2MP Sensor AR0237 RGB Fixarum Focus Wide View Anglus MIPI Camera Module
Nativus OEM Fixarum Focus Magnae View Angulus 2MP Sensor AR0237 RGB-IR HiSPi Camera Module
HAMPO-H1K-AR0237 V2.0 est 2MP OnSemi AR0237 RGB-IR HiSPi Interface M12 Focus Camerae fixae Module. Utitur 0.5mm et 1mm Pix Connectors For FPC/FFC.
APPLICATIONES: Comentarii computatores, impressores, PDAs, camerae digitales et aliae machinae compactae ad coniungendum tabulam principalem cum LCD, HDD vel alio artificio.
Specification
| Camerae OMNIBUS No. | HAMPO-H1K-AR0237 V2.0 |
| Resolution | 2MP |
| Imago Sensor | AR0237 RGB-IR |
| Sensorem Type | 1/2.7" |
| Pixel Size | 3.0 um x 3.0 um |
| Efl | 3.10 mm |
| F.NO | 1.80 |
| Pixel | 1928 x 1088 |
| Visum Anglus | 153.0(DFOV) 126.0(HFOV) 65.0(VFOV) |
| Lens Dimensiones | 15.00 x 15.00 x 23.10 mm |
| OMNIBUS Size | 50.00 x 21.50 mm |
| OMNIBUS Type | Fixum Focus |
| Interface | HiSPi |
| Auto Focus VCM Driver | Nullus |
| Operating Temperature | -30°C ad +85°C |
| Coitus Connector | FH12-24S-0.5SH |
Res maiora
* Superior humilis-lucis perficientur
* DR-PIX (TM) technology cum Dual Conversion Lucrum
* Full HD support at up to 1080p 60 fps for superior video performance
* Linearibus vel altum dynamic range captis
* On-chip phase-claused loop (PLL) oscillator
* Sustinet linea interleaved T1/T2 readout ad enable HDR dispensando in ISP chip
* Support for extra mechanica Lorem
* Integrated position-based color and lens frondium correction
* Servus modus ad certum frame-rate imperium
* Stereo / 3D camera firmamentum
* DR-PIX (TM) technology cum Dual Conversion Lucrum
* Full HD support at up to 1080p 60 fps for superior video performance
* Linearibus vel altum dynamic range captis
* On-chip phase-claused loop (PLL) oscillator
* Sustinet linea interleaved T1/T2 readout ad enable HDR dispensando in ISP chip
* Support for extra mechanica Lorem
* Integrated position-based color and lens frondium correction
* Servus modus ad certum frame-rate imperium
* Stereo / 3D camera firmamentum
Epistulam tuam hic scribe et mitte nobis
