SHUT MT1 B) (SHUT MT1 B) MOT 1B 11 OUT1B IN1B 7 F17 4,5 CH9002 CH9909 21 4 FP9901 (SHUT MT1 A) FP9402 FP9002 (SHUT MT1 A) (SHUT MT1 A) MOT 1A 10 OUT1A IN1A 6 F16 6,7 CH9903 CH9906 22 3 FP9901 (SHUT MT2 A) FP9402 FP9002 (SHUT MT2 A) (SHUT MT2 A) MOT 2A 15 OUT2A IN2A 19 F18 8,9 CH9004 CH9907 20 5 FP9901 (SHUT MT2 B) FP9402 FP9002 (SHUT MT2 B) (SHUT MT2 B) MOT 2B 14 OUT2B IN2B 18 G18 10,11 19 6 CH9908 (M DRIVE CTL) CR1 (M DRIVE CTL)FP9402 FP9002 (M DRIVE CTL) 5 PS 2 C15 CH9917 CH9911 23 2 (SHUT DACOUT1) FP9402 FP9002 (SHUT DACOUT1) IC9101 VLIM1 3 13,14 11,12 (SYSTEM IC) 20 CR2 SENSE2 21 RNF2 13 CH9916 CH9905 (SHUT DACOUT2) FP9402 FP9002 (SHUT DACOUT2) VLIM2 22 G8 DACOUT0 11,12 13,14 CH9918 4 SENSE1 (SHUTTER FPC) 12 RNF1 VREF 23 PW VDD33 VCC 24 G9 DACOUT1 1 GND VM1 9 PW SHUT9.0V VM2 16 CH9912 FP9901 (SHUT PI IN1)FP9402 FP9002 (SHUT PI IN1) PI 1C E A12 1 CH9914 17 8 FP9901 (SHUT PI K)FP9402 FP9002 (SHUT PI K) PI 1C K 2 18 7 FP9901 PI 2C K 14 CH9913 FP9901 (SHUT PI IN2) FP9402 FP9002 (SHUT PI IN2) PI 2C E B13 13 16 9 FP9901 ( SHUT THERMO)FP9401 FP9001 ( SHUT THERMO) SHUT THERMO A21 15 459

IC5001 (BIS DRIVER) (PIT ) FP3001 FP3501 (YHI-) 4 OUT- IN- 3 Q5001 B6 HA2Y OUT (SHUT PI K) 21 20 PI1 B5 FP3001 FP3501 (YHO+) 1 IN+ OUT+ 2 C6 HA2Y INN 20 21 CH5051 (YHO-) FP3001 FP3501 D6 HA2Y INP (SHUT PI CTL) (SHUT PI CTL) 19 22 INA F6 D18 CH5003 FP3001 FP3501 (Hall IN+) PW A3.0V (Yaw1) 12 29 PW A3.0V D8 OUT5A FP3001 FP3501 (X1HI-) 4 OUT- IN- 3 16 25 5 4 FP3001 FP3501 (X1HO+) 1 IN+ OUT+ 2 VDD 17 24 C4 HA2X INP IC5201 FP3001 FP3501 (X1HO-) J7 HAX DAOUT (REF AMP) (Yaw2) 18 23 D5 HA2X INN VSS FP3001 FP3501 (X2HI-) (MOUNT BASE UNIT) OUT- C5 HA2X OUT 1 2 3 4 IN- 3 13 28 (G YHOUT T) FP3001 FP3501 (X2HO+) H4 ADIN EXT1 E21 1 IN+ OUT+ 2 14 27 J8 HDX IN FP3001 FP3501 (X2HO-) PW A3.0V K8 HDX SEN 15 26 CH5022 (X2DR-) K9 HDY IN (G X1HOUT T) FP3001 FP3501 D20 RL3004 K10 HDY SEN 5 36 PW A3.0V FP3001 FP3501 (X2DR+) RL3003 F4 HA1X INP 6 35 G5 FP3001 FP3501 (YDR+) HA1X INN RL3001 5 6 7 8 7 34 CH5023 G6 HA1Y INP FP3001 FP3501 (YDR-) VCC RL3002 H6 HA1Y INN 8 33 IC5202 FP3001 FP3501 (X1DR+) (HALL AMP) RL3005 E8 OUTIS2B 37 4 CH5021 GND FP3001 FP3501 (X1DR-) D9 RL3006 OUTIS2A 4 3 2 1 38 3 G8 OUT3A (G X2HOUT T) G9 OUT3B E20 F7 OUTIS1A E7 OUTIS1B

