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Nokia Customer Care
Service Manual
RM-849 (L3 & L4)
Mobile Terminal
Part No: (Issue 1)
COMPANY CONFIDENTIAL
Copyright © 2010 Nokia. All rights reserved.
RM-849; (Nokia Lumia 610)
Amendment Record Sheet
Page ii COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Amendment Record Sheet
Amendment No
Date
Inserted By
Comments
Issue 1
2/24/2012
Serena Chen
RM-849; (Nokia Lumia 610)
Amendment Record Sheet
Issue 1 COMPANY CONFIDENTIAL Page iii
Copyright © 2012 Nokia. All rights reserved.
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RM-849; (Nokia Lumia 610)
Copyright
Page iv COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Copyright
Copyright © 2012 Nokia. All rights reserved.
Reproduction, transfer, distribution or storage of part or all of the contents in this document in any form without
the prior written permission of Nokia is prohibited.
Nokia, Nokia Connecting People, and Nokia X and Y are trademarks or registered trademarks of Nokia
Corporation. Other product and company names mentioned herein may be trademarks or tradenames of their
respective owners.
Nokia operates a policy of continuous development. Nokia reserves the right to make changes and
improvements to any of the products described in this document without prior notice.
Under no circumstances shall Nokia be responsible for any loss of data or income or any special, incidental,
consequential or indirect damages howsoever caused.
The contents of this document are provided "as is". Except as required by applicable law, no warranties of any
kind, either express or implied, including, but not limited to, the implied warranties of merchantability and
fitness for a particular purpose, are made in relation to the accuracy, reliability or contents of this document.
Nokia reserves the right to revise this document or withdraw it at any time without prior notice.
The availability of particular products may vary by region.
IMPORTANT
This document is intended for use by qualified service personnel only.
RM-849; (Nokia Lumia 610)
Warnings and Cautions
Issue 1 COMPANY CONFIDENTIAL Page v
Copyright © 2012 Nokia. All rights reserved.
Warnings and Cautions
Warnings
IF THE DEVICE CAN BE INSTALLED IN A VEHICLE, CARE MUST BE TAKEN ON INSTALLATION IN VEHICLES FITTED WITH
ELECTRONIC ENGINE MANAGEMENT SYSTEMS AND ANTI-SKID BRAKING SYSTEMS. UNDER CERTAIN FAULT
CONDITIONS, EMITTED RF ENERGY CAN AFFECT THEIR OPERATION. IF NECESSARY, CONSULT THE VEHICLE DEALER/
MANUFACTURER TO DETERMINE THE IMMUNITY OF VEHICLE ELECTRONIC SYSTEMS TO RF ENERGY.
THE PRODUCT MUST NOT BE OPERATED IN AREAS LIKELY TO CONTAIN POTENTIALLY EXPLOSIVE ATMOSPHERES, FOR
EXAMPLE, PETROL STATIONS (SERVICE STATIONS), BLASTING AREAS ETC.
OPERATION OF ANY RADIO TRANSMITTING EQUIPMENT, INCLUDING CELLULAR TELEPHONES, MAY INTERFERE WITH
THE FUNCTIONALITY OF INADEQUATELY PROTECTED MEDICAL DEVICES. CONSULT A PHYSICIAN OR THE
MANUFACTURER OF THE MEDICAL DEVICE IF YOU HAVE ANY QUESTIONS. OTHER ELECTRONIC EQUIPMENT MAY ALSO
BE SUBJECT TO INTERFERENCE.
BEFORE MAKING ANY TEST CONNECTIONS, MAKE SURE YOU HAVE SWITCHED OFF ALL EQUIPMENT.
Cautions
Servicing and alignment must be undertaken by qualified personnel only.
Ensure all work is carried out at an anti-static workstation and that an anti-static wrist strap is worn.
Ensure solder, wire, or foreign matter does not enter the telephone as damage may result.
Use only approved components as specified in the parts list.
Ensure all components, modules, screws and insulators are correctly re-fitted after servicing and alignment.
Ensure all cables and wires are repositioned correctly.
Never test a mobile phone WCDMA transmitter with full Tx power, if there is no possibility to perform the
measurements in a good performance RF-shielded room. Even low power WCDMA transmitters may disturb
nearby WCDMA networks and cause problems to 3G cellular phone communication in a wide area.
During testing never activate the WCDMA transmitter without a proper antenna load, otherwise WCDMA PA
may be damaged.
RM-849; (Nokia Lumia 610)
For Your Safety
Page vi COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
For Your Safety
QUALIFIED SERVICE
Only qualified personnel may install or repair phone equipment.
ACCESSORIES AND BATTERIES
Use only approved accessories and batteries. Do not connect incompatible products.
CONNECTION TO OTHER DEVICES
When connecting to any other device, read its user’s guide for detailed safety instructions. Do not connect
incompatible products.
RM-849; (Nokia Lumia 610)
Care and Maintenance
Issue 1 COMPANY CONFIDENTIAL Page vii
Copyright © 2012 Nokia. All rights reserved.
Care and Maintenance
This product is of superior design and craftsmanship and should be treated with care. The suggestions
below will help you to fulfill any warranty obligations and to enjoy this product for many years.
Keep the phone and all its parts and accessories out of the reach of small children.
Keep the phone dry. Precipitation, humidity and all types of liquids or moisture can contain minerals that
will corrode electronic circuits.
Do not use or store the phone in dusty, dirty areas. Its moving parts can be damaged.
Do not store the phone in hot areas. High temperatures can shorten the life of electronic devices, damage
batteries, and warp or melt certain plastics.
Do not store the phone in cold areas. When it warms up (to its normal temperature), moisture can form
inside, which may damage electronic circuit boards.
Do not drop, knock or shake the phone. Rough handling can break internal circuit boards.
Do not use harsh chemicals, cleaning solvents, or strong detergents to clean the phone.
Do not paint the phone. Paint can clog the moving parts and prevent proper operation.
Use only the supplied or an approved replacement antenna. Unauthorized antennas, modifications or
attachments could damage the phone and may violate regulations governing radio devices.
All of the above suggestions apply equally to the product, battery, charger or any accessory.
RM-849; (Nokia Lumia 610)
ESD Protection
Page viii COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
ESD Protection
Nokia requires that service points have sufficient ESD protection (against static electricity) when servicing the
phone.
Any product of which the covers are removed must be handled with ESD protection. The SIM card can be replaced
without ESD protection if the product is otherwise ready for use.
To replace the covers ESD protection must be applied.
All electronic parts of the product are susceptible to ESD. Resistors, too, can be damaged by static electricity
discharge.
All ESD sensitive parts must be packed in metallized protective bags during shipping and handling outside any
ESD Protected Area (EPA).
Every repair action involving opening the product or handling the product components must be done under ESD
protection.
ESD protected spare part packages MUST NOT be opened/closed out of an ESD Protected Area.
For more information and local requirements about ESD protection and ESD Protected Area, contact your local
Nokia After Market Services representative.
RM-849; (Nokia Lumia 610)
Battery Information
Issue 1 COMPANY CONFIDENTIAL Page ix
Copyright © 2012 Nokia. All rights reserved.
Battery Information
Note: A new battery's full performance is achieved only after two or three complete charge and
discharge cycles!
The battery can be charged and discharged hundreds of times but it will eventually wear out. When the
operating time (talk-time and standby time) is noticeably shorter than normal, it is time to buy a new battery.
Use only batteries approved by the phone manufacturer and recharge the battery only with the chargers
approved by the manufacturer. Unplug the charger when not in use. Do not leave the battery connected to a
charger for longer than a week, since overcharging may shorten its lifetime. If left unused a fully charged battery
will discharge itself over time.
Temperature extremes can affect the ability of your battery to charge.
For good operation times with Li-Ion batteries, discharge the battery from time to time by leaving the product
switched on until it turns itself off (or by using the battery discharge facility of any approved accessory available
for the product). Do not attempt to discharge the battery by any other means.
Use the battery only for its intended purpose.
Never use any charger or battery which is damaged.
Do not short-circuit the battery. Accidental short-circuiting can occur when a metallic object (coin, clip or pen)
causes direct connection of the + and - terminals of the battery (metal strips on the battery) for example when
you carry a spare battery in your pocket or purse. Short-circuiting the terminals may damage the battery or the
connecting object.
Leaving the battery in hot or cold places, such as in a closed car in summer or winter conditions, will reduce the
capacity and lifetime of the battery. Always try to keep the battery between 15°C and 25°C (59°F and 77°F). A
phone with a hot or cold battery may temporarily not work, even when the battery is fully charged.
Batteries' performance is particularly limited in temperatures well below freezing.
Do not dispose of batteries in a fire!
Dispose of batteries according to local regulations (e.g. recycling). Do not dispose as household waste.
RM-849; (Nokia Lumia 610)
Company Policy
Page x COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Company Policy
Our policy is of continuous development; details of all technical modifications will be included with service
bulletins.
While every endeavor has been made to ensure the accuracy of this document, some errors may exist. If any
errors are found by the reader, NOKIA MOBILE PHONES Business Group should be notified in writing/e-mail.
Please state:
Title of the Document + Issue Number/Date of publication
Latest Amendment Number (if applicable)
Page(S) and/or Figure(s) in error
Please send to:
NOKIA CORPORATION
Nokia Mobile Phones Business Group
Nokia Customer Care
PO Box 86
FIN-24101 SALO
Finland
E-mail: Service.Manuals@nokia.com
RM-849; (Nokia Lumia 610)
Company Policy
Issue 1 COMPANY CONFIDENTIAL Page xi
Copyright © 2012 Nokia. All rights reserved.
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RM-849; (Nokia Lumia 610)
RM-849; L3 & L4 Service Manual Structure
Page xii COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
RM-849; L3 & L4 Service Manual Structure
1 - General Information
2 - Service Tools and Service Concepts
3 - BB Troubleshooting and Manual Tuning Guide
4 - System Module
Glossary
RM-849; (Nokia Lumia 610)
General Information
Issue 1 COMPANY CONFIDENTIAL Page 1-1
Copyright © 2012 Nokia. All rights reserved.
1 - General Information
RM-849; (Nokia Lumia 610)
General Information
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RM-849; (Nokia Lumia 610)
General Information
Issue 1 COMPANY CONFIDENTIAL Page 1-3
Copyright © 2012 Nokia. All rights reserved.
Table of Contents
Product selection ............................................................................................................................................................... 1-5
Product features and sales package ................................................................................................................................ 1-6
Transceiver general specifications ................................................................................................................................... 1-9
RM-849 Main RF characteristics for GSM850/900/1800/1900, WCDMA VIII/V/II/I phones .......................................... 1-9
RTR6285A System Module ................................................................................................................................................. 1-9
Battery endurance .............................................................................................................................................................. 1-9
Environmental Condition ............................................................................................................................................... 1-10
List of Figures
Figure 1 RM-849 product picture ...................................................................................................................................... 1-5
RM-849; (Nokia Lumia 610)
General Information
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RM-849; (Nokia Lumia 610)
General Information
Issue 1 COMPANY CONFIDENTIAL Page 1-5
Copyright © 2012 Nokia. All rights reserved.
Product selection
RM-849 is GSM/WCDMA dual-mode hand portable multimedia computers with a capacitive touch UI, integrated
GPS (A-GPS OMA SUPL), NFC and WLAN. RM-849 supports GSM 850/900/1800/1900 and WCDMA I/II/V/VIII bands,
GPRS/EGPRS and WCDMA/HSDPA data bearers.
For WCDMA the maximum bit rate is up to 384kbit/s for downlink and 384 Kbit/s for uplink with simultaneous CS
speech or CS video (max. 64kbit/s). The device supports HSDPA category 10 with downlink peak data rate up to
7.2 Mbit/s (in limited use cases), HSUPA belongs to category 6 with uplink peak data rate up to 5.76 Mbit/s (in
limited use cases).
In PS/CS mode, the device supports DTM with multi slot class 11(max. 4 RX + 3 TX, sum 5). With EGPRS this means
maximum download speed of up to 236.8kbit/s simultaneously with speech. With GPRS this means maximum
download speed of up to 85.6kbit/s simultaneously with speech.
In PS only mode, the device supports MSC 12, a maximum of 4 RX + 4 TX, sum 6 timeslots resulting in maximum
download speed of up to 296 Kbit/s with EGPRS, and up to 100Kbit/s with GPRS.
The device has a large 3.7” TFT (800 x 480 pixels) Normal Black WVGA touch display with 16 million colors and
support for pinch zoom. It also has a 5 megapixel autofocus camera with OSRAM LED flash.
The MMS implementation follows the OMA MMS standard release 1.3. The browser is a highly advanced Internet
browser also capable of viewing operator domain XHTML Mobile Profile (MP) content. The device also supports
Bluetooth 2.1 + EDR standard with A2DP.
The device uses Windows Phone 7.5 operating system (release 7.5, Mango) and supports the full Web Browser
for Internet Explorer 9 with desktop rendering which brings desktop-like Web browsing experience to mobile
devices.
Figure 1 RM-849 product picture
RM-849; (Nokia Lumia 610)
General Information
Page 1-6 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Product features and sales package
Imaging
Main camera:
- Sensor: 5 megapixel
- Optical size: 1/4 inch optical format
- F number/Aperture: F2.4
- Digital zoom: 4x
- Auto focus: Two-stage capture key
- Focal length: 2.873 mm
- Focus range: 10 cm ~ infinity
Video:
- Video resolution: VGA(640x480), 30 fps
- Audio recording: AAC (AMR for MMS)
- Video stabilization
- Video clip length: Max. 90 min
- Video file format: .mp4 (default), .3gp (for MMS)
- White balance: automatic, daylight, cloudy, shade, incandescent, fluorescent
- Scene: auto, backlight, beach, candlelight, macro, landscape, night, portrait, snow, sports, sunset
- Colour tone: normal, sepia, B&W, solarize, negative
- Zoom (digital): 3x
- Continuous auto focus
- No Touch focus
- Video recording indicator
Photo:
- Aspect ratio: 5MP 4:3 (2592X1944), 4MP 16:9 (2592X1458)
- Still image file format: JPEG/EXIF
- Still image resolutions: up to 5 megapixel, 2592X1944
- No Continuous autofocus
- Touch focus
- View finder: Full screen view finder
- Auto exposure: center weighted AE
- Image orientation: automatic
- Automatic red eye removal
- Face tracking
- Exposure compensation: +2 ~ -2EV at 0.5 step
- White balance: automatic, daylight, cloudy, shade, incandescent, fluorescent
- Scene: auto, backlight, beach, candlelight, macro, landscape, night, portrait, snow, sports, sunset
- Colour tone: normal, sepia, B&W, solarize, negative
- Zoom (digital): 4x
Edit
On device Photo editor and Video editor (manual & automatic)
RM-849; (Nokia Lumia 610)
General Information
Issue 1 COMPANY CONFIDENTIAL Page 1-7
Copyright © 2012 Nokia. All rights reserved.
