Teledyne DALSA - Retiga E - Cooled, Low-Noise CMOS For Integration
- Long exposure CMOS, capable of exposures up to an hour
- Ultra-low dark current due to advanced thermal control
- High-resolution 20 MP sensor
- Ultra-small 2.4 μm pixels
- 22 fps
- Extended dynamic range to capture intense signals
- 83% quantum efficiency
The Retiga E Family bring long exposure imaging into the CMOS era, featuring major breakthroughs in thermal noise control that allows for exposures of over an hour! Alongside this, Retiga E CMOS cameras have high pixel count sensors capable of high speed imaging, and are optimised for OEM integration.
Long Exposure Imaging
Thanks to major breakthroughs in thermal noise control, Retiga E CMOS cameras have an unprecedented ultra-low dark current of <0.001 electrons per pixel per second, allowing for exposure times of over an hour.
Stretching exposure times from seconds to minutes to hours in this manner results in comfortable detection of even the weakest signals, ideal for imaging luminescence.
Extended Dynamic Range
As well as Speed and Long Exposure modes, Retiga E cameras feature Extended Dynamic Range (EDR) mode, which combines a large full well capacity with a low read noise to result in ~2.5x more dynamic range than other modes, easily capturing both intense and weak signals in the same image.
Small Pixel Imaging
The Retiga E20 features our smallest-ever pixel at 2.4 μm, which results in high-resolution imaging at even the lowest magnifications. Combined with a 20-Megapixel array (5472 x 3648) the Retiga E20 can pick out even the smallest details from large samples in a high-throughput manner.
With low noise contribution and a high peak QE, the Retiga E20 will deliver high quality images of your samples even in low-light conditions.
High Speed Mode
As well as the ‘Long Exposure’ mode, Retiga E cameras feature a ‘Fast Capture’ mode that operates at 100 fps for the Retiga E7, across the full 7 megapixel sensor. This flexibility allows the Retiga E7 to capture fast, dynamic signals, or to switch to long exposure in order to service a wide range of imaging applications.
OEM Integration
Interfacing is simple with the Retiga E Family by design. With their compact format and single cable interface, hardware integration is straightforward. The addition of onboard triggering, Windows/Linux support, and our dedicated OEM team make integrating and customising the Retiga E7 or Retiga E20 a painless process.
Family Specifications
|
Sensor Technology |
CMOS |
|---|---|
|
Dark Current Noise |
0.001 e-/p/s |
|
Quantum Efficiency |
73% |
|
Pixel Size |
4.5 µm x 4.5 µm |
|
Supported Interfaces |
USB 3.2 Gen 2 |
|
Read Noise |
2.1 e- |
Models
|
Model Number |
MP |
FOV (Diag. mm) |
FPS |
Pixel Size (μm) |
QU |
Read Noise |
Dark Current |
FWC |
Sensor |
|---|---|---|---|---|---|---|---|---|---|
|
19.9 |
14.4 x 10 mm |
22 fps |
2.4 µm |
85% |
2.0 e⁻ |
0.003 e⁻/p/s |
23,000 e⁻ |
Sony-Based |
|
|
7 |
14.4 x 10 mm |
51 fps |
4.5 µm |
73% |
2.1 e⁻ |
0.001 e⁻/p/s |
23,000 e⁻ |
Sony-Based |
|
|
9 |
11.3 x 11.3 mm |
25 fps |
3.76 um |
> 90% |
1.3 e- |
< 0.001 e⁻/p/s |
50,000 e- |
Sony IMX533 CMOS Sensor |
More Product Information
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HD4096 technology provides 12-bit resolution up to 8 GHz and 20 GS/s
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Up to 5 Gpts of acquisition memory enables detailed viewing of long events
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15.6" 1900 x 1080 Full HD capacitive touchscreen
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New ProBus2 input supports up to 8 GHz bandwidth and direct compatibility with a wide variety of existing ProBus probes - 50Ω and 1MΩ coupling modes support all input types on a single connector
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MAUI with OneTouch user interface for intuitive and efficient operation
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Deep toolbox enables and simplifies complex analysis
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Intuitive navigation to quickly find important features in long waveforms
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Easy to Use
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No need to break the circuit or insert a shunt
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Small form factors for use on crowded boards
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Variety of Applications
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Bandwidths up to 100 MHz
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Peak currents up to 700 A
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Sensitivities down to 1mA/div
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High Precision Measurements