FP9004 LEN4R2V PW LEN4.2V 16-21 CH9007 FP9004 (LSDET) (LSDET) LSDET A14 8 CH9008 FP9004 (LSRST) (LSRST) LSRST A13 7 CH9009 FP9004 (S LSB2L) (S LSB2L) LSB2L F13 6 CH9010 (LENS RELEASE FP9004 (S LSL2B) (S LSL2B) LSL2B D13 FPC PLATE) 5 CH9011 FP9004 (S LSDIO) (S LSDIO) LSDIO G13 4 CH9012 FP9004 (S LSCK) (S LSCK) LSCK F12 3 CH9013 FP9004 (S LSB2A) (S LSB2A) LSB2A C13 2 CH9014 FP9004 (S LSLDPO) (S LSLDPO) LSLDP 1 F14

DMC-GX80/85 LENS BLOCK DIAGRAM

63 12.8. Power(1) Block Diagram

PW UNREG

BATTERY P.C.B. CL1101 PW D1.2V 1 CC8101 CL9001 CL1301 P8101 PW D1.2V IP8101 (UNREG) CL9004 BAT+ 1 FP8101 FP9005 CL1201 1-9 1-8 PW D3.15V TO FP8101 FP9005 (THERMO) BAT THERMO 2 BATTERY 22 21 CL1401 FP8101 FP9005 (BAT D) PW D3.5V CATCHER BAT DET 3 23 22 IC1451 FP8101 FP9005 (UNREG GND) CL9002 BAT 4 (REGULATOR) CL1451 - 11-18 10-17 (D GND) IC1001 FP8101 FP9005 (8CH SW REGULATOR) 27-29 26,27 4 VIN VOUT 1 PW AVCC33 Hx1 VO1 61 4 Hx1 62 3 CE VSS 2 IC1471 HVREG Lx1 (REGULATOR) CL1471 BAT D DRIVER 63 CH1 Lx1 (To IC1502-8) STEP DOWN DC/DC 64 4 VIN VOUT 1 PW DVCC18 VREGD (Current mode) PGND1 59 BATT THERMO DRIVER ERROR AMP1 PGND1 (To IC1501-D4,Q1505-C) SERIAL I/F VO2 60 3 CE VSS 2 5 Hx2 IC1491 57 HVREG (REGULATOR) CL1491 DRIVER CH2 Lx2 4 VIN VOUT 1 PW VDD33 STEP DOWN DC/DC 58 (Current mode) VREGD DRIVER ERROR AMP2 PGND2 IC1231 SERIAL I/F 3 CE VSS 2 VO3 56 (REGULATOR) CL1231 TOP P.C.B. 6 Hx3 54 Vo3SEL HVREG 4 VIN VOUT 1 PW A1.8V DRIVER S7004 CH3 Lx3 CH9006 CL9005 STEP DOWN DC/DC 55 POWER SW VREGD IC1431 (Current mode) PGND3 3 EN VSS 2 ERROR AMP3 52 (REGULATOR) CL1431 FP7003 FP9003 (POWER ON L) DRIVER PGND3 27 6 SERIAL I/F VO4 53 4 VIN VOUT 1 PW D1.8V 7 Hx4 HVREG 49 Hx4 DRIVER 50 CH4 Lx4 3 EN VSS 2 CL1601 STEP DOWN DC/DC 51 VREGD (BACK BAT+) ERROR AMP4 (Current mode) PGND4 FP7003 FP9003 DRIVER 48 PW D5.2V B7001 31 2 CL1701 SERIAL I/F Hx5 BACK BATT VO5 44 8 Hx5 PW LEN4.2V HVREG 45 Lx5 DRIVER 46 IC1411 CH5 Lx5 (REGULATOR) CL1411 ERROR AMP5 47 STEP DOWN DC/DC VREGD (Current mode) PGND5 DRIVER 42 4 VIN VOUT 1 PW A3.1V PGND5 VO6 SERIAL I/F 43 9 Hx6 38 HVREG 3 CE VSS 2 Hx6 DRIVER 39 IC9101 ERROR AMP6 CH6 Lx6 IC6001 STEP DOWN DC/DC 40 (VENUS ENGINE) (SYSTEM IC) VREGD IC1251 (Current mode) Lx6 DRIVER 41 (DC/DC CONVERTER) PGND6 SERIAL I/F 36 VIN D1271 PGND6 1 1 37 3 (BACK BAT+) INV7 ERROR AMP7 RAMP CURRENT 2 32 BATT H5 VREGD 35 Lx7 COMPENSATION + FEEDBACK RL9118 CL1251 CH7 DRIVER PGND7 STEP UP DC/DC 34 CURRENT LX (POWER SW IN) 6 PW EVF1.8V R2 D2 POWERSWONH 0.3V (Current mode) VO7 OSCILLATOR PROTECTION 33 SERIAL I/F SHUTDOWN VREF SWITCHING SS TIMER PWM OVPCOMP CONTROL (POWER ON L) POWERSWONL K7 PROTECTION SOFT START UVLO SCP6 UVLO TIMER VINREG VOUT 30 MODE 4 VO3SEL VINREG 2 (SW UNREG) 11 LDO 31 W1 L10 SW UNREG REGOUT 22 SCP VDD CE CHIP GND TIMER 10 3 ENABLE 5 VREGD2IN VREGD2 28 HVREG 25 CPLUS 23 (IS PWR ON2) CTL SEQ3 CVREGDP SW 13 SCPLDO VBAT PIOB7 E8 2 CTL SEQ2 TIMER CP 14 DRIVER VBAT ON/OFF 3 CL1002 CTL SEQ1 16 LOGIC CMINUS Q1271 Q1272 24 6 5 4 CTL1234 CP SW 17 3 4 1 6 (G I2C CK) SCL VCC K2 18 1 SERIAL VREGA QR1271 2 5 2 5 (G I2C DAT) SDA K3 19 I/F OSC GND 20 VREGD 1 6 3 4 CL1271 1 2 3 12 21 26 29 27 PW -0.95V POW CTL 2 SEQ RT VREGD2 VREGA VREGD (From IC1502-32) CL1801