View
3.7”WVGA TFT Normal Black (800 x 480 pixels) color display, up to 16M colors.
Dipro sensor - a combination of ALS and proximity. ALS to optimize display brightness and power
consumption. Proximity for turning off the display when in a call for power consumption.
Slideshow from Pictures
Share
Share effortlessly from Pictures or after capture
Video sharing support (WCDMA services)
Online Album: Image/Video uploading from Pictures
Store
8 GB flash memory
256 MB SDRAM
Easy to transfer and organize photos and video between your device and a compatible PC
Music
Digital music player: supports MP3/ AAC/ eAAC/ eAAC+/ WMA/ AMR-NB/ WB-AMR with playlists, equalizer and
album art
Synchronize music with Zune PC application
Stereo FM radio (87.5-108 MHz /76-90 MHz) with Visual Radio™ support
Bluetooth speakers
Integrated hands free speaker
Nokia Stereo Headset (WH-208), inbox
Media
Full-screen video playback to view downloaded, streamed or recorded video clips
Supported video formats: MPEG-4 , H.264/AVC, H.263/3GPP, WMV, AVI, Mov
Productivity
Context management:
- Internet Explorer 9 with desktop rendering
- OMA DRM version 2.0
- OTA provisioning
Messaging:
- E-mail (SMTP, IMAP4, POP3), MMS, SMS, unified editor
- IM client
- Office applications:
- Viewing of email attachments .doc, .xls, .ppt, .pdf, .zip
- Mail for Exchange
PIM:
- Contacts, calendar, calculator, clock
Synchronization:
- Local/Remote (using Zune PC SW)
- Data: Calendar, Contacts, E-mail
- PC Applications: Microsoft Outlook (98, 2000, 2002, 2003), Outlook Express
Call management:
- Call logs, speed dial, voice dialing (with SIND) and voice commands
RM-849; (Nokia Lumia 610)
General Information
Page 1-8 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Connectivity
Integrated GPS (A-GPS OMA SUPL)
WLAN - IEEE802.11 g/b/n with UPnP support
Micro USB interface with USB 2.0 high speed
Bluetooth wireless technology 2.1 + EDR
NOKIA AV connector (3.5 mm)
NFC
Add-on software framework
Windows Phone Tango 7.5 OS
C++ and Java SDKs
Flash Lite 4.0
Additional technical specifications
Vibrating alert
3GPP Rel 8/6 compliant
Speech codecs supported: AMR, NB AMR, FR, EFR, HR, iLBC, G.711, G.729
GPRS/EGPRS Class B, multi slot class 12
Dual Transfer Mode (DTM) class A, multi slot class 11
WCDMA DL 384 kbit/s, UL 384 kbit/s
HSDPA up to 7.2 Mbps
HSUPA up to 5.76Mbps
Sales package
Transceiver RM-849
Nokia high efficiency charger (AC-50)
Connectivity cable (CA-185CD) Wired Stereo Headset (WH-902)
Fold-out user guide , Extended product information booklet
RM-849; (Nokia Lumia 610)
General Information
Issue 1 COMPANY CONFIDENTIAL Page 1-9
Copyright © 2012 Nokia. All rights reserved.
Transceiver general specifications
Dimension(mm)
Weight(g)
Volume(cc)
119.24
x
62.18
x
12.3
mm
135 77.65
RM-849 Main RF characteristics for GSM850/900/1800/1900, WCDMA VIII/V/II/I
phones
RTR6285A System Module
Parameter
Unit
Number of RF channels(GSM)
GSM850:124, GSM900:174, DCS1800:374, PCS:299
Channel Spacing
200kHZ
Number of RF channels(WCDMA)
WCDMA2100:277, WCDMA1900:277, WCDMA850:102,
WCDMA900:152
Channel Spacing
200kHZ
Battery endurance
Battery
Talk time
Standby time
Music
Playback
Video Playback
H.264 720p 30fps
BP-3L 1300mAh Li-Ion
battery
12h (GSM)
6h (WCDMA)
449h (GSM)
406h (WCDMA)
34h
7h
Note: Variation in operation times will occur depending on network parameters, phone setting and
usage.
RM-849; (Nokia Lumia 610)
General Information
Page 1-10 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Environmental Condition
Environmental Condition
Ambient Temperature
Notes
Normal Operation
-15°C…+55°C
Specifications fulfilled
Reduced Performance
+55°C…+70°C
Operational only for short periods
Intermittent or No
Operation -40°C…-15°C and +70°C…+85°C
Operation not guaranteed but an
attempt to operate will not damage
the phone.
No Operation or Storage <-40°C and >+85°C No storage. An attempt to operate
may cause permanent damage.
Charging Allowed
-15°C…+55°C
Long Term Storage
Conditions
0°C…+85°C
Humidity and Water
Resistance
Relative humidity range is 5 to 95%.
Condensed or dripping water may
cause intermittent malfunctions.
Protection against dripping water
has to be implemented (enclosure)
mechanics. Continuous dampness
will cause permanent damage to
the module.
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Issue 1 COMPANY CONFIDENTIAL Page 2-1
Copyright © 2012 Nokia. All rights reserved.
2 - Service Tools and Service Concepts
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
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RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Issue 1 COMPANY CONFIDENTIAL Page 2-3
Copyright © 2012 Nokia. All rights reserved.
Table of Contents
Service tools - Nokia .......................................................................................................................................................... 2-5
Product specific tools ......................................................................................................................................................... 2-5
SS-287 .......................................................................................................................................................................... 2-5
General tools ....................................................................................................................................................................... 2-5
CA-190 ......................................................................................................................................................................... 2-5
SRT-6 ............................................................................................................................................................................ 2-6
SS-93 ............................................................................................................................................................................ 2-6
Cables .................................................................................................................................................................................. 2-6
MXHT83QE3000 ........................................................................................................................................................... 2-6
CA-128RS ..................................................................................................................................................................... 2-6
Service concepts (Nokia) ................................................................................................................................................... 2-8
POS (Point of Sale) flash concept ...................................................................................................................................... 2-8
Concept for flashing and product code change .............................................................................................................. 2-9
Optional Module jig service concept 1 (Troubleshooting) .......................................................................................... 2-10
Optional Module jig service concept 2 (Troubleshooting + RF Measurement) ......................................................... 2-11
List of Figures
Figure 2 POS flash concept ................................................................................................................................................ 2-8
Figure 3 BE concept for flashing and product code change .......................................................................................... 2-9
Figure 4 BE Module jig service concept 1 ...................................................................................................................... 2-10
Figure 5 BE Module jig service concept 2 ...................................................................................................................... 2-11
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Page 2-4 COMPANY CONFIDENTIAL Issue 1
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RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Issue 1 COMPANY CONFIDENTIAL Page 2-5
Copyright © 2012 Nokia. All rights reserved.
Service tools - Nokia
Product specific tools
SS-287
Camera removal tool
0781189
The camera removal tool SS-287 is used to remove/attach
the camera module from/to the socket.
General tools
The table below gives a short overview of service devices that can be used for testing, error analysis, and repair
of product. For the correct use of the service devices, and the best effort of workbench setup, please refer to
various concepts.
CA-190
Micro USB cable
0730634
The CA-190 is a USB-to-micro USB data cable thCat allows connections between
the PC and the phone.
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Page 2-6 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
SRT-6
Opening tool
0770431
SRT-6 is used to open phone covers.
Note: The SRT-6 is included in the Nokia Standard Toolkit.
SS-93
Opening tool
0780727
SS-93 is used for opening JAE connectors.
Note: The SS-93 is included in Nokia Standard Toolkit.
Cables
The table below gives a short overview of service devices that can be used for testing, error analysis and repair
of product. For the correct use of the service devices, and the best effort of workbench setup, please refer to
various concepts.
MXHT83QE3000 RF cable 0730231
The RF cable is used to connect, for example, a module repair jig to the
RF measurement equipment.
Attenuation for:
• Cell band: 0.5+-0.1 dB
CA-128RS RF cable
The RF cable is used to connect, for example, a module repair jig to the
RF measurement equipment.
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Issue 1 COMPANY CONFIDENTIAL Page 2-7
Copyright © 2012 Nokia. All rights reserved.
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Page 2-8 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Service concepts (Nokia)
POS (Point of Sale) flash concept
Figure 2 POS flash concept
Type
Description
Product Specific Devices
BP-3L
Battery
Cables
CA-101
Micro USB cable
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Issue 1 COMPANY CONFIDENTIAL Page 2-9
Copyright © 2012 Nokia. All rights reserved.
Concept for flashing and product code change
Figure 3 BE concept for flashing and product code change
Type
Description
Product Specific Devices
BP-3L
Battery
Other Devices
SX-4T
Smart Card
Cables
CA-101
Micro USB cable
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Page 2-10 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Optional Module jig service concept 1 (Troubleshooting)
Figure 4 BE Module jig service concept 1
Type
Description
Product Specific Devices
MJ-305
Module Jig
SS-280
RF guide plate
Cables
CA-101
Micro USB cable
PCS-1
DC Power cable
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
Issue 1 COMPANY CONFIDENTIAL Page 2-11
Copyright © 2012 Nokia. All rights reserved.
Optional Module jig service concept 2 (Troubleshooting + RF Measurement)
Figure 5 BE Module jig service concept 2
Type
Description
Product Specific Devices
MJ-305
Module Jig
SS-280 RF guide plate
Cables
CA-101
Micro USB cable
PCS-1
DC Power cable
XRS-6
RF cable
RM-849; (Nokia Lumia 610)
Service Tools and Service Concepts
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RM-849; (Nokia Lumia 610)
BB Troubleshooting and Manual Tuning Guide
Issue 1 COMPANY CONFIDENTIAL Page 3-1
Copyright © 2012 Nokia. All rights reserved.
3 - BB Troubleshooting and Manual
Tuning Guide
RM-849; (Nokia Lumia 610)
BB Troubleshooting and Manual Tuning Guide
Page 3-2 COMPANY CONFIDENTIAL Issue 1
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RM-849; (Nokia Lumia 610)
BB Troubleshooting and Manual Tuning Guide
Issue 1 COMPANY CONFIDENTIAL Page 3-3
Copyright © 2012 Nokia. All rights reserved.
Table of Contents
Placement ........................................................................................................................................................................... 3-5
Placement Main Board (Top side) .......................................................................................................................... 3-5
Placement - Main Board (Bottom side) .................................................................................................................... 3-6
Placement Unibody .................................................................................................................................................. 3-7
Placement LCD Panel ................................................................................................................................................ 3-8
How to power on Handset ................................................................................................................................................ 3-9
On-Device Diagnostic Tool .............................................................................................................................................. 3-10
Disclaimer screen .................................................................................................................................................... 3-10
Run All Tests ............................................................................................................................................................. 3-11
Troubleshooting flow ..................................................................................................................................................... 3-12
General power checking troubleshooting ............................................................................................................ 3-16
Dead or jammed device troubleshooting ............................................................................................................. 3-17
USB troubleshooting ............................................................................................................................................... 3-18
SIM Card troubleshooting ....................................................................................................................................... 3-19
eMMC troubleshooting ............................................................................................................................................ 3-20
Clocking troubleshooting ....................................................................................................................................... 3-21
Application processor troubleshooting ................................................................................................................ 3-22
DDR troubleshooting .............................................................................................................................................. 3-23
Accelerometer test .................................................................................................................................................. 3-24
Accelerometer troubleshooting ............................................................................................................................. 3-25
ALS Test ..................................................................................................................................................................... 3-26
ALS troubleshooting ............................................................................................................................................... 3-27
Audio Loopback test ............................................................................................................................................... 3-28
Audio Loopback troubleshooting .......................................................................................................................... 3-29
Bluetooth troubleshooting .................................................................................................................................... 3-30
Camera test .............................................................................................................................................................. 3-31
Camera troubleshooting......................................................................................................................................... 3-32
Battery Status .......................................................................................................................................................... 3-33
Battery troubleshooting ......................................................................................................................................... 3-34
DTMF test .................................................................................................................................................................. 3-35
DTMF troubleshooting ............................................................................................................................................ 3-36
Headset detection test ........................................................................................................................................... 3-37
Headset detection troubleshooting ...................................................................................................................... 3-38
LCD White ................................................................................................................................................................. 3-39
LCD troubleshooting ............................................................................................................................................... 3-40
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Lights test ................................................................................................................................................................ 3-41
Lights troubleshooting ........................................................................................................................................... 3-42
Hardware buttons test ............................................................................................................................................ 3-43
Hardware buttons troubleshooting ...................................................................................................................... 3-44
Power source (Charging) test................................................................................................................................. 3-45
Power source (Charging) troubleshooting ........................................................................................................... 3-46
Proximity test .......................................................................................................................................................... 3-47
Proximity troubleshooting ..................................................................................................................................... 3-48
Speaker test ............................................................................................................................................................. 3-49
Speaker troubleshooting ........................................................................................................................................ 3-50
Touch test ................................................................................................................................................................. 3-51
Touch troubleshooting ........................................................................................................................................... 3-52
Vibrator test ............................................................................................................................................................. 3-53
Vibrator Troubleshooting ....................................................................................................................................... 3-54
Wireless LAN troubleshooting ............................................................................................................................... 3-55
NFC troubleshooting ............................................................................................................................................... 3-56
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Placement
Placement Main Board (Top side)
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Placement - Main Board (Bottom side)
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Placement Unibody
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Placement LCD Panel
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How to power on Handset
1. Push power key
2. Short TP11 and GND.
Press power key
5 second
Short TP34 and GND together at least
5sec
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On-Device Diagnostic Tool
ODDT Installation
1. Enter ##634#on the on-screen keypad
2. Diagnostics app appears in Apps list
ODDT Removal
1. Tap and hold Diagnostics in the Apps list
2. Tap uninstall
Note: always remove the tool before returning the phone to the consumer
Disclaimer screen
Displayed when the user launches the ODDT application, the user must click on accept to proceed, Pressing the
back ‘’ key will exit the application.
