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Lists required equipment for D5803/D5833 Go/No Go testing without LTE bands.
Lists required equipment for D5803/D5833 Go/No Go testing with all bands.
Presents Rx/Tx attenuation values for CMU-Z11 antenna coupler across different bands.
Presents Rx/Tx attenuation values for CMW-Z11 antenna coupler across different bands.
Lists required equipment for D5803/D5833 Go/No Go testing without LTE bands.
Lists required equipment for D5803/D5833 Go/No Go testing with all bands.
Presents Rx/Tx attenuation values for CMU-Z11 antenna coupler across different bands.
Presents Rx/Tx attenuation values for CMW-Z11 antenna coupler across different bands.
This document outlines the Go/No Go testing procedures for the Sony Xperia Z3 Compact, models D5803 and D5833, within the context of the Sony Mobile Communications AB internal repair and calibration framework. It serves as a guide for technicians performing electrical tests and calibrations, ensuring that devices meet specified performance criteria. The manual emphasizes the use of specific antenna couplers and test equipment, detailing the necessary setup and attenuation factors for various frequency bands.
The primary function of this document is to standardize the Go/No Go testing process for the Xperia Z3 Compact. This testing is a critical step in the repair and calibration workflow, designed to quickly determine if a device is functioning within acceptable parameters or if further diagnostic and repair work is required. By providing clear instructions and reference values, the document aims to ensure consistency and accuracy in testing across all service centers. The Go/No Go test is a pass/fail assessment, indicating whether the device's radio frequency (RF) performance meets the minimum requirements for its intended operation.
The usage features of this manual are centered around guiding technicians through the practical aspects of setting up and executing the Go/No Go tests. It specifies the exact equipment required, including Rohde & Schwartz RF Shield Packages, Shield Boxes (CMU-Z11 and CMW-Z11), RF Couplers, Grid Positioning Holders, RF Test Cables, RF Adapters, and USIM cards (Micro or Nano depending on the test). The document provides visual aids, such as grid positioning diagrams, to ensure the correct placement of the phone within the antenna coupler. This precise positioning is crucial for accurate and repeatable test results, minimizing variability due to environmental factors or improper setup.
For the D5803 and D5833 models, the manual differentiates between "no LTE" and "all bands" testing scenarios, each requiring a specific antenna coupler setup. The "no LTE" testing, implemented in SERPII, covers GSM and WCDMA bands, while the "all bands" testing, implemented in CMWrun, includes LTE bands in addition to GSM and WCDMA. This distinction is important because the LTE bands often require different test methodologies and equipment configurations due to their unique frequency characteristics and wider bandwidths. The manual explicitly states which bands are to be tested in each scenario and which software platform (SERPII or CMWrun) is to be used, streamlining the testing process and preventing errors.
A significant feature of this manual is the inclusion of detailed attenuation factors. These factors, presented in tabular form, provide the expected Rx (receive) and Tx (transmit) loss values for different frequency bands and channels (Low, Mid, High). These values are specific to the D5803 and D5833 models and are crucial for interpreting the results obtained from the test equipment. The attenuation factors are provided for both the CMU-Z11 and CMW-Z11 antenna couplers, reflecting the different characteristics of these test setups. Technicians use these tables to compare the measured RF performance of the device against the established benchmarks, thereby determining if the device passes or fails the Go/No Go test. The accuracy of these attenuation values is paramount, as they directly influence the pass/fail criteria.
The maintenance features of this document are primarily focused on ensuring the integrity and reliability of the testing process. By clearly outlining the required equipment and its proper configuration, the manual indirectly contributes to the maintenance of the test environment. Adherence to the specified equipment list and setup procedures helps prevent damage to the devices under test and the test equipment itself. While the document does not detail the maintenance of the test equipment, it implicitly requires that all specified equipment be in good working order and calibrated according to its manufacturer's recommendations to ensure the validity of the Go/No Go test results. Any deviation from the prescribed setup or the use of uncalibrated equipment would compromise the accuracy of the tests, potentially leading to incorrect pass/fail decisions.