PW HDMI5.0V

DMC-GX80/85 POWER(1) BLOCK DIAGRAM

64 12.9. Power(2) Block Diagram

IC1091 PW UNREG (SYNCHRONOUS STEP-DOWN CONVERTER) IP1002 PVCC (PW UNREG SYS) 3 PW D1.0V IC6001 INTERNAL REGULATOR VIN VREF VBIAS (VENUS ENGINE) IC6506 (LOAD SW) VIN 9 BOOT VIN 8 4 1 10 OVER CURRENT VOUTGND PVCC PW D1.0V A PROTECTION A24 (PW DRAM1.2V A) PW D1.2V 3 VIN CE 2 UGATE CL1091

UNDER & OVER SWITCH SW AG4 6 IC6503 VOLTAGE CONTROLLER DRIVER PW D1.0V B (REGULATOR) PROTECTION SW 7 A3 LGATE (PW DRAM1.2V) PGND 1 VOUTVCC 4 RIPPLE T1 PVCC G7 IC6504 GEN. SW PGOOD (LOAD SW) 2 GND CE 3 5 0.9 VREF 2 A + SS +

4 -

4 VOUTGND 1 -- FB FB PGOOD ON-TIME COMPARATOR COMPARATOR PW D1.8V 3 VIN CE 2 FB EN 2 POW CTL 1 1 EN IC6502 (From IC1502-18) (REGULATOR) C26 (PW DRAM1.8V) 1 VOUTVCC 4 AE2 2 GND CE 3 IC6505 IC1031 (LOAD SW) (DC/DC CONVERTER)

VIN 1 VOUT VIN 4 PW D1.0V B 2 PG 8 2 GND CE 3 PG SOFT THERMAL UVLO CONT. START SHTDWN IC6501 (REGULATOR) HS LIM C1 COMP. CL1031 (PW DRAM1.0V) CONT. 1 VOUTVCC 4 EN LOGIC LX H5 PW D3.5V 3 GATE 7 PW BIS5.2V 2 GND CE 3 POWER DRIVE CONT. PGND 1 COMP. DIRECT CONT. & LS COMPENSATION LIM IC9101 VOS 6 (SYSTEM IC) ERROR AGND 4 AMP- TIMER (BACKUP CTL4) + tON BACKUP CTL4 K11 COMP. FB 5