ODDT test item:
ALS Read current ALS value
Audio loopback Validates different audio output devices
Camera Verify image capture
DTMF Test DTMF tone generation.
Hardware Buttons Test hardware buttons.
Headset detection Validate headset connectivity
Lights Validates backlight functionality.
Magnetometer Reads current Magnetometer values.
NFC Validates NFC hardware.
Power Source Detects the active power source, either Battery or External
Proximity Shows the status of proximity sensor.
Speaker Validate basic integrity of speaker.
Touch Validate basic integrity of touch screen by allowing user to draw on screen.
Vibrator Validate basic integrity of vibrator
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Run All Tests
When the user selects ’Run all tests’, all the tests are executed sequentially, At the end of every test, the user is
asked to input the result of the test (pass/fail) according to him/her, At the end of the sequence, the result is
shown (as shown on the under, Pressing the back ‘’ key will take the user to the main test menu.
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Troubleshooting flow
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General power checking troubleshooting
General power
checking trouble
shooting
Measure
VPH
_
PWR
>
=
3
.
5
V
C
1201
Measure
VSW
_
S
1
(
VREG
_
S
1
) =
1
.
1
V
C
1438
.
1
YES
Is Voltage at
C
120
3
=
BATTERY
VOLTAGE
No
Checking BATTERY
AND CONECTOR
J
3901
Yes
CHANGE PWB
Is Voltage at
L
1404
.
1
=
1
.
1
V
No
Yes
Is Vo
ltage at
L
1403
.
1
=
1
.
1
V
Yes
Go to Clocking
troubleshooting
YES
Measure
VREG
_
L
10
=
3
V
C
1422
.
1
;
VREG
_
L
3
=
1
.
2
V
C
1416
.
1
;
VREG
_
L
7
=
2
.
6
V
C
1432
.
1
;
VREG
_
L
8
=
2
.
85
V
C
1420
.
1
YES
No
Measure
VSW
_
S
2
(
VREG
_
S
2
) =
1
.
1
V
C
1437
.
1
Is Voltage at
L
140
2
.
1
=
1
.
8
V
Yes
YES
Measure
VSW
_
S
3
(
VREG
_
S
3
) =
1
.
8
V
C
1436
.
1
No
YES
CHECK IF R
1411
SOLDER WELL
No
No
NO
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Dead or jammed device troubleshooting
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USB troubleshooting
USB troubleshooting
Connect phone to PC with
known good micro USB cable
.
Can PC recognizes the phone
as USB device
?
END
YES
Visual check for
J
1601
No
Measure
USB
_
VBUS
_
CONN
_
0
(
TP
28
)
While USB device is connected
to PC
,
Is it
5
V
?
No
Go to Power source
troubleshooting
Yes
END
Pass
Change PWB
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SIM Card troubleshooting
Micro SIM connector
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eMMC troubleshooting
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Clocking troubleshooting
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Application processor troubleshooting
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DDR troubleshooting
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Accelerometer test
Displayed data:
- Numeric values for X, Y and Z direction movement
- Raw and filtered data (amplitude changes < 0.05 are ignored) will be displayed
- A moving ball
User can change settings for:
- none
User can test:
- Movements of the device will change displayed values
- A ball will move around on the screen to visualize the tilt of the device
Pressing the back ‘’ key will navigate back to the main menu
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Accelerometer troubleshooting
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ALS Test
Displayed data:
- Light intensity in mLux
- A gray scale rectangle with varying intensity
User can change settings for:
- N/A
User can test:
- Cover the opening in the front of the phone over ALS component
- The value of the light intensity should change dynamically and displayed in the textbox
- The changing value can be visualized with changing brightness of the gray scale
Pressing the back ‘’ key will take the user back to the application menu
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ALS troubleshooting
Window of Proximity / Light sensor
Window of Proximity / Light
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Audio Loopback test
Displayed data:
- none
User can change settings for:
- Audio routing output
Headset
Earpiece
Loud speaker
- Headset audio channel (left/right)
User can test:
- Pressing ”Loopback On/Off” button starts/stops playback of audio received from the microphone with a
slight delay
- The Audio routing will be transferred based upon the output location select
- When the output is set to headset, then user has an option to test headset channels (left/right) a short
clip will be played
- When user selects start loopback when output is set to headset, then the channel test is disabled
Pressing the back ‘’ key will navigate back to the main menu
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Audio Loopback troubleshooting
Spare part:
Earpiece spring check
Speaker spring check
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Bluetooth troubleshooting
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Camera test
Displayed data:
- none
User can change settings for:
- none
User can test:
- The phone views a camera viewfinder and a picture can be taken by pressing camera button. Captured
picture is viewed then on Camera test view.
- ”Run Test Again” button will show camera viewfinder and new picture can be captured.
Pressing the back ‘’ key will navigate back to the main menu
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Camera troubleshooting
Lens of uinbody
Camera Module
Camera
troubleshooting
Replace Camera
Module
Run camera in
diagnostics
Fail
Stain
Fail
Replace Unibody
Clean the
camera lens
Clean the lens of
Unibody
Pass
Fail
Stain
End
Pass
Change PWB
Pass Fail
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Battery Status
Displayed data:
- Show the battery states
Battery voltage
Current
User can change settings for:
- none
User can test:
- none
Pressing the back ‘’ key will navigate back to the main menu
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Battery troubleshooting
VBAT
GND
VBAT
GND
VBAT
GND
Battery connector
Battery
PWB
Battery
troubleshooting
PASS Run battery status
in diagnostics
End
Current is Charging
when you are
inserting the
Charger ?
Run Battery Status
test in diagnostics
Measure the Voltage of Battery.
The voltage should be equal
Voltage which diagnostics shows
Clean the PAD of
Battery metal
surface and Battery
connector
Replace a new
Battery
Pass
Measure the
Voltage of
Battery on
board
Fail
Pass
Fail
Change PWB
Fail
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DTMF test
DTMF test will proceed along a predefined pattern of sound output from the loud speaker followed by sound
output from the earpiece. The UI will display the various DTMF buttons (1 0, A D, * and #) which will produce
the appropriate tones when tapped
Displayed data:
- The status message will update to display the current sound output device
User can change settings for:
- Audio routing output
Earpiece
Loud speaker
User can test:
- Once a key has been tapped, it will change color to recognize the event
- Once a key has been tapped the ”Continue” button will activate
- Tapping ”Continue” button will proceed to next test and any previously tapped keys will be reset
Pressing the back ‘’ key will navigate back to the main menu
Test by EarpieceTest by Loudspeaker
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DTMF troubleshooting
Check the Earpiece spring and PAD
Check the Speaker spring and PAD
DTMF
troubleshooting
Fail
Run DTMF earpiece
test in diagnostics
Fail
Run DTMF
Loudspeaker test in
diagnostics
Clean Speaker PAD
surface and
direction
Fail
Clean Earpiece PAD
surface and
direction
Change PWB
Pass
End
Replace
earpiece
Fail
Replace Speaker
Pass Fail
Pass
Fail
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Headset detection test
Headset test will allow the tester to check if a headset is connected or disconnected
Displayed data:
- The status image and message will update to display if headset is connected or disconnected
User can change settings for:
- none
User can test:
- If a headset not connected, then the display will show an ‘X’ mark on the headset image and the status
message will display ‘Disconnected’
- Once a headset has been connected, the ‘X’ mark will disappear and the status message will change to
‘Connected’
Pressing the back ‘’ key will navigate back to the main menu
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Headset detection troubleshooting
Audio Jack PAD
Audio Jack
Headset detection
troubleshooting
Change PWB
Pass
Replace Unibody
of Audio Jack
Fail
Fail
Clean Audio Jack
PAD metal surface
End
Pass
Run Headset
detection in
diagnostics
Fail
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LCD White
Displays color screens for verifying pixel integrity
Displayed data:
- Display color screens will reveal five kinds of color.
White
Black
Red
Green
Blue
User can change settings for:
- none
User can test:
- When the user to touch the display, the display will replace new color from white to blue.
Pressing the back ‘’ key will navigate back to the main menu
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LCD troubleshooting
LCM Connector J2401
LCD White
troubleshooting
Run LCD White test in
Diagnostic
Fail
View Display
staus
Clean J2401 LCM
connector metall
surface, remount
LCM connector
Replace Display Change PWB
Fail
Pass Pass
Run LCD white in
diagnostics
End
Pass
Fail
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Lights test
Displayed data:
- none
User can change settings for:
- Manual backlight intensity control:
When the toggle is in off position, backlight intensity is controlled by the ALS sensor value.
When the toggle is in on position, the user can change the backlight intensity by using the slider.
- Keypad backlight
When the toggle is in off position, keypad backlight is off and when toggle is on, the keypad backlight
in on.
- Camera flash light
Camera flash control turns on the flash LED for 10 seconds.
User can test:
- That the backlight intensity can be varied.
- Display backlight can be turned off completely.
- The white rectangle helps the user to understand the intesity level better.
- Keypad backlight can be toggled.
- Camera flash can be toggled.
Pressing the back ‘’ key will exit the screen and take the user to the main menu
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Lights troubleshooting
Example of Stain on J1802 BTB
LCM Connector J2401
Flash LED
Lights test
troubleshooting
Run lights test In
Diagnostic
Does the backlight
brightness change?
Replace Display
Fail
Check J2401 metal
surface Fail
Clean J2401 metal
surface, remount
J2401
Pass
Fail Change PWB
Does the Flash LED
turn on?
Replace Unibody
Fail
Visual check for Flash LED
PAD and contact spring,
Check whether there are
stain or deformation?
Fail
Clean Flash LED
metal surface,
Rectify the spring
height
Pass
Fail Change PWB
End
Pass
Pass
Pass
Flash Spring
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Hardware buttons test
Displayed data:
- All physical keys of the device
User can change settings for:
- none
User can test:
- Once a particular key has been pressed, it will change color to green
- When the pressed (green) button is released, the UI will not show that button anymore
- ”Main Menu” button will close Hardware Buttons test
Pressing the back ‘’ key will change “Back” button color
NOTE: On RM-849 / RM-819, ‘Back’, ‘Start’, and ‘Search’ buttons are virtual (not hardware) and should
not be tested.
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Hardware buttons troubleshooting
Volume up
Bottom
Hardware buttons
troubleshooting
Fail
Clean Buttons metal
surface
Run Hardware
buttons in
diagnostics
Fail
Change PWB
End
Pass
Is any Button
working when
you press ?
No Change failure
Button
Yes Pass
Volume down
Bottom
Power Bottom
CAM Key
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Power source (Charging) test
The power source test will allow the user to check what is currently powering the phone
Displayed data:
- An image of a battery will display when the phone is running on battery power and the image of a power
plug if the phone is running on an external source (USB or wall charger)
User can change settings for:
- none
User can test:
- What source is powering the phone (battery/ external)
Pressing the back ‘’ key will navigate back to the main menu
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Power source (Charging) troubleshooting
Is J1601.1 = 5V?
Pass
Fail
Run power source In Diagnostic
Use Nokia approved charger to
insert the DUT
Is the logo
change?
Power source test
pass
Fail
Pass
Power source
troubleshooting
End
Is F1601 = 5V?
Replace J1601
Replace F1601
Fail
Pass
Is U1201.8 = 5V? Replace PWB
Fail
Pass
Is any voltage at
C1201.1 when
Battery contains
Replace PWB
Fail
Is any voltage at
C1202
Pass
Replace Battery
Fail
Change PWB
Pass
Pass
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Proximity test
The proximity test will allow the user to check if the proximity sensor is able to detect the presence of an object
in front of it.
Displayed data:
- A filled circle (Yellow or Green in color) and information text (not-detected or detected)
User can change settings for:
- none
User can test:
- If the proximity sensor is able to detect an object in front of it
Pressing the back ‘’ key will exit the application
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Proximity troubleshooting
Window of Proximity / Light sensor
Window of Proximity / Light sensor
Proximity sensor
troubleshooting
Run Proximity sensor In
Diagnostic
Use finger to touch
the window of Light
sensor& proximity
sensor
Proximity test pass
Change TP
Show Yellow
circle
Visual check
Fail
Pass
End
Change PWB
Pass
Show Green
circle
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Speaker test
The speaker test will allow the user to check if the device speaker is functioning.
Displayed data:
- None
User can change settings for:
- Melody playing. Melody will play when the user taps ’Play’. If melody is playing the button will change
to ’Stop
User can test:
- When melody is playing the user should be able to hear the tune via the speaker
Tapping ‘Done’ will end the test and exit the application
Pressing the back ‘’ key will navigate back to the main menu
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Speaker troubleshooting
Speaker PAD
Speaker
troubleshooting
Change PWB
Replace new
unibody Fail
End
Pass
Run speaker in
diagnostics
Fail
Pass
Fail
Fail
Clean PAD of
Speaker metal
surface
Notice the
direction of
Speaker
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Touch test
Displayed data:
- none
User can change settings for:
- none
User can test:
- By moving finger on the white area of the screen, phone will draw a black line according finger movement
- When the user lifts the finger off the screen, the ”Done” button will show itself
- ”Done” button will close Touch test
Pressing the back ‘’ key will navigate back to the main menu
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Touch troubleshooting
Touch screen 2402
Touch screen
troubleshooting
Change PWB
Pass
Replace TP
Fail
Fail
Clean J2402
connector metal
surface, remount
connector
Pass
Run
Touch test in
diagnostics
End
Pass
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Vibrator test
Displayed data:
- none
User can change settings for:
- none
User can test:
- Pressing ”start” button starts vibrator to vibrate and changes button text to ”Done”
- Pressing ”Done” button stops vibration and changes button text to ”Start”
Pressing the back ‘’ key will navigate back to the main menu
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Vibrator Troubleshooting
Vibrator
Vibrator
Troubleshooting
Run Vibrator in
Diagnostic
Measure voltage
= 2V between
two PAD of
Vibrator
Fail
Change PWB
Pass
END
Replace Vibrator Fail
Pass Pass
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Copyright © 2012 Nokia. All rights reserved.
