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quality Global shutter CMOS sensor AMS MIRA030-1RM2WP with 640H 480V resolution and I2C accessible registers factory
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quality Global shutter CMOS sensor AMS MIRA030-1RM2WP with 640H 480V resolution and I2C accessible registers factory
quality Global shutter CMOS sensor AMS MIRA030-1RM2WP with 640H 480V resolution and I2C accessible registers factory
quality Global shutter CMOS sensor AMS MIRA030-1RM2WP with 640H 480V resolution and I2C accessible registers factory
>
Specifications
Sensor Type:
CMOS Image Sensor
Pixel Size:
3.744umx3.744um
Mfr. Part #:
MIRA030-1RM2WP
Package:
CSP-32(3.70x3.07)
Key Attributes
Model Number: MIRA030-1RM2WP
Product Description

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 CodePackageDelivery FormDelivery Quantity
MIRA030-1RM2D0RWCassette10000
MIRA030-1RM2WPCSPTray10000
Pin # (RW)Pad NamePin TypeDescriptionPin No. (CSP)Pin NamePin TypeDescription
1TRIGInputTrigger Signal, External Exposure ControlB3TRIGInputExternal Trigger of Exposure
2DOGNDGNDI/O GND----
3DVDDPower1.5V Digital PowerC4DVDDPower1.5V Digital Power Supply
4AVDDPower2.8V Analog PowerA4AVDDPower2.8V Analog Power Supply
5AGNDGNDAnalog GroundA8AGNDGNDAnalog Ground
6FSYNCInputDVP Frame SYNC----
7OTPPGMInputOTP burning voltage control pin (connect a 4.7k resistor to the DGND pin)A2OTPPGMInputOTP burning voltage (connect a 4.7k resistor to the DOGND pin)
8DVDDPower1.5V Digital PowerE4DVDDPower1.5V Digital Power Supply
9DOGNDGNDI/O GNDE2DOGNDGNDI/O GND
10LEDSTROBEOutputLED STROBE SignalB1LEDSTROBEOutputLED Strobe Signal
11SDAInput/outputI2C Data Line (open drain)C2SDAInput/outputI2C Data Line (open drain)
12SCLInputI2C Clock LineD3SCLInputI2C Clock
13EXTCLKInputClock InputD1EXTCLKInputClock Input
14LREFInputDVP Row SYNC----
15PCLKInputDVP Clock----
16DOGNDGNDI/O GND----
17DVDDPower1.5V Digital power----
18D<0>OutputDVP Output bit[0]----
19D<1>OutputDVP Output bit[1]----
20DOVDDPower1.8V I/O PowerH1DOVDDPower1.8V I/O Power Supply
21D<2>OutputDVP Output bit[2]----
22D<3>OutputDVP Output bit[3]----
23DOVDDPower1.8V I/O Power----
24DOGNDGNDI/O GND----
25D<4>/MD0NOutputDVP Output bit[4]/MlPl DATA 0 NegativeG2MD0NOutputMIPI Data 0 Negative
26D<5>/MD0POutputDVP Output bit[5]/MlPl DATA 0 PositiveF3MD0POutputMIPI Data 0 Positive
27DVDDPower1.5V Digital PowerF1DVDDPower1.5V Digital Power Supply
28D<6>/MCNOutputDVP Output bit[6]/MlPl Clock NegativeH3MCNOutputMIPI Clock Negative
29D<7>/MCPOutputDVP Output bit[7]/MlPl Clock PositiveG4MCPOutputMIPI Clock Positive
30DOGNDGNDI/O GND----
31D<8>/MD1NOutputDVP Output bit[8]/MlPl DATA 1 NegativeF5MD1NOutputMIPI Data 1 Negative
32D<9>/MD1POutputDVP Output bit[9]/MlPl DATA 1 PositiveH5MD1POutputMIPI Data 1 Positive
33DOVDDPower1.8V I/O Power----
34D<10>OutputDVP Output bit[10]----
35D<11>OutputDVP Output bit[11]----
36DOGNDGNDI/O GNDD5DOGNDGNDI/O GND
37AGNDGNDAnalog GroundG6AGNDGNDAnalog Ground
38AVDDPower2.8V Analog PowerE6AVDDPower2.8V Analog Power Supply
39TXVDDOutputInternal Reference Voltage (connect an external capacitor to the AGND pin)----
40VREFHOutputInternal Reference Voltage (connect an external capacitor to the AGND pin)G8VREFHOutputInternal Reference Voltage (connect an external capacitor to the AGND pin)
41VREFNOutputInternal Reference Voltage (connect an external capacitor to the AGND pin)H7VREFNOutputInternal Reference Voltage (connect an external capacitor to the AGND pin)
42VREFN1OutputInternal Reference Voltage (connect an external capacitor to the AGND pin)F7VREFN1OutputInternal Reference Voltage (connect an external capacitor to the AGND pin)
43VREF1OutputInternal Reference Voltage (connect an external capacitor to the AGND pin)E8VREF1OutputInternal Reference Voltage (connect an external capacitor to the AGND pin)
44AVDDPower2.8V Analog Power----
45GS_VREFOutputInternal Reference Voltage (connect an external capacitor to the AGND pin)D7VREFGSOutputInternal Reference Voltage (connect an external capacitor to the AGND pin)
46RST_MOutputInternal Reference Voltage (connect an external capacitor to the AGND pin)C8RSTMOutputInternal Reference Voltage (connect an external capacitor to the AGND pin)
47AGNDGNDAnalog GroundB5AGNDGNDAnalog Ground
48AGNDGNDAnalog GroundB7XSHUTDNInputShutdown (internal pull-up, active low)
49AVDDPower2.8V Analog Power----
50ATMNCTest----
51XSHUTDNInputXSHUTDN Signal Input (internal pull-up, active low)----
52DOGNDGNDI/O GND----
53SID0InputI2C Device ID 0C6SID0InputI2C Device ID 0 (internal pull-down)
54SID1InputI2C Device ID 1A6SID1InputI2C Device ID 1 (internal pull-down)
55DVDDPower1.5V Digital Power----
56TRIGSInputReservedB5AGNDGNDAnalog Ground

2504101957_AMS-MIRA030-1RM2WP_C17470221.pdf

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