(BACKUP CTL3) BACKUP CTL3 J9 QR6501

(POWER CTL SW) POWERCTLSW L9 (BACKUP CTL1) M8 K9 BACKUP CTL1 CL1051

PW SHUT9.0V OVERCUT H8

FBREG K10 5 6 7 8 (BACKUP CTL2) G12 L11 BACKUP CTL2 IC1051 (REGULATOR) Q1051

1 RC VDD 10 4 3 2 1 (EVER 3V) 2 SS BP 9 EV3 K6 J10 BACKUP CTL5 3 DIS/EN GDRV 8

4 COMP ISNS 7 CH9101 J7 POWERONH 5 FB GND 6

PW EVER 3V

PW HDMI5.0V

DMC-GX80/85 POWER(2) BLOCK DIAGRAM

65 12.10. Power(3) Block Diagram

PW EVER 3V

PW UNREG BATT THERMO SUB D3.0V JK2001 CL2003 QR1503 (CHARGE/USB TERMINAL) IP2001 USB VBUS 1

D- 2

D+ 3 IC1511 IC1510 (REGULATOR) (REGULATOR) CL2002 CL2001 IC1501 6 CE VIN 1 6 CE VIN 1 (BATTERY CHARGER) B5 E4 C5 C4 A5 A3 B3 D1 D2 A1 5 VSS NC 2 5 VSS NC 2 VDDA VREF LED IBS PVBUS VDDP1 VDDP2 LX1 LX2 BST SYS1 VOUT VOUT C1 4 NC 3 4 NC 3 BIAS CHARGE PVBUS SYS2 BANDGAP AUX LDO AND VOLTAGE OSCILLATOR C2 REFERENCES PUMP LDO IC1503 VBUS1 A4 BOOST- (USB SW) VBUS2 CHARGER B4 CONTROLLER CHARGE VCC LED COMP 3 E3 L2001 PUMP DRIVER INPUT CURRENT LIMIT D- THM 3 2 8 D4 THERMISTOR BLOCK 4 1 DN EOC 5 D+ CURRENT GNDA E5 HDN VOLTAGES SENSE 10 4 MONITOR REGISTER AUDN 6 BANK DP CONTROL WAKE-UP 1 LOGIC 2 RID I C CORE CHARGING HDP RID 2 BLOCK IN1 C6 11 AUDP Q1502 LOGIC 12 PORT IN2 7 CONTROL DETECTION BATTG A2 3 4 GND DM 9 B6 DP 2 5 A6 I/O CELL I/O CELL SUS C3 BATT1 1 6 B1 BATT2 B2 PW UNREG

DD ON VI2C SDA SCL GNDP1 GNDP2 D3 D5 D6 E6 E1 E2 IC1502 (MICROCONTROLLERS) RL1502

IC6001 (DD ON) (VENUS ENGINE) 1 VDD PA15 25 SUB D3.0V 5 VDDA (I2C SDA ) 17 VDDIO2 PFI-OSC IN 2 (USB VBUS) (I2C SCL ) PFI-OSC OUT 3 AC18 (USB OK) (G SW USB+) 27 PB4 AG16 Q1505 PA1 7 (BAT ON) (G SW USB-) QR1504 PA6 AF16 12 SUB D3.0V (SEL VCNT ) PA7 13 SUB D3.0V (ISENSE) Q1508 PW HDMI5.0V 28 PB5 (TH ST) 6 PA0 (BAT CAPA ) (USB DM) PA3 9 21 PA11 (USB DP) 22 PA12 (IN2) 15 PB1 PW D5.2V (IN1) BOOT0-PF11 31 4 5 6 14 PB0 Q1506 (USB CHG RXD) (UART1 TX) QR8005 Q8002 C12 29 PB6 Q1507 (USB CHG TXD) (UART1 RX) 3 2 1 D12 30 PB7

(POW CTL 1) PA4 10 CH1506 POW CTL 1 18 PA8 4 5 6 IC8002 (LOAD SWITCH) (To IC1091-1 ) PA5 11 CH1505 PW D3.15V SUB D3.0V (POW CTL 2) CL8001 POW CTL 2 32 PB8 Q8003 IC9101 (To IC1001-17 ) PA9 19 CH1503 VIN VOUT (SYSTEM IC) 5 1 PW EXTSTB5.2V 3 2 1 VOUT CL1596 (POW CTL SW2) PA10 20 CH1504 VIN 6 THERMAL 2 16 PB2 SHUT (POWER CTL SW) 3 2 1 DOWN SLEW RATE CURRENT POWERCTLSW L9 QR1505 BAT D 8 PA2 CONTROL LIMIT +IN VSS (From P8101-3 ) OUT CH8004 DRIVER

LED USB WIFI 26 PB3 CNT CONTROL IC8001 4 OUTPUT (From D7003-K ) (SINGLE COMPARATOR) LOGIC DISCHARGE NC VDD -IN 4 5 6 (EXSTB CHG ON) PIOB3 E10 PULL DOWN (EXSTB PWR ON) GND PIOB4 E9 PW D5.2V 3