Wireless LAN troubleshooting
PAD of Antenna
Antenna
Wireless LAN
Troubleshooting
Run Wireless LAN
test in Diagnostic
Is Appearance of
Antenna
Damaged ?
Clean the antenna
metal surface
Pass
Check the PAD
of Antenna is
clean ?
Fail
Change the Back-
Cover
Fail
END
Pass Pass
Measure the
two PADs of
Antenna is short
by Multi-meter ?
Change PWB
Fail
Pass
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Copyright © 2012 Nokia. All rights reserved.
NFC troubleshooting
RM-849; (Nokia Lumia 610)
BB Troubleshooting and Manual Tuning Guide
Issue 1 COMPANY CONFIDENTIAL Page 3-57
Copyright © 2012 Nokia. All rights reserved.
Note 4 - Check RF Matching Components
Note 5 - Change SIM Card
RM-849; (Nokia Lumia 610)
BB Troubleshooting and Manual Tuning Guide
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RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-1
Copyright © 2012 Nokia. All rights reserved.
4 - System Module
RM-849; (Nokia Lumia 610)
System Module
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RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-3
Copyright © 2012 Nokia. All rights reserved.
Table of Contents
Introduction ........................................................................................................................................................................ 4-5
Phone description .............................................................................................................................................................. 4-5
Phone key components and placement .......................................................................................................................... 4-5
System block introduction ................................................................................................................................................ 4-8
Energy management ......................................................................................................................................................... 4-9
Battery and charging ......................................................................................................................................................... 4-9
BP-3L battery ...................................................................................................................................................................... 4-9
Charging ........................................................................................................................................................................... 4-10
Normal and extreme voltages ....................................................................................................................................... 4-10
USB .................................................................................................................................................................................... 4-10
User interface................................................................................................................................................................... 4-11
Display .............................................................................................................................................................................. 4-11
Camera ............................................................................................................................................................................. 4-11
Audio concept .................................................................................................................................................................. 4-11
Internal audio .................................................................................................................................................................. 4-12
FM radio interface ........................................................................................................................................................... 4-12
Bluetooth ......................................................................................................................................................................... 4-13
NFC .................................................................................................................................................................................... 4-13
RF description .................................................................................................................................................................. 4-14
Receiver (RX) .................................................................................................................................................................... 4-14
Transmitter (TX)............................................................................................................................................................... 4-14
Phone Schematic ............................................................................................................................................................. 4-16
List of Figures
Figure 6 Main board, Top side ........................................................................................................................................... 4-6
Figure 7 Main board, bottom side .................................................................................................................................... 4-7
Figure 8 Battery pin order ................................................................................................................................................. 4-9
Figure 9 Battery connector ................................................................................................................................................ 4-9
Figure 10 Audio block diagram ..................................................................................................................................... 4-11
List of Tables
Table 1 Nominal voltages ............................................................................................................................................... 4-10
RM-849; (Nokia Lumia 610)
System Module
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RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-5
Copyright © 2012 Nokia. All rights reserved.
Introduction
Phone description
MSM7227A-1 is the Qualcomm MSM device and supports GSM/EDGE, WCDMA, HSPDA, GPS.
Phone key components and placement
Function
Description (P/N)
Item Reference
MSM7227A-1
ARM Cortex A5 800MHz (apps.)
U1
PMIC
PM8029 QUALCOMM
U2
Camera
socket
CMCS-75A3 NMP(HF) JST
J2201
Micro-USB
connector
2UB1000-000201F MICRO USB SING
J1601
EMI/ESD
Filter
EMI4183MUTAG ONSEMI
FL2401 , FL2201
uSIM Switch
CLE1008-4990F
J3801
LPDDR1
MT46H128M32L2KQ-5 IT MICRON
U3
eMMC
THGBM4G7D2HBAIN TOSHIBA
U4
MOSFET
CSD25302Q2 SON TI
Q1202
3G PA
ACPM-5001-TR1/ACPM-5005-TR1/ACPM-5008-TR1/ACPM-5002-TR1
AVAGO
U2701/U2801/U2804/U2704
2G PA
SKY77336-21 GSM QUAD-BAND SKYWORK
U2901
BT/FM
module
WCN2243 QUALCOMM
U6
WiFi module
AR6005G-CF1B-R ATHEROS
U7
CURR-FUSE
ERBRE2R00V2A 32V 0603 PANASON
F1601
RF
Transceiver
WCDMA / GSM / GPS
U5
RF connector
C90P103-00004-H SPEED
J3201
TX SAW B1 SAFEB1G95KA0F00 U2702
TX SAW B8
SAFEB897MAL0F00 897MHZ MURATA
U2803
TX SAW B2
FAR-F6KA-1G8800-L4AF
U2703
TX SAW B5
SAFEB836MAL0F00
U2802
CRYSTAL
ENG3088A 19.2MHZ NDK
Y4101
CRYSTAL
TZ2102A 26MHz 13.5pF 10ppm TST
Y3401
CRYSTAL
FC-135 32.768KHZ 12.5PF 20PPM
Y1301
IC S.R
LM3555TLX MICRO SMD NS
U2301
IC S.R
FAN5903UCX WLCSP FAIRCHILD
U2902
FPC
connector
LCM
BM10NB(0.8)-24DS-0.4V(75) E68
J2401
TOUCHSENS
ATMXT224E ATMEL
U2402
RM-849; (Nokia Lumia 610)
System Module
Page 4-6 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Rx SAW filter
FAR-G6KC-1G9600-Y4YY
U3101
Rx SAW filter
FAR-G5KC-942M50-Y4YW
U3102
FPC
connector TP
AXE536124 PANASONIC
J2402
IC GAUGE
BQ27520YZFR-G1 DSBGA TI
U1601
G SENS LIS3DH LGA ST U3602
Light &
Proximity
sensor
APDS-9900 SMALL PACKAGE AVAGO
U3601
NFC
MICROREAD MR-V3
U1501
Figure 6 Main board, Top side
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-7
Copyright © 2012 Nokia. All rights reserved.
Figure 7 Main board, bottom side
RM-849; (Nokia Lumia 610)
System Module
Page 4-8 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
System block introduction
MSM7227A System Module.
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-9
Copyright © 2012 Nokia. All rights reserved.
Energy management
Battery and charging
BP-3L battery
The phone is powered by a 3-pole BP-3L 1300 mAh battery. The three poles are named VBAT, GND and BSI where
the BSI line is used to recognize the battery capacity. This is done by means of an internal battery pull down
resistor.
Figure 8 Battery pin order
The battery connector is a blade connector. It has three blades,
VBAT (Battery voltage)
BSI (Battery size indicator. The BSI line is used to recognize the battery capacity by a BL-3P battery internal
pull down resistor 39Kohm).
GND (Ground)
Figure 9 Battery connector
RM-849; (Nokia Lumia 610)
System Module
Page 4-10 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Charging
This phone is charged through the µUSB interface only (there is no separate connector for a charger). Supported
are two charging modes for normal USB2.0 charging and Nokia uUSB AC-50 charger. Charging is controlled by
energy management, and external components are needed to protect the baseband module against EMC, reverse
polarity and transient frequency deviation.
Normal and extreme voltages
In the table below normal and extreme voltages are shown, when a BP-3L battery is used.
Table 1 Nominal voltages
Voltage
Voltage [V]
Condition
General conditions
Nominal voltage
3.7
Lower extreme voltage
3.4
Higher extreme voltage(fast charging)
4.35
HW shutdown voltages
Vmstr +
2.6±0.1
off to on
Vmstr -
2.6±0.1
on to off
SW shutdown voltages
SW shutdown
3.4
in call
Min operation voltage
Vcoff +
3.4
off to on
Vcoff -
3.3
on to off
USB
In this phone the USB connector is the only physical connector, which means that the USB port is used both for
data transfer as well as for charging. The USB 2.0 is supported with full speed (12 Mbps). It also supports hot
swap, which means that USB devices may be plugged in/out at any time. This phone is provided with a specific
connector for USB.
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-11
Copyright © 2012 Nokia. All rights reserved.
User interface
Display
The display used in RM-849 is TFT a-Si IPS WVGA 3.7”, display controller via MIPI.
Camera
The supported camera has a 5M pixels and a dedicated camera key.
Audio concept
The functional core of the audio hardware is built in PM8029.
PM8029 provides an interface for the transducers. Built-in headphone amplifier and mono class-D speaker Amp
for hands free (IHF) speakers
There are four audio transducers:
1 EARPICE for handset
1 speaker
1 HPH for headset
Figure 10 Audio block diagram
RM-849; (Nokia Lumia 610)
System Module
Page 4-12 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Internal audio
The internal audio components are used in these modes
Hand Portable Mode
Headset Mode
Hand Free Mode
MIC1
X
X
MIC2
X
X
MIC3
EARPICE
X
SPEAKER
X
LINE_IN
X
HPH_OUT
X
FM radio interface
RM-849 supports FM RDS, I2C is the control bus from WCN2243. The line-up signal provides an analogue signal to
WCN2243.
Output music to ear-piece or loud speaker.
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-13
Copyright © 2012 Nokia. All rights reserved.
Bluetooth
The WCN2243 chip is a single-chip radio and baseband IC for Bluetooth 2.4GHz systems including enhanced data
rate (EDR) to 3Mbps. With the on-chip Bluetooth software stack, it provides a fully compliant Bluetooth v3.0+ EDR
and FM transceiver specification system for data and voice communications.
NFC
microread® is an innovative, RF integrated circuit that implements Near Field Communication (NFC) for
proximity data transactions. Targeted to cell phone, PDA or PC integration, it enables them to operate both as
RF readers and contactless smart cards or RF tags.
RM-849; (Nokia Lumia 610)
System Module
Page 4-14 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
RF description
Receiver (RX)
An analogue signal is received by phone's antenna. The signal is converted to a digital signal and then
transferred further to the baseband (e.g. to the earpiece).
The receiver functions are implemented in the RTR6285A RF block. Signals at different frequencies goes different
path, and are therefore is processed by different components.
Transmitter (TX)
The digital baseband signal (e.g. from the microphone) is converted to an analogue signal, which is then
amplified by amplifier and transmitted from the antenna. The frequency of this signal can be tuned to match the
bandwidth of the system in use (e.g. WCDMA Band1 band).
The transmitter functions are implemented in the RTR6285A RF block. Even though WCDMA Band1 signals are
sent via different components, the principles of the transmission are the same.
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-15
Copyright © 2012 Nokia. All rights reserved.
RTR6285A System Module
RM-849; (Nokia Lumia 610)
System Module
Page 4-16 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Phone Schematic
Baseband Power
Baseband High speed signal
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-17
Copyright © 2012 Nokia. All rights reserved.
Baseband GPIO
RM-849; (Nokia Lumia 610)
System Module
Page 4-18 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
PMIC clock and GPIO
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-19
Copyright © 2012 Nokia. All rights reserved.
PMIC internal SW LDO and LDO
PMIC charger and battery circuit
RM-849; (Nokia Lumia 610)
System Module
Page 4-20 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
External SWLDO and Gauge
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-21
Copyright © 2012 Nokia. All rights reserved.
eMMC
Speaker & Receiver
TP1802
R1813
0_0201_J
R1805 51K_0201_J
R1811
0_0201_J
R1807 51K_0201_J
R1810
0_0201_J
R1803 51K_0201_J
R1804 51K_0201_J
R1812 51K_0201_J
C1814
NM_33PF_0201_25V
12
U4
THGBM2G6D2FBAI9
NC
A4
NC
A6
NC
A9
NC
A11
NC
B2
NC
B13
NC
D1
NC
D14
NC
H1
NC
H2
DAT0
H3
DAT1
H4
DAT2
H5
RFU
H6
RFU
H7
NC
H8
NC
H9
NC
H10
NC
H11
NC
H12
NC
H13
NC
H14
NC
J1
DAT3
J2
DAT4
J3
DAT5
J4
DAT6
J5
DAT7
J6
NC
J7
NC
J8
NC
J9
NC
J10
NC
J11
NC
J12
NC
J13
NC
J14
NC
K1
VDDI
K2
NC
K3
VSSQ
K4
RFU
K5
VCCQ
K6
NC
K7
NC
K8
NC
K9
NC
K10
NC
K11
NC
K12
NC
K13
NC
K14
NC L1
NC L2
NC L3
NC
L4
NC L12
NC L13
NC L14
NC M1
NC M2
NC M3
RFU
M5
VCC
M6
VSS
M7
RFU
M8
RFU
M9
RFU
M10
NC M12
NC M13
NC M14
NC N1
NC N2
NC N3
VCC
N5
RFU
N10
NC N12
NC N13
NC N14
NC P1
NC P2
RFU
P3
VSS
P5
RFU
P10
NC P12
NC P13
NC P14
NC R1
NC R2
NC R3
RFU
R5
VSS
R10
NC R12
NC R13
NC R14
NC T1
NC T2
NC T3
RFU
T5
VCC
T10
NC T12
NC T13
NC T14
NC U1
NC U2
NC U3
RST_n
U5
RFU
U6
RFU
U7
VSS
U8
VCC
U9
RFU
U10
NC U12
NC U13
NC U14
NC V1
NC V2
NC V3
NC V12
NC V13
NC V14
NC W1
NC W2
NC W3
VCCQ
W4
CMD
W5 CLK
W6
NC W7
NC W8
NC W9
NC W10
NC W11
NC W12
NC W13
NC W14
NC Y1
VSSQ
Y2
NC Y3
VCCQ
Y4
VSSQ
Y5
NC Y6
NC Y7
NC Y8
NC Y9
NC Y10
NC Y11
NC Y12
NC Y13
NC Y14
NC AA1
NC AA2
VCCQ
AA3
VSSQ
AA4
VCCQ
AA5
VSSQ
AA6
RFU
AA7
NC AA8
NC AA9
RFU
AA10
NC AA11
NC AA12
NC AA13
NC AA14
NC AE1
NC AE14
NC AG2
NC AG13
NC AH4
NC AH6
NC AH9
NC AH11
R1809 NM_4.7K_0201_F
R1806 51K_0201_J
R1801 51K_0201_J
TP1803
R1802 51K_0201_J
R1808 4.7K_0201_F
C1815
100NF_0201_6.3V
1 2
VREG_S3_SP_1
VREG_L10
VREG_S3
VREG_S3_SP_1
VREG_S3_SP_1
SDC3_D1
SDC3_CMD
SDC3_CLK
SDC3_D0
MSM_RESOU T_N
SDC3_D2
SDC3_D3
SDC4_D0
SDC4_D1
SDC4_D2
SDC4_D3
SDC4_D1
SDC4_D2
SDC3_D0
SDC3_D3
SDC3_D2
SDC4_D3
SDC3_D1
SDC4_D0
RM-849; (Nokia Lumia 610)
System Module
Page 4-22 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Camera circuit
STOBE
VOG update Sprint
Flash LED
STOBE
L2301
2.2uH_1.3A
12
D2302 NM_CDB0130QRL
1 2
D2301 CDB0130QRL
1 2
TP2301
PD2301
120220-0308
1
1
R2303
100K_0201_J
1 2
R2301
NM_100K_0201_J
1
2
C2301
10UF_0402
12
PD2302
120220-0308
1
1
C2302
10uF_0805
1
2
R2302
100K_0201_J
1 2
U2301
LM3555TLX_TLA12BCA
STROBE
C2
TORCH
B2
I2C/EN
C3
SCL/EN1
D3
SDA/EN2
D2
PGND
A1
SGND
A2
IND_OUT
B3
LED_OUT D1
VOUT C1
SW B1
VIN A3
R2304
100K_0201_J
1 2
VPH_PWR
VPH_PWR
MSM_STROBE
TORCH_FLASH_CTRL
I2C0_SDA
I2C0_SCL
CAM_STROBE
FLASH_EN
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-23
Copyright © 2012 Nokia. All rights reserved.
