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a2A5060-15umBAS

Basler ace 2 R a2A5060-15umBAS

E2525A Sensor
15 fps Frame rate
USB 3.0 Interface
25 MP Resolution (MP)
1.1" Sensor Format

The Basler a2A5060-15umBAS USB 3.0 camera delivers 15 frames per second at 25 MP resolution and is characterized by a square 1.1" sensor format.

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Select Interface:

5GigE
GigE
USB 3.0

Select Mono/Color:

Mono
Color

Net list price	€1,399.00
Delivery time	On request

Quantity

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General Information

Order Number	109482
Product Family	ace 2 R
Product Line	ace 2 R Basic
Camera Category	Area Scan Camera

Sensor

Sensor	E2525A
Shutter	Global Shutter
Sensor Format	1.1"
Sensor Diagonal	17.9 mm
Sensor Type	CMOS
Sensor Size	12.65 mm × 12.65 mm
Resolution (H x V)	5060 px × 5060 px
Resolution (MP)	25 MP
Pixel Size (H x V)	2.5 μm × 2.5 μm
Frame rate	15 fpsCalculate individual frame rate
Mono/Color	Mono
Spectrum	Visible

EMVA Data

Quantum Efficiency (typical/minimal)	66.4 % (typical)
Dark Noise (typical/maximal)	2.1 e¯ (typical)
Saturation Capacity (typical/minimal)	9.6 ke¯ (typical)
Dynamic Range (typical/minimal)	70.8 dB (typical)
Signal-to-Noise Ratio (typical/minimal)	39.8 dB (typical)

Camera Data

Interface	USB 3.0
Image Data Interface	USB 3.0, nominal max. 5 Gbit/s (SuperSpeed)
Pixel Bit Depth	8 bits 10 bits 12 bits
Exposure Control	hardware trigger programmable via the camera API
Digital Input	1
General Purpose I/O	2
Power Supply	Via USB 3.0 interface
Power Requirements (typical)	3.5 W

Housing

Housing Type	Box
Housing Size (L x W x H)	42.8 mm x 29 mm x 29 mm
Weight	85 g
Lens Mount	C-mount
Operating Temperature	-10 °C - 60 °C

Technical Drawing

Manufacturer

Basler

Conformity

CE (incl. RoHS)
EAC
FCC
GenICam
IP30
RoHS
UL
USB3 Vision

Documentation

More specifications can be found in the Documentation

Image Quality and EMVA Data

Leveraging the camera's C-mount is essential for many vision applications. Our Basler camera delivers outstanding image quality with its high-resolution, square E2525A sensor, all at a competitive price.

Image comparison between camera with established sensor on the left and Basler camera on the right: field of view and image quality are comparable. — Left: Comparison camera with established sensor | Right: Basler camera with E2525A sensor

The image comparison demonstrates that our camera, featuring a 25 MP resolution and square 1.1" sensor format, performs just as well as a comparable camera with a well-established 25 MP sensor. The field of view and image quality, even in detailed views, are comparable.

Due to the significantly higher QE (quantum efficiency) of the E2525A sensor, the exposure time can be reduced compared to the reference sensor. This is especially important for low-light applications. For example, the E2525A sensor reaches an SNR1 (Signal-to-Noise Ratio = 1) at an illuminance of 1 lux with just a quarter of the exposure time.

	Comparison sensor	E2525A Sensor	Improvement
Quantum efficiency	51 %	66 %	30 %
Dark noise	3.7 e^-	2.5 e^-	32 %
Dynamic range	957 = 60 dB	2589 = 68 dB	170 %
Signal-to-noise ratio	65 = 36.30 dB	90 = 39.07 dB	38 %
Dark signal non-uniformity (DSNU) / Photon response non-uniformity (PRNU)	22 e^- / 2 %	0.3 e^- / 0.7 %	95 % / 65 %

The QE curves of the established comparison sensor (dark blue) and the E2525A sensor (light blue) demonstrate that the E2525A sensor in the Basler camera consistently offers a higher QE.

The EMVA data and the QE curve underline the outstanding performance of the E2525A sensor. All values show a significant improvement compared to the established comparison sensor.

Our camera excels with its high resolution, square sensor format, and compact design, all at a competitive price.

Features & Documentation

For more information about the features, visit the Documentation

Chunks

Auto Brightness Status
Counter Value
CRC Checksum
Exposure Time
Frame ID
Gain
Line Status All
Timestamp
Timestamp Value

Color Creation

Brightness and Contrast

Event Reporting

Exposure End
Frame Buffer Overrun
Frame Start
Frame Trigger Missed
Overrun
Temperature Status Changed
Test

I/O Control

Input Filter

Image Acquisition Control

Acquisition Frame Rate
Acquisition Mode
Acquisition Start, Stop, and Abort
Acquisition Status
Exposure Active Trigger
Exposure End Trigger
Exposure Start Delay
Exposure Start Trigger
Frame Active Trigger
Frame Burst Active Trigger
Frame Burst End Trigger
Frame Burst Start Trigger
Frame End Trigger
Frame Start Trigger
High Speed Burst Mode
Sensor Readout Time
Triggered Image Acquisition

Light Control Features

Intelligent Light Control

Line Source Signals

Counter Active
Exposure Active
Flash Window
Frame Burst Active
Frame Burst Trigger Wait
Frame Trigger Wait
Serial Tx
Timer 1 Active, Timer 2 Active
User Output 1, 2, and 3

Miscellaneous

Defect Pixel Correction
Device Information Parameters
Device Temperature
Sensor Bit Depth
Sensor State
Temperature State
User Sets (Configuration Sets)
User-Defined Values

Pixel Formats

Mono 10
Mono 10p
Mono 12
Mono 12p
Mono 8

Standard Features

Auto Function Profile
Black Level
Center X and Center Y
Counter
Digital Shift
Exposure Auto
Exposure Mode: Timed
Exposure Mode: Trigger Controlled
Exposure Mode: Trigger Width
Exposure Time
Gain
Gain Auto
Gamma Correction
Image ROI (Region of Interest)
Lookup Table (LUT)
Reverse X (Horizontal Mirroring)
Reverse Y (Vertical Mirroring)
Test Patterns
Timer

Suitable Products

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