DMC-GX80/85 POWER(3) BLOCK DIAGRAM

66 13 Wiring Connection Diagram 13.1. Interconnection Diagram

LCD UNIT FP7001 1 CMD DIAL R1 FP7202 HOT SHOE 2 D GND REAR DIAL CA LCD 1 TOP P.C.B. 3 PON ON L UNIT CA LCD 2 FP7201 4 CMD DIAL R0 Wi-Fi FPC LCD AN LCD(18.0V) 3 LCD IF FPC GND 39 STEREO (FOIL SIDE) AN LCD(18.0V) 4 38 GND 37 (FOIL SIDE) 36 PW D3R15V MICROPHONE PW D3R15V 35 34 PW D3R15V PW UNREG SYS 33 32 PW UNREG SYS PW D1R8V 31 30 LCD BLT TSP INT 29 28 RES FP7002 TSP SCK 27 26 TSP SDA

VRF 1 GND SDO(MOSI) 25 D GND RESX TXH AVDD VSP CSX VDD VGH

C31P C41P 2

PCLK NC C21M C22M C32M C42M 24 SCL VSWN

VSYNC 3 HALL VCC DB7(Y7) DB5(Y5) DB3(Y3) DB1(Y1) CSX 23 VCI(3.1V) GND HOT SHOE FPC 4 INT STB DET

I2C SDA(TP) 22

IOVCC1(1.9V) DB8(Cb0/Cr0) 21 5 NC DB9(Cb1/Cr1)

DB11(Cb3/cr3) 6 DB15(Cb7/Cr7) DB13(Cb5/Cr5) NC(DOUT/MISO) 20 DB9(Cb1/Cr1) 7 PW EXTSTB5R0V DB10(Cb2/Cr2) 19 PW EXTSTB5R0V 8

18 DB11(Cb3/Cr3) PW EXTSTB5R0V STTXD D GND 2 4 6 8 9 ECM LIN STRTTL 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60 DB12(Cb4/Cr4) 17 NC MIC GND

10 REC ON L 16 DB13(Cb5/Cr5) 11 STRTTL PON ON L FDIAL LED K FDIAL 15 MODE DIAL0 CMD DIAL F1 CMD DIAL DB14(Cb6/Cr6) STRXD R1 CMD DIAL EXT STB TRG STB EXT LED USB WIFI FP7203 12 14 STTXD LED PWR OUT DB15(Cb7/Cr7) SHUTTER HALF 13 WIFI ANT WIFI ANT WIFI ANT WIFI ANT FP8501 DB0(Y0) 13 NC 14 PW EXTSTB5R0V 12 DB1(Y1) 15 NC 11 2 4 6 8 DB2(Y2) 10 NC 16 10 12 14 16 18 20 22 24 26 28 30 32 DB3(Y3) 9 17 STX DB4(Y4) 8 STX 18 4 3 2 1 INT FP7003 SCL

VGL 19 STX

VSN DB5(Y5) GND GND GND GND 7 C21P C22P C32P C42P C31M C41M FVDD VHSP VSWP DB6(Y6) NC 20 AVDDL

HSYNC 6 DB6(Y6) DB4(Y4) DB2(Y2) DB0(Y0) DB7(Y7) 21 NC LEDPWM VCOMDC 5 DIN(MOSI) GND 4 NC 22 I2C SCL(TP)

DB8(Cb0/Cr0) PCLK 3 23 MIC GND DB14(Cb6/Cr6) DB12(Cb4/Cr4) DB10(Cb2/Cr2) GND 2 ECM RIN 24 HSYNC 1 25 ECM LIN

1 3 5 7 9 VSYNC MIC GND 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59 61 GND D GND STRXD D3R15V ECM RIN MIC GND BACK BAT+ SUB D3R0V

FDIAL LED A LED FDIAL GYRO/WIFI P.C.B. MODE DIAL1 INT STB DET INT CMD DIAL F0 CMD DIAL CMD DIAL R0 CMD DIAL POWER ON L EXT STB DET EXT SHUTTER FULL PW EXTSTB5R0V PW EXTSTB5R0V (FOIL SIDE) 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 LCD FPC