Display circuit
CSI_DATA0_N
CSI_DATA0_P
CSI_CLK_P
CSI_CLK_N
CSI_DATA1_P
CSI_DATA1_N
IOVDD
SDA
SCLK
SENSOR_STROBE
SCLK
SDA
R2205
NM_0_0404_4P2R_J
1
2
4
3
J2201
CMCS-75A3 NMP (HF)
VDIG
1
VBAT
3
E XTC L K
5
SDA
2
SCLK
4
FSTROBE
6
AGND
7
VANA
8DATA1- 9
DATA1+ 10
GND 11
CLK- 12
CLK+ 13
GND 14
DATA2- 15
DATA2+ 16
Shield
33 Shield
32
Shield
31 Shield
30 Shield
29 Shield
28 Shield
27
GND 26
GND 25
GND 24
GND 23
GND 22
GND
21
GND
20
GND
19
GND
18
GND
17
Shield
34
Shield
35 Shield 36
Shield 37
Shield 38
Shield 39
Shield 40
Shield 41
Shield 42
Shield 43
Shield 44
R2209
0_0201_J
1 2
R2210
0_0201_J
1 2
R2206
NM_0_0404_4P2R_J
1
2
4
3
R2207
0_0201_J
1 2
C2206
100NF_0201_6.3V
1
2
F2201
EMI4183MUTAG
In_1+
1
In_1-
2
In_2+
4
In_2-
5
In_3+
7
In_3-
8Out_3- 9
Out_3+ 10
Out_2- 12
Out_2+ 13
Out_1- 15
Out_1+ 16
VN1
3
VN1
14
VN2 6
VN2 11
C2204
100NF_0201_6.3V
1
2
C2210
NM_15pF_0201_25V
12
C2211NM_3.3PF_0201
12
C2201
2.2uF_0402_6.3V
12
C2203
1UF_0201_6.3V
12
C2202
100nF_0201_10V
12
C2208
NM_15pF_0201_25V
12
R2208
0_0201_J
1 2
R2213
NM_0_0404_4P2R_J
1
2
4
3
C2205
1UF_0201_6.3V
12
VREG_L15
VREG_L13
VREG_L13
MIPI_CSI2_LANE0_P
MIPI_CSI2_LANE0_N
MIPI_CSI2_CLK_N
MIPI_CSI2_CLK_P
I2C0_SCL
I2C0_SDA
CAM_MCLK
CAM_STROBE
MIPI_CSI2_LANE1_P
MIPI_CSI2_LANE1_N
CSI_DATA0_P
CSI_DATA0_N
CSI_CLK_P
CSI_CLK_N
SENSOR_STROBE
SDASCLK
CSI_DATA1_P
CSI_DATA1_N
R2433
0_0201_J
12
LCM CONN.
OTP
RESX
D1-
D1+
D0-
D0+
CLK-
CLK+
TP2411
J2401
BM10NB(0.8)-24DS-0.4V(75)
11
22
33
44
55
66
77
88
99
10 10
11 11
12 12
13
13
14
14
15
15
16
16
17
17
18
18
19
19
20
20
21
21
22
22
23
23
24
24
25
25
26
26 27 27
28 28
C2420
56PF_0201
R2432
NM_0_0201_J
12
C2419 4.7uF_0402_6.3V
C2409
1UF_0201_6.3V
1 2
C2410
56PF_0201
VREG_S3
VREG_L12
LED1+
LED3+
LED2+
LED4+
LCM_PWM_OUT
LCD_RST_N
R2416
0_0402_J
1 2
C2425
NM_33PF_0201_25V
1 2
RM-849; (Nokia Lumia 610)
System Module
Page 4-24 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Different Impedance 100ohm
MIPI_DSI_LANE1_P
MIPI_DSI_CLK_P
MIPI_DSI_CLK_N
R2417
NM_0_0404_4P2R_J
1
2
4
3
R2408
NM_0_0402_J
1
2
F2401
EMI4183MUTAG
In_1+
1
In_1-
2
In_2+
4
In_2-
5
In_3+
7
In_3-
8Out_3- 9
Out_3+ 10
Out_2- 12
Out_2+ 13
Out_1- 15
Out_1+ 16
VN1
3
VN1
14
VN2 6
VN2 11
R2410
NM_0_0402_J
12
R2418
NM_0_0404_4P2R_J
1
2
4
3
D0+
D0-
MIPI_DSI_LANE1_N
R2409
NM_0_0402_J
12
R2419
NM_0_0404_4P2R_J
1
2
4
3
MIPI_DSI_LANE2_P
MIPI_DSI_LANE2_N
D1+
D1-
CLK-
CLK+
MIPI_DSI_CLK_P
MIPI_DSI_LANE2_P
MIPI_DSI_LANE1_N
MIPI_DSI_LANE2_N
MIPI_DSI_LANE1_P
MIPI_DSI_CLK_N
L2401
4.7uH_0.85A
C2404
10uF_0603_6.3V
12
C2423
56PF_0201
12
C2421
56PF_0201
12
R2402
0_0201_J
12
C2424
56PF_0201
1 2
C2405
47PF_0201
12
R2401
NM_0_0201_J
12
C2408
10uF_0603_6.3V
12
R2403
0_0402_J
R2404
0_0201_J
12
R2407
24.9K_0402_F
12
C2416
47PF_0201
12
C2422
56PF_0201
12
U2403
EN13
B1
SW
D1 VOUT D2
VIN
A1
LED2 B3
LED1 A3
GND C1
LED3 C3
LED4 D3
LED5 C2
EN45
B2
ISET
A2
VPH_PWR LED2+
LED1+
LED4+
LED3+
LCM_PWM_OUT
LCD_BL_EN
C2427
TVN020101AB0
2 1
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-25
Copyright © 2012 Nokia. All rights reserved.
NFC circuit
RF Transceiver
C2509
100PF_0201_25V
1 2
C2521
10NF_0201
12
C2527
10PF_0201_25V
1 2
R2512
1K_0201_J_1/ 20W
C2510
NM_10PF_0201_25V
1 2
R2503
82_0201_F
1 2
C2519
1NF_0402
1
2
C2511
NM_68PF_0201
12
C2522
100PF_0201_25V
12
C2513
100PF_0201_25V
1 2
C2507
150PF_0201
12
C2531 33PF _0201_25V
1 2
VDDA1_1
VDDA2_3
VDDA2_1
VDDA2_2
VDDA1_2
VDDM
VDDA2_4
VDDA2_7
VDDA1_3
VDDA2_6
VDDA1_4
TX_GSM_LB
VDDA2_5
VDDA2_8
VDDA2_9
TX_GSM_H B
TX_WCDMA_HB_PCS
PRX_Q_M
TX_WCDMA_LB
PRX_I_M
TX_WCDMA_HB_IMT
WB_MX_INP
PRX_I_P
PRXIMT_OUT
TX_IREF
SSBDT_RTR
WB_MX_INM
TX_ O N
RTR6285A_TCXO
TX_I_P
TX_I_M
WCDMA_PRI_RX_LB_P
WCDMA_RX_HB_IMT
TX_Q_P
TX_Q_M
WCDMA_PRI_RX_LB_M
WCDMA_PRI_RX_HB_P
RTR_GPS_IN
IMT_C P
GSM850_RX_M
WCDMA_PRI_RX_HB_M
GSM_DCS_R X_P
GSM850_RX_P
GSM900_RX_P
GSM900_RX_M
GSM_PCS_RX_P
GSM_PCS_RX_M PRX_Q_P
GSM_DCS_R X_M
DRX_GPS_Q_M
DRX_GPS_Q_P
DRX_GPS_I _P
DRX_GPS_I _M
DRX_GPS_Q_P_1
DRX_GPS_Q_M_1
DRX_GPS_I _P_1
DRX_GPS_I _M_1
DRX_GPS_Q_P_1
DRX_GPS_Q_M_1
DRX_GPS_I _P_1
DRX_GPS_I _M_1
C2502
150PF_0201
12
R2505
82_0201_F
12
C2508
150PF_0201
12
U5B
RTR6285A
GND G7
GND G8
GND G9
GND G10
GND G12
GND H4
GND H5
GND H6
GND H7
GND H8
GND H9
GND H10
GND H12
GND J4
GND J5
GND J6
GND J7
GND J8
GND J9
GND J10
GND K4
GND K5
GND K6
GND K7
GND K8
GND K9
GND K10
GND K12
GND M10
GND M11
GND M12
GND N1
GND N13
GND
A1
GND
A13
GND
B2
GND
B7
GND
B8
GND
B11
GND
C2
GND
D4
GND
D5
GND
D6
GND
D7
GND
D8
GND
D9
GND
D10
GND
E2
GND
E4
GND
E5
GND
E6
GND
E7
GND
E8
GND
E9
GND
E10
GND
F4
GND
F5
GND
F6
GND
F7
GND
F8
GND
F9
GND
F10
GND
F12
GND
G4
GND
G5
GND
G6
C2516
100PF_0201_25V
1 2
C2520
10NF_0201
12
C2525
10PF_0201_25V
12
R2510
1K_0201_J_1/ 20W
R2501
12K_0201_F
12
C2524
10PF_0201_25V
1 2
C2501
NM_12PF_0201
12
R2509
1K_0201_J_1/ 20W
C2526
10PF_0201_25V
1 2
C2529
10PF_0201_25V
12
R2508
1K_0201_J_1/ 20W
R2502
0_0201_J
1 2
C2504
NM_68PF_0201
12
R2504
82_0201_F
12
C2518
NM_10PF_0201_25V
1 2
R2507
1K_0201_J_1/ 20W
L2501
NM_3.3nH _0201
12
U5A
RTR6285A
VDDA2_VCO_WCDMA B1
VDDA1_VCO_GSM D1
VDDA1_BB_GSM D2
VDDA1_PLL1 F1
VDDA2_BB_WCDMA F2
VDDA2_VCO_GPS G2
VDDA1_PLL_GPS H1
VDDA1_PLL_GPS H2
VDDA2_DIG N3
VDDA1_PLL2 M4
VDDA1_PLL2 N4
VDDM M5
VDDA2_VCO2 M6
VDDA2_VCO2 N6
VDDA2_W_MIX N7
VDDA2_LNA_GPS L12
VDDA2_LO_GPS F13
VDDA1_GSM_MI X A11
VDDA2_DA B10
VDDA2_VGA B6
VDDA2_TFILT A6
VDDA2_TMIXLO A5
LB_RF_OUT1 A10
LB_RF_OUT2 B9
HB_RF_OUT1 A9
HB_RF_OUT2 A8
HB_RF_OUT3 A7
PRX_QP J1
P R X_Q J2
PRX_IP K2
P R X_I K1
DRX_QP L1
DRX_Q L2
DRX_IP M1
DRX_I M2
WB_MX_INP N8
WB_MX_INM M8
WPRXSE1_OU T M13
WPRXSE2_OU T N12
N_C N2
VTUNE1 E1
VTUNE2 N5
VTUNE_GPS G1
DAC_IREF A3
RF_ON
M7
TC XO
C1
SBDT
M3
TX_ I P
A4
TX_ I N
B5
TX_ Q P
B3
TX_ Q N
B4
WPRXSE1
K13
WPRXSE2
L13
WPRXLBP
N9
WPRXLBM
M9
WPRXHBP
N10
WPRXHBM
N11
WDRXLB
H13
WDRXHB1
J12
WDRXHB2
J13
GCELL_INP
C13
GCELL_INN
B13
EGSM_INP
C12
EGSM_INN
B12
GDCS_INP
E13
GDCS_INN
D13
GPCS_INP
E12
GPCS_INN
D12
GPS_IN
G13
PDET_IN
A12
TX_RBIAS
A2
C2530
10PF_0201_25V
12
C2514
150PF_0201
1
2
R2506
1K_0201_J_1/ 20W
C2503
100PF_0201_25V
1 2
C2528
10PF_0201_25V
12
C2505
100PF_0201_25V
1 2
R2511
1K_0201_J_1/ 20W
C2517
NM_0.5pF _0201
12
C2523
10PF_0201_25V
1 2
R2513
1K_0201_J_1/ 20W
RM-849; (Nokia Lumia 610)
System Module
Page 4-26 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
C2620
NM_4.7U F_0402_6.3V
12
R2615
0_0201_J
12
C2605
NM_100nF_0201_10V
12
C2602
100nF_0201_10V
12
C2609
4.7UF_0402_6. 3V
12
C2608
100nF_0201_10V
12
C2616
100nF_0201_10V
12
C2614
22PF_0201_25V
12
C2607
2.2nF_0201
12
C2603
100nF_0201_10V
12
C2618
100nF_0201_10V
12
C2617
100nF_0201_10V
12
C2615
100nF_0201_10V
12
R2602
0_0201_J
12
R2609
0_0201_J
1 2
C2611
100nF_0201_10V
12
R2616
0_0201_J
1 2
C2613
100nF_0201_10V
12
C2610
NM_100nF_0201_10V
12
C2612
4.7UF_0402_6. 3V
12
C2623
NM_4.7U F_0402_6.3V
12
R2613
0_0201_J
1 2
C2621
100nF_0201_10V
12
R2603
0_0201_J
1 2
R2614
0_0201_J
1 2
C2619
100nF_0201_10V
12
R2606
0_0201_J
1 2
C2604
4.7UF_0402_6. 3V
12
R2607
0_0201_J
1 2
R2605
0_0201_J
12
C2622
NM_100nF_0201_10V
12
R2610
0_0201_J
12
R2604
0_0201_J
1 2
R2601
0_0201_J
12
R2608
0_0201_J
1 2
R2611
0_0201_J
1 2
R2612
0_0201_J
1 2
C2606
100nF_0201_10V
12
VREG_S3
VREG_RFRX_0
VDDA2_2
VREG_RFRX_1
VDDA2_1
VDDA2_4
VDDA2_5
VDDA2_3
VDDM
VDDA2_6
VDDA2_8
VDDA2_7
VDDA1_3
VDDA2_9
VDDA1_4
VDDA1_1
VDDA1_2
C2624
NM_4.7U F_0402_6.3V
12
C2625
NM_4.7U F_0402_6.3V
12
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-27
Copyright © 2012 Nokia. All rights reserved.