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Low frequency accuracy of 1%
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Integrated autozero capability
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Fully Integrated with Teledyne LeCroy Oscilloscope
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No additonal hardware is required
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Power is supplied from oscilloscope ProBus connection
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Automatic display of waveforms in Amps and calculated power traces scaled correctly in Watts
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Degauss and Autozero directly from oscilloscope user interface
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DCS025 Deskew Calibration Source
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Provides ability to precisely deskew most voltage probes along with 30, 150 and 500A current probes
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- Highest resolution - 12 bits all the time
- Bigger Display, smaller footprint, most bench space
- More capability, increased productivity
Capture, Process, Control at the Edge
- Resolutions 1.2 to 12 megapixels
- Quad-core processor
- Broad range of onboard I/O
- Compact, rugged, IP67 enclosure
- Run AI inspection models on-camera
- No-code machine vision development
- Four operating modes: – CC, CV, CR, CP
- Static, Dynamic and Sequence mode support
- Built in Application Functions - Short Circuit Test, Battery Test Mode, CR-LED Mode, OCP and OPP Test
- Provides a load of up to 300 Watts
- Programmable and analog external control
- High signal fidelity to 4 GHz bandwidth
- Low circuit loading – High input impedance and low capacitance
- 4 GHz, 2.5 GHz, 1.5 GHz and 1 GHz models
- 1 MΩ input resistance
- 0.6 pF (4 GHz) and 0.9 pF input capacitance
- ± 8 V input dynamic range, ± 12 V offset range
- Wide variety of tips and grounds
- Easy to use, integrated with oscilloscope
- 100 MHz, 200 MHz, 350 MHz, 500 MHz and 1 GHz bandwidths
- Up to 4 GS/s sample rate
- Long Memory – up to 20 Mpts
- 10.1” capacitive touch screen display
- 16 Digital Channel MSO option
- MAUI - Most Advanced User Interface
- Designed for Touch
- Built for Simplicity
- Made to Solve
- Advanced Anomaly Detection
- Fast Waveform Update
- History Mode - Waveform Playback
- WaveScan - Search and Find
- Multi-Instrument Capabilities
- Protocol Analysis - Serial Trigger and Decode
- Waveform Generation - Built-in Function Generator
- Digital Voltmeter and Frequency Counter
- Future Proof
- Upgradeable Bandwidth
- Field Upgradable Software and Hardware Options
- Provides a passive PCIe® backplane for test applications
- Self-contained, portable and self-powered
- Supplies power for +3.3V, +3.3Vaux and +12V rails
- Generates PCIe reference clock
- Accepts external clock inputs
- Generates valid PERST# bus reset that can be activated by manual push button
- Includes two mid-bus probe footprints for traffic monitoring
- Supports two PCIe x16 sockets which accept cards of any link width (x1, x4, x8, x16)
- Provides indication of valid connection of PRSNT1# and PRSNT2# lines for each card
- Supports data rates of 2.5 GT/s and 5.0 GT/s
With the ProBus interface, the ZD500, 1000, and 1500 becomes an integral part of the oscilloscope. All probe gain and offset controls are transparent to the user, making it easier to probe the circuit without concern for which gain setting to choose. When used with a LeCroy digital oscilloscope, no external power supply is required.
Teledyne DALSA
Teledyne DALSA is an international leader in high performance digital imaging and semiconductors with approximately 1000 employees world-wide. Established in 1980 and acquired by Teledyne Technologies in 2011, Teledyne DALSA designs, develops, manufactures, and markets digital imaging products and solutions, in addition to providing semiconductor products and services. Our core competencies are in specialized integrated circuit and electronics technology, software, and highly engineered semiconductor wafer processing.
Teledyne DALSA exists for the long term. Our goal is to build upon our 30 year heritage of developing the world's leading high performance digital imaging and semiconductor solutions and to accelerate our level of innovation. We focus on R&D development but also draw on the capabilities available to us as part of a larger organization. We seek to deliver products and technology that are truly innovative so that we can help our customers succeed.
Contact Details
Teledyne DALSA Headquarters
605 McMurray Road, Waterloo, Ontario, Canada N2V 2E9
Phone: 519-886-6000
Fax: 519-886-8023
Imaging/Machine Vision
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