FP5301 FP3501 29 D GND 28 G WIFI CLK 1 GND MAIN-TOP FPC 27 D GND 2 GND 26 WIFI RESET 3 X1DR- 25 PW D3R5V 4 X1DR+ 24 5 PW D3R5V 23 WIFI CMD GND 6 VDDDM 22 7 WIFI DAT3 21 WIFI DAT2 VDDDM 8 VDD12 20 9 WIFI DAT1 19 WFI DAT0 VDD12 10 D3R5V 18 11 D GND 17 PW D3R15V D3R5V 12 D3R5V 16 13 PW D3R15V 15 S BISACC IRQ D5R2V 14 D3R15V 14 15 MAIN GYRO FPC S BISACC SDI 13 S BISACC SDO PW -0R95V 16 IS PSV 12 S BISACC CS 17 S BISACC SCK 11 FP9402 HD 18 VD 10 D GND D GND 19 YHI- STTXD D GND 9 STRTTL ECM LIN

GND 20 MIC GND MIC GND G GYRO OUT

REC ON L 8 1 PW SHUT9R0V 21 YHO- PON ON L G GYRO REF 7 FDIAL LED K FDIAL 2 MODE DIAL0 CMD DIAL F1 CMD DIAL PW SHUT9R0V R1 CMD DIAL PW VDD33 EXT STB TRG STB EXT YHO+ 22 LED USB WIFI 6 PW EXSTB5R0V 3 PW SHUT9R0V LED PWR OUT 4 PW SHUT9R0V 23 X1HO+ SHUTTER HALF PW GY3R0V 5 OIS GYRO DI X1HO- 24 9 7 5 3 1 4 11 5 33 31 29 27 25 23 21 19 17 15 13 PW SHUT9R0V 6 25 X2HO- OIS GYRO DO 3 OIS GYRO CS 7 GND X1HI- 26 2 GND 8 27 X2HI- OIS GYRO SCK 1 9 GND X2HO+ 28 GND GND 29 FP9003 10 GND 30 11 31 Hall IN+ GND SHUT DACOUT2 12 32 13 SHUT DACOUT1 SHUT DACOUT2 33 CLK27 IS FCK YDR+ PI 2C K PI 2C E PI 1C K PI 1C E

14 MOT 2B MOT 2B MOT 2A MOT 2A MOT 1A MOT 1A MOT 1B MOT 1B

SHUT DACOUT1 FP9901 34 PI 2C A/C PI 1C A/C X2DR- 15 GND 35 YDR- 16 36 SSWF STRXD 17 SHUT PI IN2 THERMO GND

SHUT THERMO X2DR+

37 ECM RIN SHUT PI IN1 18 38 MIC GND BACK BAT+ SUB D3R0V PW D3R15V

19 SHUT PI K A LED FDIAL MODE DIAL1 INT STB DET INT CMD DIAL F0 CMD DIAL CMD DIAL R0 CMD DIAL

39 GND POWER ON L EXT STB DET EXT 9 8 7 6 5 4 3 2 1

SHUT MT2 B 20 PW EXSTB5R0V PW EXSTB5R0V 16 15 14 13 12 11 10 21 SHUT MT2 A SHUTTER FULL SHUT MT1 B 22 GND

23 SHUT MT1 A 8 6 4 2 24 32 30 28 26 24 22 20 18 16 14 12 10 M DRIVE CTL 1 FP3502 25 GND 2 GND 3 GND FRONT CASE UNIT 4 GND

5 SD0DA0P NC 6 SD0DA0M D GND D3R5V UNREG UNREG UNREG UNREG

7 GND D3R15V

8 THERMO FP9401 9 SD0DA1M SD0DA1P 10 UNREG GND UNREG GND UNREG GND UNREG GND 11 SD0DA2P GND STB CHG STRT

1 GND 12 1 3 5 7 9 11 2 GND 13 GND SD0DA2M 13 15 17 19 21 23 25 27 3 GND 14 4 SHUT THERMO 15 SD0CAM SD0CAP 5 GND 16 BATTERY 6 PW VDD33 17 SD0DA3P GND FP9005 7 PW VDD33 18 8 GND 19 GND SD0DA3M CSX GND GND GND 9 LPSW GND SD0DB3M 20

GND VSYNC 21 SD0DB3P 10 INT TSP DB6(Y6) DB4(Y4) DB2(Y2) DB0(Y0) 11 G EVF1R8V FB SCK TSP SD0CBP 22 PW D1R8V SDO(MOSI) 12 GND PW D3R15V 23 GND BAT D BAT DB8(Cb0/Cr0)