RF PA1(GSM & UMTS APT)
R2905
200_0201_J
12
R2914
0_0201_J
1 2
C2914
4.7UF_0402_6.3V
12
R2902
0_0201_J
12
C2913
100nF_0201_10V
12
R2907
62_0201_J
1 2
R2917
10K_0201_J
C2912
10uF_0603_6. 3V
12
R2911
2.2K_0201_F
1 2
R2918
0_0201_J
1 2
L2903
22pF_0201
1 2
R2922
NM_0_0201_J
1 2
C2908
39PF_0402
12
L2905
0.47uH_1.6A
1 2
C2905
NM_3.9pF _0201
12
C2901
100nF_0402_16V
12
C2906
NM_2.2uF _0402_6.3V
12
C2909
4.7nF_0201_6.3V
12
C2911
4.7UF_0402_6.3V
12
C2910
100nF_0201_10V
12
R2920
NM_0_0201_J
12
6MHZ
U2902
FAN5903UCX
BPEN C1
EN B1
NC B2
VIN
C3
SW
B3
PGND
A3
SGND
A2
VCON A1
FB C2
U2901
SKY77336-21
BS
2
TX_ E N
3
DCS/PCS_IN
1
GSM_IN
8
VBATT
4
NC
6
VAPC
5
DCS/PCS_OUT 16
GSM_OUT 9
GND_SLUG
18
GND 10
GND 7
GND 11
GND 12
NC 13
GND 14
GND 15
GND_SLUG
19
GND_SLUG
20
GND_SLUG
21
GND_SLUG
22
GND_SLUG
23
GND_SLUG
24
GND_SLUG
25
GND_SLUG
17
GND_SLUG
26
GND_SLUG
27
GND_SLUG
28
L2902
6.8nH_0201
12
C2915
39PF_0402
12
R2919 NM_0_0402_J
1 2
C2902
2.7pF_0201
1 2
R2901
0_0201_J
12
R2909
100_0201_J
12
R2906
200_0201_J
12
R2908
100_0201_J
12
R2912
1K_0201_J_1/ 20W
R2903
27_0201_J
1 2
L2901
8.2nH_0201
12
C2904
NM_3.3pF _0201
12
VBATT
VPH_PWR
V_APT_SMPS
TX_DCS1800_PCS1900
TX_GSM850_EGSM900
GSM_PA_EN
GSM_PA_BAND
TX_GSM_LB
TX_GSM_H B
PA_RAMP
TX_AGC_ADJ
APT_BUCK_ENABLE
RM-849; (Nokia Lumia 610)
System Module
Page 4-28 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
RM-849 -- RF PA1(WCDMA PA & Duplexer)
C2725
100PF_0201_25V
12
R2703
0_0201_J
12
C2703
2.2UF_0402_6. 3V
12
C2711
NM_100PF_0201_25V
12
C2719
22PF_0201_25V
1
2
C2704
1UF_0201_6.3V
12
U2701
ACPM-5001-TR1
RF_IN
2
Vbp
3
Vmode
4
GND
7
RF_OUT 9
ISO 8
GNDSLG
11
VEN
5
CPL 6
Vcc1 1
Vcc2 10
C2707
0.5PF_0201
1
2
R2705
100pF_0201
12
C2712
330PF_0201
12
C2716
100PF_0201_25V
1 2
C2720
22PF_0201_25V
1
2
C2717
100PF_0201_25V
1 2
C2732
10uF_0603_6. 3V
1
2
C2710
3.3pF_0201
12
C2715
NM_1.2PF _0201
12
U2702
NM _SAFEB1G 95KA0F 00
Input
1Output 4
GND1
2GND2
3GND3
5
L2706
10nH_0201
1
2
C2729 12pF _0201
12
C2735
100NF_0201_6.3V
1
2
L2704
22nH_0201
1
2
L2701
NM_1.2N H_0201
12
R2702
0_0201_J
12
C2702
2.2UF_0402_6. 3V
12
C2727
100PF_0201_25V
1 2
C2733
10UF_0402
12
1880MHz
1960MHz
FL2702
FAR-D6N F-1G9600-P1BT
RX 1
TX
3
ANT
6
GND
2
GND
4
GND
5
RX 8
GND 7
GND 9
C2731
10uF_0603_6. 3V
1
2
L2705
NM_10nH_0201
12
C2705
100NF_0201_6.3V
1
2
FL2701
ACMD-7614
TX
3RX 1
ANT 6
GND 2
GND 4
GND 5
GND
7GND
8GND
9
C2726
NM_0.5PF _0201
12
U2704
ACPM-5002-TR1
RF_IN
2
Vbp
3
VMODE
4
GND
7
RF_OUT 9
ISO 8
GNDSLG
11
VEN
5
CPL 6
VCC1 1
VCC2 10
C2718
22PF_0201_25V
1
2
C2721
NM_0.1PF _0201
1
2
C2713
100PF_0201_25V
12
C2709
330PF_0201
12
U2703
FAR-F6KA-1G8800-L4AF
IN
1
GND
2
GND 5
OUT 4
GND
3C2723
1NF_0201_25V
12
R2701
0_0201_J
12
L2703
NM_1.2N H_0201
12
R2704 22pF _0201_25V
12
C2714
22nH_0201
12
C2706
22PF_0402
12
C2728
NM_100PF_0201_25V
12
C2724
1NF_0201_25V
1
2
R2706
49.9_0201_F
12
C2701
NM_100PF_0402_50V
12
C2722
NM_0.1PF _0201
12
C2734
10UF_0402
12
C2730
100PF_0201_25V
1 2
C2708
NM_0.5PF _0201
12
L2702
7.5nH_0201
12
V_APT_SMPS
VPH_PWR
V_APT_SMPS
VPH_PWR
V_APT_SMPS
VPH_PWR
RX_WCDMA_HB_IMT
CELL_CP
TRX_WCDMA_HB_IMT
PA_R0
PA_ON_0
TX_WCDMA_HB_IMT
PA_R1
CELL_CP
TRX_WCDMA_HB_PCS
PA_R1
PCS_CP
PA_ON_2
PA_R0
RX_WCDMA_PCS_P
TX_WCDMA_HB_PCS
RX_WCDMA_PCS_M
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-29
Copyright © 2012 Nokia. All rights reserved.
RM-819 -- RF PA1(WCDMA PA & Duplexer)
C2808
100PF_0201_25V
1 2
C2821
NM_100PF_0201_25V
1 2
U2801
ACPM-5005-TR1
RF_IN
2
Vbp
3
VMODE
4
GND
7
RF_OUT 9
ISO 8
GNDSLG
11
VEN
5
CPL 6
VCC1 1
VCC2 10
C2822
15pF_0201
1 2
U2802
NM_SAFEB836MAL0F00
Input
1Output 4
GND1
2GND2
3GND3
5
C2816
100PF_0201_25V
1 2
C2815
10UF_0402
12
C2826
2.2UF_0402_6. 3V
12
L2804
8.2NH_0201
12
C2805
2.2UF_0402_6. 3V
12
FL2802
FAR-D5N F-942M50-P1GWQ
RX 1
TX
3
ANT
6
GND
2
GND
4
GND
5
RX 8
GND
7GND
9
C2827
10UF_0402
12
L2801
10nH_0201
12
C2807
NM_7.5nH _0201
12
C2803
2.2UF_0402_6. 3V
12
C2802
NM_22PF_0201_25V
12
C2804
100PF_0201_25V
1 2
R2801
0_0201_J
1 2
U2804
ACPM-5008-TR1
VCC1 1
RF_IN
2
VMODE_1
3
VMODE_0
4
GND
7
VCC2 10
RF_OUT 9
CPL_IN 8
GNDSLG
11
VEN
5
CPL_OUT 6
C2811
10pF_0201
1 2
C2823
680PF_0201
12
U2803
NM_SAFEB897MAL0F00
Input
1Output 4
GND1
2GND2
3GND3
5
R2802
0_0201_J
12
C2817
NM_27nH_0201
12
L2802
NM_12nH_0201
12
C2812
33PF_0201_25V
12
C2819
100PF_0201_25V
1 2
R2803
0_0201_J
1 2
C2810
100PF_0201_25V
1 2
836.5MHz
881.5MHz
FL2801
FAR-D5N E-881M50-P1A6Q
RX 1
TX
3
ANT
6
GND
2
GND
4
GND
5
RX 8
GND 7
GND 9
C2820
100PF_0201_25V
1 2
L2803
5.6nH_0201
12
L2805
15nH_0201
12
C2809
NM_22nH_0201
1 2
C2824
10UF_0402
12
R2805
100pF_0201
1 2
C2818
NM_2.2PF _0201
12
C2806
100pF_0201
1 2
R2804
0_0201_J
1 2
C2813
NM_100PF_0201_25V
1 2
C2801
33PF_0201_25V
12
C2828
680PF_0201
12
C2825
680PF_0201
12
C2814
680PF_0402
12
VPH_PWR
V_APT_SMPS
V_APT_SMPS
VPH_PWR
IMT_C P
B8_CP
PA_ON_1
TRX_WCD MA_LB_CELL
PA_R1
PA_R0
TRX_WCD MA_LB_B8
TX_WCDMA_LB_CELL
PA_R1
B8_CP
PA_ON_3
PA_R0
PCS_CP
TX_WCDMA_LB_B8
RX_WCD MA_LB_M_CELL
RX_WCD MA_LB_P_CELL
RX_WCD MA_LB_M_B8
RX_WCD MA_LB_P_B8
RM-849; (Nokia Lumia 610)
System Module
Page 4-30 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
RM-849 -- RF Front End
WCDMA BAND V
MODE
L
INTER_RX_SW_SEL
WCDMA BAND VIII
H
L3006
0.5pF_0201_50V
12
R3002
1K_0201_J
1 2
C3010
1.2nH_0402
1
2
C3017
1.2nH_0402
12
XM0831SZ-AL1001TMP
PORT3- 10
PORT2-
4
GND
3
GND
2
PORT3+
1VDD 9
PORT1- 8
PORT1+ 7
CTL 6
PORT2+
5
C3003
100PF_0201_25V
12
C3019 12pF _0402
12
R3001
0_0201_J
1
2
C3015
100PF_0201_25V
12
U3003
NL7SZ18MUR2G
Y1 4
Y0 6
VDD 5
S
1
A
3
GND 2
C3009
1nH_0201
12
L3003
NM_10nH_0201
12
2110-2170MHz
FL3001
FAR-F6KB-2G1400-B4GC
IN
1
GND1
2
OU T1 3
OU T2 4
GND2 5
R3003
0_0201_J
12
L3008
22nH_0402
12
U3001
XM0830SJ-DL0601
Port3
4
VCTL
5
Port2
6
VDD 1
Port1 2
GND 3
C3016 100PF _0402_50V
12
C3005
100PF_0201_25V
1
2
C3014
100PF_0402_50V
12
R3004
10K_0201_J
12
C3012
100PF_0201_25V
1
2
L3009
NM_18nH_0402
1
2
C3007
100PF_0201_25V
1
2
C3020
100PF_0201_25V
12
C3004
100PF_0201_25V
1
2
C3021
10nH_0402
12
C3008
100nF_0201_10V
12
L3002
82NH_0201 1
2
R3005
10K_0201_J
12
L3004
NM_10nH_0201
12
C3018
10nH_0402
12
L3005
2nH_0201
12
C3011
1nH_0201
12
C3006
100PF_0201_25V
1
2
C3001
100PF_0201_25V
1
2
C3022
12pF_0402
12
C3024
100nF_0201_10V
12
L3007
NM_10nH_0201
1
2
L3001
10pF_0402
12
C3023
100nF_0201_10V
12
C3013
1.2nH_0402
12
C3002
1NF_0201_25V
1 2
L3010
NM_10nH_0201
1 2
VREG_RFRX_1
VREG_S3
VREG_SY NTH
VREG_SY NTH
WB_MX_INM
WB_MX_INP
INTER_RX_SW_SEL
PRXIMT_OUT
PA_ON_3
PA_ON2
INTER_RX_SW_SEL
PA_ON_2
RX_WCD MA_LB_M_CELL
RX_WCD MA_LB_P_CELL
RX_WCD MA_LB_P_B8
RX_WCD MA_LB_M_B8
RX_WCD MA_LB_P
RX_WCD MA_LB_M
TX_WCDMA_LB_B8
INTER_RX_SW_SEL
TX_WCDMA_LB
TX_WCDMA_LB_CELL
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-31
Copyright © 2012 Nokia. All rights reserved.