Furthermore, the document's emphasis on following directions from the "Generic Repair Manual – electrical" for "Go/NoGo Test Script Parameters" and "Attenuation Factors" highlights an integrated approach to device repair and calibration. This cross-referencing ensures that technicians have access to a comprehensive set of instructions and data, promoting a holistic understanding of the testing process within the broader repair workflow. This integration is a key maintenance feature, as it helps maintain consistency across different repair tasks and ensures that all relevant information is considered during the testing phase.
The revision history section at the end of the document serves as a crucial maintenance feature for the manual itself. It tracks changes and updates to the testing procedures and attenuation factors, ensuring that technicians are always using the most current and accurate information. For example, the revision history indicates that D5803 and D5833 were added to CMWrun on 2014-09-18, signifying an update to the testing platform for these models. This version control is essential for maintaining the relevance and reliability of the document over time, especially as device models evolve or as new testing methodologies are introduced. Technicians are expected to consult the latest revision to ensure compliance with current testing standards.
In summary, this manual provides a structured and detailed approach to Go/No Go testing for the Sony Xperia Z3 Compact. Its function is to enable efficient and accurate assessment of device RF performance. Its usage features guide technicians through precise equipment setup and test execution, while its maintenance features ensure the integrity of the testing environment and the currency of the documented procedures. The comprehensive nature of the document, including specific attenuation factors and clear instructions for different testing scenarios, makes it an indispensable tool for maintaining the quality and functionality of the Xperia Z3 Compact within Sony's repair and calibration network.
General| Panel type | TFT |
|---|---|
| Display diagonal | 4.6 \ |
| Touch technology | Multi-touch |
| Touchscreen type | Capacitive |
| Display resolution | 1280 x 720 pixels |
| Display number of colors | 16.78 million colors |
| Processor cores | 4 |
| Processor family | Qualcomm Snapdragon |
| Processor frequency | 2.5 GHz |
| RAM capacity | 2 GB |
| Compatible memory cards | MicroSD (TransFlash) |
| Maximum memory card size | 128 GB |
| Internal storage capacity | 16 GB |
| Flash type | LED |
| ISO sensitivity | 12800 |
| Front camera type | Single camera |
| Video recording modes | 1080p |
| Video capture resolution (max) | 3480 x 2160 pixels |
| Rear camera resolution (numeric) | 20.7 MP |
| Front camera resolution (numeric) | 2.2 MP |
| 4G standard | LTE |
| 2G standards | EDGE, GPRS, GSM |
| 3G standards | HSPA, UMTS |
| SIM card type | NanoSIM |
| Wi-Fi standards | 802.11a, Wi-Fi 5 (802.11ac), 802.11b, 802.11g, Wi-Fi 4 (802.11n) |
| Bluetooth version | 4.0 |
| 3G bands supported | 850, 900, 1700, 1900, 2100 MHz |
| 4G bands supported | 800, 850, 1800, 2100, 2600 MHz |
| Bluetooth profiles | A2DP, GAP, HFP, OPP, SPP |
| SIM card capability | Single SIM |
| 2G bands (primary SIM) | 850, 900, 1800, 1900 MHz |
| Mobile network generation | 4G |
| USB version | 2.0 |
| USB connector type | Micro-USB |
| HDMI ports quantity | 0 |
| Headphone connectivity | 3.5 mm |
| Form factor | Bar |
| Product color | White |
| Protection features | Dust resistant, Water resistant |
| Platform | Android |
| App distribution platform | Google Play |
| Operating system installed | Android 4.4 |
| Subscription type | No subscription |
| Personal info management (PIM) | Alarm clock, Calculator, Calendar, Notes, Stopwatch |
| GPS (satellite) | No |
| Audio formats supported | AAC, AMR-NB, MP3 |
| Image formats supported | - |
| Video formats supported | H.263, H.264, MPEG4 |
| Multimedia Messaging Service (MMS) | Multimedia Messaging Service (MMS) is a standard way to send messages that include multimedia content to and from a mobile phone over a cellular network |
| Talk time (2G) | 14 h |
| Talk time (3G) | - h |
| Battery capacity | 2600 mAh |
| Standby time (2G) | 920 h |
| Continuous audio playback time | 110 h |
| Continuous video playback time | 10 h |
| Specific absorption rate (SAR) value (EU) | 0.826 W/kg |
Weight and Dimensions| Depth | 8.6 mm |
|---|---|
| Width | 64.9 mm |
| Height | 127 mm |
| Weight | 129 g |
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