24 D GND

DB14(Cb6/Cr6) DB12(Cb4/Cr4) DB10(Cb2/Cr2) GND 13 PW EVF1R8V UNREG UNREG UNREG UNREG

PW UNREG SYS 25 FP8101 14 PW EVF1R8V SD0DB2M 26 SD0CBM LED AF OUT

PW EVF1R8V UNREG GND UNREG GND UNREG GND UNREG GND

15 TRG STB INT

27 STB CHG DET 16 PW EVF1R8V SD0DB1P 28 SD0DB2P 29 D GND 9 7 5 3 1

PW HDMI5R0V 11 17 39 37 35 33 31 29 27 25 23 21 19 17 15 13 29 28 D GND 18 PW D3R5V IMAGE SENSOR UNIT GND 30 GND 27 D GND 2 4 6 8 19 PW UNREG SYS 31 10 12 14 16 18 20 22 24 26 26 D3R15V 20 PW UNREG SYS SD0DB0M 32 SD0DB1M 25 LED AF OUT

21 PW D3R15V FP9301 24 PW D3R15V ISP FPC ISS FPC 33 GND SD0DB0P D3R5V 23 BAT D 22 34 22 23 PW D3R15V 35 IS SDO THERMO 21 STB CHG DET 24 PW D1R8V 36 GND 20 25 GND 37 IS PWR ON2 STB CHG STRT 19 INT STB TRG 26 MON RES (SSWF) 38 IS SCK 18

SCL 39 UNREG GND 27 EVF RES RES GND GND IS THERMO UNREG GND 28 TP INT PCLK 40 IS CS 17 HSYNC

DB7(Y7) DB5(Y5) DB3(Y3) DB1(Y1) SSWF FPC 16

LCD BLT UNREG GND 29 GND SDA TSP 41 GND UNREG GND 30 MON SDO IS P.C.B. IS PWR ON3 15 PW D3R15V PW D3R15V 14 UNREG GND 31 MON SCK DB9(Cb1/Cr1) MAIN-FLASH FPC

DB11(Cb3/Cr3) UNREG GND MON CS DB15(Cb7/Cr7) DB13(Cb5/Cr5) 13 32 PW UNREG SYS GND 12 UNREG GND 33 GND UNREG GND 11 34 LCD BLT FP9006 10 UNREG 35 EVF POWER NC 9 36 GND (SHUTTER) FP9001 8 UNREG 8 6 4 2

37 D8 38 36 34 32 30 28 26 24 22 20 18 16 14 12 10 D GND 1 UNREG 7 38 D9 SHUTTER FPC D GND 2 6 UNREG 39 D10 1 GND G WIFI CLK 3 UNREG 5 40 D11 2 GND MAIN P.C.B. D GND 4 4 UNREG 3 I2C SCK 5 3 41 D12 (SLLK) 4 I2C SDA PW D3R5V 6 WIFI RESET 2 UNREG UNREG 42 D13 5 GND 7 1 43 D14 SLLK FPC UNIT MOUNT BASE 6 VSYNC (FOIL SIDE) WIFI CMD 8 PW D3R5V UNREG 44 D15 7 HSYNC 9 45 D0 8 GND WIFI DAT2 10 WIFI DAT3 46 D1 UNIT 9 PCLK 11 REAR PLATE UNIT 47 D2 10 GND WIFI DAT0 12 WIFI DAT1 48 D3 (LENS CONTACT) 11 D7 13 49 D4 SUB P.C.B. 12 D6 PW D3R15V 14 D GND 50 D5 D5 15 51 D6 13 S BISACC IRQ 16 PW D3R15V 52 D7 14 D4 17 P8101 53 GND (FOIL SIDE) 15 D3 S BISACC SDO 18 S BISACC SDI REAR OP FPC 54 PCLK 16 D2 19 55 GND 17 D1 S BISACC CS 20 S BISACC SCK 4 BAT - 56 HSYNC 18 D0 GYRO GND 21 57 VSYNC LENS CAPACITOR 19 D15 22 D GND 3 BAT DET 58 GND LENS RELEASE 20 D14 G GYRO OUT 23 21 D13 24 2 BAT THERMO 59 I2C SDA FPC PLATE 22 D12 PW VDD33 G GYRO REF 25 60 I2C SCK 23 D11 26 1 BAT + 61 GND 24 D10 OIS GYRO DI PW GY3R0V 27 25 D9 28 26 D8 OIS GYRO CS OIS GYRO DO 29 FP9404 27 GND 30 28 EVF POWER OIS GYRO SCK 31 LENS UNIT 29 LCD BLT SPEAKER 6 GND 30 GND OIS GYRO CS BATTERY P.C.B. 5 31 MON CS GND 32 MON SCK 4 GND 33 MON SDO 34 GND (COMPONENT SIDE) 3 LPSW 35 TP INT 36 EVF RES 2 LPSW 37 MON RES : (FOIL SIDE) 38 GND 1 LPSW 39 PW D1R8V 40 PW D3R15V 41 PW D3R15V 42 PW D3R15V 43 PW UNREG SYS GND GND

SCL 44 PW UNREG SYS GND GND MAIN-SUB FPC FLASH P.C.B.