RM-819 -- RF Front End
L3119
NM_18nH_0201
12
L3120
NM_18nH_0201
12
L3106
NM_5.1N H_0201
12
L3111
4.7nH_0201
1 2
C3115
NM_100nF_0201_10V
12
L3104 1.8nH _0201
1 2
L3113
NM_22nH_0201
12
L3118
18nH_0201
12
L3115
4.7nH_0201
1 2
L3102
3.3nH_0201
12
C3114 100pF _0201_25V
1 2
U3102
FAR-G5KC-942M50-Y4Y W
GSM900_IN
1
GND1 2
GND2 3
GSM850_IN
4
GND3 5
OUT850_1 6
OUT850_2 7
OUT900_1 8
OUT900_2 9
GND4 10
R3102
0_0201_J
1 2
L3122 10nH_0201
1 2
C3105
0.7pF_0201_25V
1 2
C3110
100PF_0201_25V
1 2
C3102 100PF _0201_25V
1 2
L3117 NM_15NH _0201
1 2
L3101
NM_3.9N H_0201
1 2
C3108
100PF_0201_25V
1 2
L3105
3nH_0201
12
L3107
NM_3.9N H_0201
1 2
R3104
NM_NCP15WF104F 03RC
12
L3121
22nH_0201
12
C3112
1.5pF_0201
1 2
L3110
6.8nH_0201
12
R3103
NM_120K_0201_J
1 2
C3103
100PF_0201_25V
1 2
L3112
18nH_0201
12
C3116
NM_100nF_0201_10V
12
U3101
FAR-G6KC-1G9600-Y 4Y Y
PCS_IN
1
GND1 2
GND2 3
DCS_IN
4
GND3 5
OUTDCS1 6
OUTDCS2 7
OUTPCS1 8
OUTPCS2 9
GND4 10
C3107 100PF _0201_25V
1 2
L3116
10NH_0201
1 2
C3106
0.7pF_0201_25V
1 2
L3103
NM_4.7nH _0201
12
L3108
1.8nH_0201
1 2
L3114
NM_15NH _0201
1 2
C3111
1.5pF_0201
1 2
C3113
2.7nH_0201
1 2
R3101
0_0201_J
1 2
C3101
100PF_0201_25V
1 2
L3123
2.7nH_0201
12
C3109 100PF _0201_25V
1 2
C3104
2nH_0201
1 2
L3109
NM_1pF_0201_25V
12
VREG_RFRX
RX_WCDMA_PCS_P WCDMA_PRI_RX_HB_P
WCDMA_PRI_RX_HB_M
RX_WCDMA_PCS_M
WCDMA_PRI_RX_LB_M
WCDMA_PRI_RX_LB_P
RX_WCD MA_LB_M
RX_WCD MA_LB_P
RX_WCDMA_HB_IMT WCDMA_RX_HB_IMT
GSM_PCS_RX_M
GSM_PCS_RX_P
GSM_DCS_R X_M
GSM_DCS_R X_P
RX_PCS1900
RX_DCS1800
GSM850_RX_P
PA_THERM
GSM900_RX_P
GSM850_RX_M
RX_EGSM900 GSM900_RX_M
RX_GSM850
VREG_SY NTH
TX_GSM850_EGSM900
ANT_SEL0
ANT_SEL1
TX_DCS1800_PCS1900
ANT_SEL3
ANT_SEL2
TRX_WCDMA_HB_IMT
RX_PCS1900
TRX_WCDMA_HB_PCS
TRX_WCD MA_LB_B8
RX_DCS1800
TRX_WCD MA_LB_CELL
RX_EGSM900
RX_GSM850
Rev. B
Note 1:
EGSM900 RX
DCS1800/PCS1900TX
GSM850/EGSM TX
MODE
H
ANT_SEL0
WCDMA CELL TRX
WCDMA B8 TRX
PCS1900 RX H
L
L
L
H
H
H
H
ANT_SEL3ANT_SEL2ANT_SEL1
L
L
L
L
H
L
L
L
L
WCDMA PCS TRX
SLEEP(VREG_SYNTH=NO)
WCDMA IMT TRX
L
L
H
POWER DOWN
LH
L
H
L
H H H
HL
H
HHH
L
L
H
H
H
L
H
L L
LL
L
L
DCS1800 RX
GSM850 RX
C3207
NM_39pF_0402
1 2
L3204
3.3pF_0402
1 2
L3202
0_0402_J
12
R3205
1K_0201_J
1 2
C3203
100PF_0201_25V
1
2
PAD3202
CU-120220-0301
11
R3203
1K_0201_J
1 2
PAD3201
CU-120220-0301
11
R3202
1K_0201_J
1 2
L3206
NM_22nH_0201
12
L3205
18nH_0201
12
C3209
18pF_0201_25V
1 2
Part Ref erence = FS3201
V4
23
V3
24
V2
25
V1
26
VDD 22
TR X1 19
TR X2 20
TR X3 2
GSM_TX_HB 10
GSM_TX_LB 13
GSM_RX3 15
GSM_RX2 17
ANT
7
GND2
5
GND4
8
GND5
9
GND1
1
GND6
11
GND3
6
GND7
12
GND8
14
GND9
16
GND10
21
GND11
27
GND12
28
TR X4 3
GSM_RX1 18
TR X5 4
L3201
15NH_0201
1 2
C3202
NM_33PF_0201_25V
12
L3203
NM_2.2nH _0402
12
C3206
100PF_0201_25V
1
2
C3201
100NF_0201_6.3V
1
2
R3204
1K_0201_J
1 2
J3201
C90P103-00004-H
GND2
4ANT-IN 1
GND3 5
ANT-OUT
2
GND1 3
GND4
6
C3205
100PF_0201_25V
1
2
R3201
0_0201_J
1 2
C3204
100PF_0201_25V
1
2
RM-849; (Nokia Lumia 610)
System Module
Page 4-32 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
QUALCOMM WCN2243 -- BT/FM
ATHEROS AR6005 -- WIFI
U6-1
WCN2243_WLNSP
GND
6
SYS_RST_N
33
I2C_SDA
28
I2C_SCL
29
FM_HRX_IN
43
FM_PRXTX_IO
49
FM_I2S_SD
46
FM_I2S_W S
56
FM_I2S_SC K
51
BT_PC M_I N
58
BT_PCM_CLK
42
SLEEP_CLK
53
BT_UART_RXD
36
BT_U A R T_TXD
47
BT_U A R T_C TS
40
BT_U A R T_R TS
57
FM_RDS_INT 45
SYS_CLK 25
FM_LO_L 27
FM_LO_R 26
BT_PCM_OUT 52
BT_PCM_SYNC 20
BT_CLK_REQ 17
BT_ACTIVE 30
BT_STATU S 35
TX_CONFIRM 34
BT_RFIO 3
L3303
82nH_0402
1 2
TP3301
C3306
100nF_0201_10V
1
2
C3305
10nF_0201_10V
12
L3304
3.3nH_0201
12
C3301
47pF_0201_25V
12
R3307 3.3pF_0201
1 2
R3303
0_0402_J
1 2
L3301 82nH_0402
1 2
C3302 22pF _0201_25V
1 2
C3308
4.7uF_0402_6.3V
12
R3305 0_0201_J
1 2
C3313
10pF_0201_25V
12
R3306
1M_0201_J
1 2
U6-2
WCN2243_WLNSP
VDD_IO
31
VDD_XO_BIAS
24
VREG_DIG
14
VREG_ANA
4
VDD_LDO_IN
10
VDD_FM_1P3
54
VDD_FM_1P3
37
VDD_FM_1P3
50
VDD_FM_1P3
55
VDD_DIG_1P3
21
VDD_FM_DAC
32
VDD_BT_PA
19
VDD_BT_1P3
13
VDD_BT_1P3
12
VDD_BT_1P3
15
VDD_BT_1P3
5
GND 41
GND 23
AGND_FM 48
AGND_FM 38
AGND_FM 39
AGND_FM 44
GND 16
AGND_FM 22
AGND_BT 8
AGND_BT 9
AGND_BT 18
AGND_BT 2
AGND_BT 7
AGND_BT 11
AGND_BT 1
C3304 1UF_0201_6.3V
1 2
C3314
10nF_0201_10V
12
C3311
10nF_0201_10V
12
R3309 NM_0_0201_J
1 2
R3308 0_0201_J
12
R3311 NM_0_0201_J
1 2
R3304 NM_0_0201_J
1 2
L3302 68nH_0402
1 2
R3301
1M_0201_J
12
C3312
10nF_0201_10V
12
TP3302
C3310
10nF_0201_10V
12
C3309
4.7uF_0402_6.3V
12
L3305
NM_33nH_0201
12
C3303 1UF_0201_6.3V
1 2
C3307
10nF_0201_10V 12
C3315 NM_22pF_0201_25V
1 2
R3312 NM_0_0201_J
1 2
VDD_BT_3V3
VDD_BT_1P3
VDD_BT_3V3
VREG_L17
VREG_S3
VDD_BT_IO_1V8
BT_SYS_RST_N
VDD_BT_IO_1V8
AUX_PCM_DOUT
FM_HRX_IN
AUX_PCM_SYNC
AUX_PCM_CLK
AUX_PCM_SYNC
AUX_PCM_DIN
AUX_PCM_DIN
AUX_PCM_CLK
SLEEP_CLK_BT_WLAN
AUX_PCM_DOUT
TCXO_D1
FM_RDS_INT
LINE_IN_R_P
LINE_IN_L_P
BT_CLK_PWR _REQ
BT_ACTIVE
WLAN_ACTIVE
BT_PRIORITY
WLAN_CLK_PWR_REQ
BT_RFIO
I2C1_SCL
TCXO_A0
MSM_U A R T1_TXD
I2C1_SDA
MSM_UART1_RFR_N
MSM_U A R T1_R XD
MSM_U A R T1_C TS_N
AUDIO_L
AUDIO_R
R3310
0_0402_J
1 2
R3302
RB520S30T1G
1 2
DEBUG_WIFI_UART_TXD
50_MAIN_AN T
C3424
33pF_0201_25V
12
R3401 NM_0_0201_J
1 2
C3402
2.2uF_0402_6.3V
12
C3401
100nF_0201_6. 3V
1 2
C3427
33nH_0201
1 2
TP3409
TP3404
C3421
2.2uF_0402_6.3V
1 2
R3407 1nH_0201
12
R3408 NM_0_0201_J
12
R3413 NM_0_0201_J
1 2
C3417
1nF_0201_25V
1 2
TP3402
C3411 NM_0.01uF_0201_10V
1 2
TP3405
C3426
NM_10PF_0201_25V
1 2
AR6005
POWER
RFGPIO
U7
AR6005G-C F1B-R
GPIO_0
23
GPIO_1
28
GPIO_2
27
GPIO_3
32
GPIO_4
37
GPIO_5
61
GPIO_6
52
GPIO_7
66
GPIO_8
57
GPIO_9
64
GPIO_10
55
GPIO_11
60
GPIO_12
51
GPIO_13
56
GPIO_14
65
GPIO_15
62
GPIO_16
53
GPIO_17
44
GPIO_18
39
GPIO_19
67
GPIO_20
58
GPIO_21
49
GPIO_22
35
GPIO_23
16
GPIO_24
11
GPIO_25
19
AN TA 17
AN TB 12
AN TC 9
AN TD 2
AN TE 7
RF2INN 10
RF2INP 5
RF2OUTN 31
RF2OUTP 15
GND
34
NC
69 NC
68
GND
63
GND
30 GND
29
GND
25 GND
22 GND
21 GND
14
GND
26
XTA L I 1
XTA L O 6
BIAS_REF 3
XPABI AS5 24
CHIP_PWD_L 46
DVDD12
33
DVDD12
38
DVDD12
43
VDD12_BB
13
DVDD_SDIO
47
DVDD_SOC2
48
VDD18_XTAL
8
VDD18_BB
18
VDD18_RF
4
VDD33_ANT
20
VDD33_PA
40
DREG_OUT 59
SREG_OUT 42
VREG 50
SWREG_OUT 54
VBATTER Y _42 45
PAREG_VDD33_OUT 36
PAREG_BASE 41
R3409 0_0201_J
12
C3422
470pF_0201_25V
1 2
R3412
0_0201_J
12
R3402
0_0201_J
1 2
C3414
2.2uF_0402_6.3V
1 2
C3410
1nF_0201_25V
1 2
TP3401
C3409
2.2uF_0402_6.3V
1 2
C3423
100nF_0201_10V
1 2
C3420
100nF_0201_6. 3V
1 2
TP3403
U3401
R066 EPCOS
TX_BIAS 17
VC3 16
VC2
4
GND 18
GND 12
R XA
5
GND 14
ANT 13
GND 11
GND
3
GND 19
GND 10
GND 15
TXA
1
TXB
2
R XB
6
GND
7
BT
8
VC1
9
TP3408
R3410 NM_0_0201_J
12
C3419
10pF_0201_25V
1 2
C3418
2.2uF_0402_6.3V
1 2
C3416
100nF_0201_6. 3V
1 2
C3407
10pF_0201_25V
12
R3404
6.19K_0201_1%
12
C3406
NM_6.8pF _0201_50V
12
R3411 0_0201_J
12
C3412
2.2uF_0402_6.3V
1 2
C3405
NM_6.8pF _0201_50V
12
L3401
NM_6.8nH _0201
12
C3413
100nF_0402_16V
1 2
R3405 NM_0_0201_J
1 2
C3415
2.2uF_0402_6.3V
1 2
C3403
10pF_0201_25V
12
TP3406
C3408 NM_0.01uF_0201_10V
1 2
C3425
NM_4.7pF _0201_25V
12
C3404
10pF_0201_25V
12
R3406
0_0402_J
1 2
Y3401
TZ2102A_26MHz_13.5pF_10ppm
2
2
33
1
14
4
VDD_WLAN _3V3
DVDD12
AVDD12
VDD_BT_IO_1V8
VDD_WLAN _1V8
VDD_WLAN _3V3
VDD_BT_IO_1V8
VDD_WLAN _1V8
VDD_WLAN _3V3
DVDD12
VDD_WLAN _3V3
VDD_BT_IO_1V8
VDD_WLAN _1V8
VREG_L17
VREG_L19
VPH_PWR
WLAN_ACTIVE
VDD_WLAN _3V3
BT_PRIORITY
BT_ACTIVE
BT_CLK_PWR _REQ
WLAN_CLK_PWR_REQ
SDC2_D1
SDC2_D3
SDC2_D2
SDC2_D0
SDC2_CMD
SDC2_CLK
TCXO_D1
TCXO_A0
BT_WIFI_ant
BT_RFIO
CHIP_PWD_L_QRD
CHIP_PWD_L_EVB
WAKE_ON_WIRELESS_QRD
WAKE_ON_WIRELESS_EVB
CHIP_PWD_L
AN TA
AN TB
AN TB
AN TE
AN TA
50_RF2IN P
50_RF2OUTN
50_RF2IN N
BIASREF
50_RF2OUTP
AN TE
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-33
Copyright © 2012 Nokia. All rights reserved.
