C-Mount Anschluss
Sensorformat 1.2
Monochrom-Kamera
Die Basler a2A5328-4gmBAS GigE-Kamera mit dem Sony IMX540 CMOS-Sensor liefert 4 Bilder pro Sekunde bei 24.4 MP Auflösung.
Stromversorgung: PoE oder 12-24 VDC
GigE
Allgemeine Information | a2A5328-4gmBAS | |
---|---|---|
Artikelnummer | 108117 | |
Produktlinie | ace 2 Basic | |
Sensor | ||
Sensorhersteller | Sony | |
Sensor | IMX540 | |
Shutter-Technologie | Global Shutter | |
Sensorformat | 1.2 | |
Sensortypen | CMOS | |
Sensorgröße | 14,6 mm x 12,6 mm | |
Auflösung (HxV) | 5328 px x 4608 px | |
Auflösung | 24.4 MP | |
Pixelgröße (H x V) | 2,74 µm x 2,74 µm | |
Bildrate | 4 fps | |
Mono/Farbe | Mono | |
EMVA-Daten | ||
Quanteneffizienz (typisch) | 66,30 % | |
Dark Noise (typisch) | 2,2 e¯ | |
Saturation Capacity (typisch) | 9,7 ke¯ | |
Dynamikbereich (typisch) | 70,7 dB | |
Signal-Rausch-Verhältnis (typisch) | 39,9 dB | |
Kameradaten | ||
Schnittstelle | GigE | |
Pixel Bit Depth | 8/10/12 bits | |
Synchronisierung | free-run | |
hardware trigger | ||
software trigger | ||
Belichtungssteuerung | programmable via the camera API | |
hardware trigger | ||
Digitaler Input | 1 | |
General Purpose I/O | 2 | |
Stromversorgung | PoE or 12-24 VDC | |
Leistung (typisch) | 3,3 W | |
Bauform | ||
Housing Typ | Box | |
Größe (L x B x H) | 55,5 mm x 29 mm x 29 mm | |
Objektivanschluss | C-mount | |
Betriebstemperatur | -10°C – 60°C | |
Gewicht (typisch) | 100g | |
Konformität | ||
Konformität | RoHS | |
CE | ||
IP30 | ||
GigE Vision 2.0 | ||
FCC | ||
UL (in preparation) | ||
GenICam | ||
KC | ||
EAC |
Features | a2A5328-4gmBAS |
---|---|
Chunks | Auto Brightness Status |
CRC Checksum | |
Counter Value | |
Exposure Time | |
Frame ID | |
Gain | |
Line Status All | |
Timestamp | |
Timestamp Value | |
Color Creation and Enhancement | Brightness and Contrast |
Event Reporting | Action Late |
Exposure End | |
Frame Buffer Overrun | |
Frame Start | |
Frame Trigger Missed | |
Overrun | |
Temperature Status Changed | |
Test | |
GigE Vision 2.0 | Action Commands (Synchronous Triggering) |
Precision Time Protocol (IEEE 1588) | |
Scheduled Action Commands | |
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 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 | |
Trigger Delay | |
Triggered by Hardware | |
Triggered by Software | |
Line Source Signals | Counter Active |
Exposure Active | |
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 | Device Information Parameters |
Device Temperature | |
Periodic Signal | |
Temperature State | |
User Sets (Configuration Sets) | |
User-Defined Values | |
Pixel Formats | Mono 12 |
Mono 12p | |
Mono 8 | |
Standard Features | Auto Function Profile |
Binning | |
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) | |
Multiple ROI | |
Reverse X (Horizontal Mirroring) | |
Reverse Y (Vertical Mirroring) | |
Test Patterns | |
Timer |