I2C SCL PW D3R5V I2C SDA 45 VSYNC DB7(Y7) DB5(Y5) DB3(Y3) DB1(Y1) FP9403 46 PW HDMI5R0V AVCC(5V) VCC(1.8V) PW D3R15V PW EVF1R8V VCCX(3.3V) 47 PW EVF1R8V DB9(Cb1/Cr1) NC NC NC NC NC

LED A (D3R15V) LED A 48 DB11(Cb3/Cr3) DB15(Cb7/Cr7) DB13(Cb5/Cr5) VIO Selial(3.3V) 49 PW EVF1R8V

PW EVF1R8V LAMP- LAMP- LAMP- LAMP+ LAMP+ LAMP+

50 TRG 1st TRG 1st 1 2 3 4 5 6 GND 51 G EVF1R8V FB TRG GND TRG GND 2 4 6 8

10 12 14 16 18 20 22 24 26 28 30 32 GND 52 53 LPSW GND 54

FP9302 PW VDD33 55 PW VDD33 56 9 7 5 3 1 11 57 GND 29 27 25 23 21 19 17 15 13 LVF UNIT SHUT THERMO 58 59 GND GND 60 61 FP8102 SDA GND GND CLOCK HSYNC LVF DISPLAY DB6(Y6) DB4(Y4) DB2(Y2) DB0(Y0) NRESET AVCC(5V) VCC(1.8V) VCC(1.8V) FP9002 AF LED P.C.B. DB8(Cb0/Cr0)

FP9004 NC NC NC NC NC NC DB14(Cb6/Cr6) DB12(Cb4/Cr4) DB10(Cb2/Cr2) PANEL LAMP- LAMP- LAMP-

1 GND LAMP+ LAMP+ LAMP+ 2 LEN4R2V 21 TRG 1st

M DRIVE CTL TRG GND 3 SHUT MT1 A LEN4R2V 20 1 3 5 7 9 19 11 13 15 17 19 21 23 25 27 29 31 33 4 LEN4R2V SHUT MT2 A SHUT MT1 B D GND 5 17 LEN4R2V 18 D GND 6 SHUT MT2 B LEN4R2V FP9007 G SP NEG HALL VCC 7 SHUT PI K G SP POG 8 15 LEN4R2V 16 GND REAR KEYIN1 REAR KEYIN2 8 6 4 2 SHUT PI IN2 SHUT PI IN1 CROSS KEYIN 28 26 24 22 20 18 16 14 12 10 REAR THERMO 9 GND 14 LCD OPEN DET SHUT DACOUT1 10 GND GND 13 11 12 1 2 3 4 5 6 7 8 9 RL8102 RL8101 12 11 GND 10 13 SHUT DACOUT2 SHUT DACOUT1 GND LVF FPC 14 9 GND 10 15 GND SHUT DACOUT2 GND 8 RL8104 GND 16 7 LSDET 17 GND LSRST 6 GND 18 5 LSB2L 19 GND LSL2B 4 PW SHUT9R0V 20 3 LSDIO RL8103 21 PW SHUT9R0V LSCK PW SHUT9R0V 22 1 2 FLASH 23 LSLDP LSB2A PW SHUT9R0V 24 PW SHUT9R0V EYE SENSOR 25 PW SHUT9R0V FPC FLASH FPC FLASH UNIT DMC-GX80/85 INTERCONNECTION DIAGRAM

67 14 Schematic Diagram Please click the radio button for “Diagrams II / Parts List” on the menu bar in XML Service Manual. If you want to print, please click the icon button for “Print” on the icon bar and select the item.

15 Printed Circuit Board Please click the radio button for “Diagrams II / Parts List” on the menu bar in XML Service Manual. If you want to print, please click the icon button for “Print” on the icon bar and select the item.

16 Exploded View and Replacement Parts List Please click the radio button for “Diagrams II / Parts List” on the menu bar in XML Service Manual. If you want to print, please click the icon button for “Print” on the icon bar and select the item.