Product Overview
Mira030 is a monochrome global shutter CMOS image sensor with a resolution of 640H 480V. It supports complex on-chip operations such as external trigger, windowing, and horizontal or vertical mirroring, achieving a maximum frame rate of 180fps at full resolution. Registers are accessible via a standard I2C interface, and external triggering is possible via the TRIG pin. Key benefits include high-speed applications, motion blur robustness due to its global shutter pixel, standard data interfaces (MIPI and LVDS), a standard control interface (I2C), and low power consumption.
Product Attributes
- Brand: ams OSRAM Group
- Product Name: Mira030
- Sensor Type: VGA (0.3 MP) Global Shutter CMOS Image Sensor
Technical Specifications
| Ordering Code | Package | Delivery Form | Delivery Quantity |
| MIRA030-1RM2D0 | RW | Cassette | 10000 |
| MIRA030-1RM2WP | CSP | Tray | 10000 |
| Pin # (RW) | Pad Name | Pin Type | Description | Pin No. (CSP) | Pin Name | Pin Type | Description |
| 1 | TRIG | Input | Trigger Signal, External Exposure Control | B3 | TRIG | Input | External Trigger of Exposure |
| 2 | DOGND | GND | I/O GND | - | - | - | - |
| 3 | DVDD | Power | 1.5V Digital Power | C4 | DVDD | Power | 1.5V Digital Power Supply |
| 4 | AVDD | Power | 2.8V Analog Power | A4 | AVDD | Power | 2.8V Analog Power Supply |
| 5 | AGND | GND | Analog Ground | A8 | AGND | GND | Analog Ground |
| 6 | FSYNC | Input | DVP Frame SYNC | - | - | - | - |
| 7 | OTPPGM | Input | OTP burning voltage control pin (connect a 4.7k resistor to the DGND pin) | A2 | OTPPGM | Input | OTP burning voltage (connect a 4.7k resistor to the DOGND pin) |
| 8 | DVDD | Power | 1.5V Digital Power | E4 | DVDD | Power | 1.5V Digital Power Supply |
| 9 | DOGND | GND | I/O GND | E2 | DOGND | GND | I/O GND |
| 10 | LEDSTROBE | Output | LED STROBE Signal | B1 | LEDSTROBE | Output | LED Strobe Signal |
| 11 | SDA | Input/output | I2C Data Line (open drain) | C2 | SDA | Input/output | I2C Data Line (open drain) |
| 12 | SCL | Input | I2C Clock Line | D3 | SCL | Input | I2C Clock |
| 13 | EXTCLK | Input | Clock Input | D1 | EXTCLK | Input | Clock Input |
| 14 | LREF | Input | DVP Row SYNC | - | - | - | - |
| 15 | PCLK | Input | DVP Clock | - | - | - | - |
| 16 | DOGND | GND | I/O GND | - | - | - | - |
| 17 | DVDD | Power | 1.5V Digital power | - | - | - | - |
| 18 | D<0> | Output | DVP Output bit[0] | - | - | - | - |
| 19 | D<1> | Output | DVP Output bit[1] | - | - | - | - |
| 20 | DOVDD | Power | 1.8V I/O Power | H1 | DOVDD | Power | 1.8V I/O Power Supply |
| 21 | D<2> | Output | DVP Output bit[2] | - | - | - | - |
| 22 | D<3> | Output | DVP Output bit[3] | - | - | - | - |
| 23 | DOVDD | Power | 1.8V I/O Power | - | - | - | - |
| 24 | DOGND | GND | I/O GND | - | - | - | - |
| 25 | D<4>/MD0N | Output | DVP Output bit[4]/MlPl DATA 0 Negative | G2 | MD0N | Output | MIPI Data 0 Negative |
| 26 | D<5>/MD0P | Output | DVP Output bit[5]/MlPl DATA 0 Positive | F3 | MD0P | Output | MIPI Data 0 Positive |
| 27 | DVDD | Power | 1.5V Digital Power | F1 | DVDD | Power | 1.5V Digital Power Supply |
| 28 | D<6>/MCN | Output | DVP Output bit[6]/MlPl Clock Negative | H3 | MCN | Output | MIPI Clock Negative |
| 29 | D<7>/MCP | Output | DVP Output bit[7]/MlPl Clock Positive | G4 | MCP | Output | MIPI Clock Positive |
| 30 | DOGND | GND | I/O GND | - | - | - | - |
| 31 | D<8>/MD1N | Output | DVP Output bit[8]/MlPl DATA 1 Negative | F5 | MD1N | Output | MIPI Data 1 Negative |
| 32 | D<9>/MD1P | Output | DVP Output bit[9]/MlPl DATA 1 Positive | H5 | MD1P | Output | MIPI Data 1 Positive |
| 33 | DOVDD | Power | 1.8V I/O Power | - | - | - | - |
| 34 | D<10> | Output | DVP Output bit[10] | - | - | - | - |
| 35 | D<11> | Output | DVP Output bit[11] | - | - | - | - |
| 36 | DOGND | GND | I/O GND | D5 | DOGND | GND | I/O GND |
| 37 | AGND | GND | Analog Ground | G6 | AGND | GND | Analog Ground |
| 38 | AVDD | Power | 2.8V Analog Power | E6 | AVDD | Power | 2.8V Analog Power Supply |
| 39 | TXVDD | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) | - | - | - | - |
| 40 | VREFH | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) | G8 | VREFH | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) |
| 41 | VREFN | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) | H7 | VREFN | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) |
| 42 | VREFN1 | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) | F7 | VREFN1 | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) |
| 43 | VREF1 | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) | E8 | VREF1 | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) |
| 44 | AVDD | Power | 2.8V Analog Power | - | - | - | - |
| 45 | GS_VREF | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) | D7 | VREFGS | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) |
| 46 | RST_M | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) | C8 | RSTM | Output | Internal Reference Voltage (connect an external capacitor to the AGND pin) |
| 47 | AGND | GND | Analog Ground | B5 | AGND | GND | Analog Ground |
| 48 | AGND | GND | Analog Ground | B7 | XSHUTDN | Input | Shutdown (internal pull-up, active low) |
| 49 | AVDD | Power | 2.8V Analog Power | - | - | - | - |
| 50 | ATM | NC | Test | - | - | - | - |
| 51 | XSHUTDN | Input | XSHUTDN Signal Input (internal pull-up, active low) | - | - | - | - |
| 52 | DOGND | GND | I/O GND | - | - | - | - |
| 53 | SID0 | Input | I2C Device ID 0 | C6 | SID0 | Input | I2C Device ID 0 (internal pull-down) |
| 54 | SID1 | Input | I2C Device ID 1 | A6 | SID1 | Input | I2C Device ID 1 (internal pull-down) |
| 55 | DVDD | Power | 1.5V Digital Power | - | - | - | - |
| 56 | TRIGS | Input | Reserved | B5 | AGND | GND | Analog Ground |
2504101957_AMS-MIRA030-1RM2WP_C17470221.pdf
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