GPS
G-Sensor
Light & proximity Sensor
R3506
0_0402_J
12
R3501
33pF_0201_25V
1
2
C3511
NM_39pF_0402
1 2
U3503
FAR-F6KA-1G5754-L4AJ
IN
1
GND
2
GND 5
OUT 4
GND
3
C3503
100PF_0201_25V
1
2
C3507
NM_100PF_0201_25V
1
2
C3509
7.5nH_0201
12
C3502
100PF_0201_25V
1
2
C3501
NM_10PF_0201_25V
12
PAD3501
CU-120220-0301
11
C3508
8.2nH_0201
1
2
C3505
NM_10PF_0201_25V
12
R3504
0_0201_J
12
L3504
39nH_0201
12
C3510
NM_10PF_0201_25V
12
JP3301
C90P103-00004-H
GND2
4ANT-IN 1
GND3 5
ANT-OUT
2
GND1 3
GND4
6
R3502
33pF_0201_25V
1
2
L3502
NM_39nH_0201
1
2
R3503
0_0201_J
12
PAD3502
CU-120220-0301
11
U3502
UPC8236T6N-E2-A
Vcc
1
GND
2
Input
3EN 4
Output 5
Vcc 6
Gnd
7
U3501
FAR-F6KA-1G5754-L4AJ
IN
1
GND
2
GND 5
OUT 4
GND
3
R3505
33pF_0201_25V
12
U3504
DPX162500DT-8014A4
Hi Freq 2
Com
3Lo Freq 4
GND
1
L3501
5.6nH_0201
12
C3504
6.2nH_0201
12
C3506
1NF_0201_25V
1
2
VREG_SY N TH
EXT_GPS_LNA_EN
RTR_GPS_IN
BT_WIFI_ant
C3512
3.9nH_0402
1 2
C3604
33PF_0201_25V
12
C3602
10NF_0201
12
C3608 68pF_0201
12
C3603
100NF_0201_6.3V
1
2
C3601
100NF_0201_6.3V
1
2
TP3601
C3609 68pF_0201
12
U3602
LIS3DH
Vdd_IO
1
NC1
2
NC2
3
SCL/SPC
4
GND1
5
SDA/SDI/SDO
6
SDO
7
CS
8
INT2 9
RES2 10
INT 11
GND2 12
ADC3 13
Vdd 14
ADC2 15
ADC1 16
R3604
100K_0201_J
12
TP3602
R3601
0_0201_J
12
R3602
0_0201_J 1
2
VREG_L13
VREG_L15
ACCL_INT
I2C1_SCL
ACCL_INT_2
I2C1_SDA
ACCL_INT
ACCL_INT_2
R3605
10K_0201_F
1
2
U3601
APDS-9900
SDA 1
INT 2
LDR 3
LED K 4
LED A
5
GND
6
SCL
7
VDD
8
C3606
1uF_0402
1 2
R3603
0_0402_J
1 2
C3607
1uF_0402
1 2
VREG_L13
VREG_S3
I2C1_SDA
ALS_INT_NI2C1_SCL
RM-849; (Nokia Lumia 610)
System Module
Page 4-34 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
SIM
Vibrator
D3902
CDB0130QRL
1 2
M3901
LA4-503BB
12
3
C3906
33PF_0201_25V
R3903
0_0201_J
C3905
1nF_0201_25V
C3907
33PF_0201_25V
C3908
33PF_0201_25V
VPH_PWR
VIB_DRV_N
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-35
Copyright © 2012 Nokia. All rights reserved.
Side key
VOL_DOWN
VOL_UP
Camera capture key
NTC301-BB1G-B160T
SK3703
2
3
4
5
1
VR3701
MLVG0402470NV05
12
VR3708
ICVS0518270FR
12
VR3707
5MLVG0402331NV05
12
R3701
100_0201_J
12
R3704
22_0201_J
12
NTC301-BB1G-B160T
SK3704
2
3
4
5
1
C3701
22PF_0201_25V
12
VR3705 NM_TVM0G5R5M330R_0402_5.5V
R3710
0_0201_J
12
C3703
22PF_0201_25V
12
C3704
22PF_0201_25V
12
VR3706 NM_TVM0G5R5M330R_0402_5.5V
d->ab half
c->ab full
SK3702 HKW0731-210011
b
2c
3d
4
Fix
5Fix
6Fix
7
Fix
8Fix
9
a
1
Fix
10
R3709
220_0201_J
12
NTC301-BB1G-B160T
SK3701
2
3
4
5
1
TP3701
1
1
PHONE_ON_N
Vol_down
Vol_up
KYPD_CAM19
PMIC_RESIN_N
KYPD_CAM29
POWER/END Key
KYPD_CAM1 for camera capture
KYPD_CAM2 for camera AF
RM-849; (Nokia Lumia 610)
System Module
Page 4-36 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
Audio Jack
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Page 4-37
Copyright © 2012 Nokia. All rights reserved.
Microphone
C1915
NM_470NF_0201
12
C1904
33PF_0201_25V
1
2
R1902
0_0201_J
1
2
MIC2
SPU0414HR5H-SB
GND
2
OUTPUT 4
GAIN
3
VDD 1
R1908
0_0201_J
1 2
C1919
100NF_0201_6.3V
12
R1904
0_0201_J
12
R1901
0_0201_J
1 2
C1901
1uF_0402
12
C1905
NM_470NF_0201
12
VR1902
ICVS0505201FR
12
VR1904
5MLVG0402331NV05
12
L1901 68NH_0402
1
2
R1907
0_0201_J
1 2
MIC1
SPU0414HR5H-SB
GND
2
OUTPUT 4
GAIN
3
VDD 1
C1912
470NF_0201
12
VR1903
ICVS0505201FR
1 2
C1917
NM_470NF_0201
12
C1914
33PF_0201_25V
1
2
VR1901
NM_ICVS0505201FR
12
VR1905
MLVG0402470NV05
12
C1911
1uF_0402
1
2
C1907
NM_470NF_0201
12
C1909
100NF_0201_6.3V
12
C1906
100NF_0201_6.3V
1 2
R1906 0_0201_J
1
2
VR1906
MLVG0402470NV05
1 2
C1903
33PF_0201_25V
1
2
C1918
100NF_0201_6.3V
12
C1913
33PF_0201_25V
1
2
C1910
NM_33PF_0201_25V
12
L1902 68NH_0402
1
2
C1902
470NF_0201
12
R1903
0_0201_J
1 2
C1916
100NF_0201_6.3V
1 2
C1908
100NF_0201_6.3V
12
R1905 0_0201_J
1
2
MIC1_M
MIC1_P
HSED_BIAS2
MSM_MI C BI AS
AUXI_P
AUXI_M
Secondary Microphone
Primary Microphone
RM-849; (Nokia Lumia 610)
System Module
Page 4-38 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
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RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Glossary-1
Copyright © 2012 Nokia. All rights reserved.
Glossary
RM-849; (Nokia Lumia 610)
System Module
Glossary-2 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
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RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Glossary-3
Copyright © 2012 Nokia. All rights reserved.
A/D-converter
Analogue-to-digital converter
ACI
Accessory Control Interface
ADC
Analogue-to-digital converter
ADSP
Application DPS (expected to run high level tasks)
AGC
Automatic gain control (maintains volume)
ALS
Ambient light sensor
AMSL
After Market Service Leader
ARM
Advanced RISC Machines
ARPU
Average revenue per user (per month or per year)
ASIC
Application Specific Integrated Circuit
ASIP
Application Specific Interface Protector
B2B
Board to board, connector between PWB and UI board
BB
Baseband
BC02
Bluetooth module made by CSR
BIQUAD
Bi-quadratic (type of filter function)
BSI
Battery Size Indicator
BT
Bluetooth
CBus
MCU controlled serial bus connected to UPP_WD2, UEME and Zocus
CCP
Compact Camera Port
WCDMA
Code division multiple access
CDSP
Cellular DSP (expected to run at low levels)
CLDC
Connected limited device configuration
CMOS
Complimentary metal-oxide semiconductor circuit (low power consumption)
COF
Chip on Foil
COG
Chip on Glass
CPU
Central Processing Unit
CSD
Circuit-switched data
CSR
Cambridge silicon radio
CSTN
Colour Super Twisted Nematic
CTSI
Clock Timing Sleep and interrupt block of Tiku
CW
Continuous wave
D/A-converter
Digital-to-analogue converter
DAC
Digital-to-analogue converter
DBI
Digital Battery Interface
DBus
DSP controlled serial bus connected between UPP_WD2 and Helgo
DCT-4
Digital Core Technology
DMA
Direct memory access
RM-849; (Nokia Lumia 610)
System Module
Glossary-4 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
DP
Data Package
DPLL
Digital Phase Locked Loop
DSP
Digital Signal Processor
DTM
Dual Transfer Mode
DtoS
Differential to Single ended
EDGE
Enhanced data rates for global/GSM evolution
EGSM
Extended GSM
EM
Energy management
EMC
Electromagnetic compatibility
EMI
Electromagnetic interference
ESD
Electrostatic discharge
FCI
Functional cover interface
FPS
Flash Programming Tool
FR
Full rate
FSTN
Film compensated super twisted nematic
GMSK
Gaussian Minimum Shift Keying
GND
Ground, conductive mass
GPIB
General-purpose interface bus
GPRS
General Packet Radio Service
GSM
Group Special Mobile/Global System for Mobile communication
HSDPA
High-speed downlink packet access
HF
Hands free
HFCM
Hands free Common
HS
Handset
HSCSD
High speed circuit switched data (data transmission connection faster than GSM)
HW
Hardware
I/O
Input/Output
IBAT
Battery current
IC
Integrated circuit
ICHAR
Charger current
IF
Interface
IHF
Integrated hands free
IMEI
International Mobile Equipment Identity
IR
Infrared
IrDA
Infrared Data Association
ISA
Intelligent software architecture
JPEG/JPG
Joint Photographic Experts Group
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Glossary-5
Copyright © 2012 Nokia. All rights reserved.
LCD
Liquid Crystal Display
LDO
Low Drop Out
LED
Light-emitting diode
LPRF
Low Power Radio Frequency
MCU
Micro Controller Unit (microprocessor)
MCU
Multiport control unit
MIC,
Microphone
MIDP
Mobile Information Device Profile
MIN
Mobile identification number
MIPS
Million instructions per second
MMC
Multimedia card
MMS
Multimedia messaging service
MTP
Multipoint-to-point connection
NFC
Near Field Communication
NTC Negative temperature coefficient, temperature sensitive resistor used as a temperature
sensor
OMA
Object management architecture
OMAP
Operations, maintenance, and administration part
Opamp
Operational Amplifier
PA
Power amplifier
PDA
Pocket Data Application
PDA
Personal digital assistant
PDRAM
Program/Data RAM (on chip in Tiku)
Phoenix
Software tool of DCT4.x and BB5
PIM
Personal Information Management
PLL
Phase locked loop
PM
(Phone) Permanent memory
PUP
General Purpose IO (PIO), USARTS and Pulse Width Modulators
PURX
Power-up reset
PWB
Printed Wiring Board
PWM
Pulse width modulation
RC-filter
Resistance-Capacitance filter
RF
Radio Frequency
RF
PopPort™ Reduced function PopPort™ interface
RFBUS
Serial control Bus For RF
RSK
Right Soft Key
RS-MMC
Reduced size Multimedia Card
RM-849; (Nokia Lumia 610)
System Module
Glossary-6 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
RSS
Web content Syndication Format
RSSI
Receiving signal strength indicator
RST
Reset Switch
RTC
Real Time Clock (provides date and time)
RX
Radio Receiver
SARAM
Single Access RAM
SAW
filter Surface Acoustic Wave filter
SDRAM
Synchronous Dynamic Random Access Memory
SID
Security ID
SIM
Subscriber Identity Module
SMPS
Switched Mode Power Supply
SNR
Signal-to-noise ratio
SPR
Standard Product requirements
SRAM
Static random access memory
STI
Serial Trace Interface
SW
Software
SWIM
Subscriber/Wallet Identification Module
TCP/IP
Transmission control protocol/Internet protocol
TCXO
Temperature controlled Oscillator
Tiku
Finnish for Chip, Successor of the UPP
TX
Radio Transmitter
UART
Universal asynchronous receiver/transmitter
UEME
Universal Energy Management chip (Enhanced version)
UEMEK
See UEME
UI
User Interface
UPnP
Universal Plug and Play
UPP
Universal Phone Processor
UPP_WD2
Communicator version of DCT4 system ASIC
USB
Universal Serial Bus
VBAT
Battery voltage
VCHAR
Charger voltage
VCO
Voltage controlled oscillator
VCTCXO
Voltage Controlled Temperature Compensated Crystal Oscillator
VCXO
Voltage Controlled Crystal Oscillator
Vp-p
Peak-to-peak voltage
VSIM
SIM voltage
WAP
Wireless application protocol
RM-849; (Nokia Lumia 610)
System Module
Issue 1 COMPANY CONFIDENTIAL Glossary-7
Copyright © 2012 Nokia. All rights reserved.
WCDMA
Wideband code division multiple access
WD
Watchdog
WLAN
Wireless local area network
XHTML
Extensible hypertext markup language
Zocus
Current sensor (used to monitor the current flow to and from the battery)
RM-849; (Nokia Lumia 610)
System Module
Glossary-8 COMPANY CONFIDENTIAL Issue 1
Copyright © 2012 Nokia. All rights reserved.
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