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Instructions
The Mu930 series is a mobile phone camera module testboard with small size,higher compatibility and reliabilitysuitable for automated equipment applications.MU930 seriesmodule interface design is simple, using interface reusedesign, one interface supports MlPl, or Dvp ,and or HlSPlinterface,in order to test the quality of the camera modulemore accurately, Mu930 series products are combined with thecurrent detection technology at the level of precisioninstruments, The minimum resolution can reach l0nA, and thestandby current ofthe Sensor can be measured moreaccurately and conveniently.
Key Features
▪ High rate MlPl lane,and up to 4lanes supported,bandwidthcan be up to 1.6Gbps/lane.
▪ Parallel date transmission supported,and data up to 16 bits.
▪ HlsPi format module test supported.
▪ Small size ,highperformance , suitable for automaticapplication.
▪ High speed usB3.0 port,easy use,transmission bandwidthcan be up to 5Gbps.
▪ Dynamic/Standby current test standard can reach toprecise instrument,High accuracy OpenjShort test,alsosuitable for package test application.
▪ 7 programmable power and it also has a high accuracy,lownoise;two power prowide the TOF module specially.
▪ Provide power supply for ToF module and currentacquisition.
▪ Camera module compatibility is wide,supportingmost of module in the market.
▪ Vehicle applications supported,in 24v power supplysituation,vpP2 will have 18v output maximum fromproducts.
Technical parameters
- Model Number：MU930
- Product Series：USB3.0 Series
- Manufacturer：Dothinkey
- SensorInterface：MIPI D-PHY CSI/DVP/HISPI
- MIPl Rate：1.6Gbps/Lane
- MiPl Channels：1/2/4 Lane
- DVP Data bits：16bits
- DPS Characteristics：7 programmable power
- USB3.0 bandwidth：5Gbps
- I²C Rate：100KHz~1MHz
- Sensor clock：6~99MHz±0.1MHz
- SensorlO level：1.3~3.3V
- lmage Format：RGB565/YUV422/RAW8/RAW10/RAW12/RAW14/RAW16
MU930 PIN Definition
MU930 PIN Function Description
| PIN Function Description | |||
|---|---|---|---|
| PIN Ascription | Name | Type | Function |
| MIPI/DVP/HISPI | NC | NC | Not Connection |
| MIPI/DVP/HISPI | AIN | AIN | 0-3.3V Voltage detection,Not support Os test |
| MIPI/DVP/HISPI | CLK_N/P | input | mage sensor differential clock input pin |
| MIPI/DVP/HISPI | D[0..3]_N/P | input | mage sensor differential data input pin |
| MIPI/DVP/HISPI | VPP2 | Power | General power supply |
| MIPI/DVP/HISPI | OISVDD | Power | Opticalanti-shake power supply |
| MIPI/DVP/HISPI | AVDD/AVDD2 | Power | Sensor analog power supply |
| MIPI/DVP/HISPI | DOVDD | Power | Sensorl0 power supply |
| MIPI/DVP/HISPI | DVDD | Power | Sensor core power supply (Suitable forTOF power supplyand transient current acqulsition) |
| MIPI/DVP/HISPI | AFVCC | Power | Sensor Auto focus power supply(Suitable for TOF power supply and transient current acquisition) |
| MIPI/DVP/HISPI | AGND | Power | Analog Ground |
| MIPI/DVP/HISPI | DGND | Power | Data Ground |
| MIPI/DVP/HISPI | MCLK | Output | Sensor main clock supply |
| MIPI/DVP/HISPI | PWDN | Output | Sensor power down control |
| MIPI/DVP/HISPI | RST | Output | Sensor reset control |
| MIPI/DVP/HISPI | SCL | Output | IC/SPl clock |
| MIPI/DVP/HISPI | SDA | I/0 | I²C clock |
| MIPI/DVP/HISPI | PO[1..5] | I/0 | I²C data |
| DVP | D[1..16] | input | DVP Sensor data input |
| DVP | Vs | input | DVP Sensor VSYNC input |
| DVP | HS | input | DVP Sensor HSYNC input |
| DVP | PCLK | input | DVP Pixel clock input |
