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2-292254-9_Datasheet PDF

时间:2021-06-14 01:39:02 来源:网络整理编辑:Etron Technology

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I said, 'that’s Jap-lish,'” House said. I pulled out stationery that said 'Intel, the computer inside,' I wrote 'Intel Inside' and put a circle around it and said that's better,” he said.

I said, 'that’s Jap-lish,'” House said. I pulled out stationery that said 'Intel, the computer inside,' I wrote 'Intel Inside' and put a circle around it and said that's better,” he said.

CMOS image sensors have been challenged by the twin requirements of increasing pixel counts — for improved resolution — while limiting or even reducing die size to reduce cost. Back side illumination (BSI) was the latest innovation used to try and maximize pixel area and light absorption.

The Isocell isolation technology, which is patent pending, uses BSI but allows more photons to be collected from the lens and absorbed at the correct pixel and increases the so-called full well capacity (FWC) of each pixel. Isocell pixels increase the FWC by 30 percent compared to conventional BSI pixels, which increases the dynamic range, and decreases crosstalk by approximately 30 percent, Samsung said.

2-292254-9_Datasheet PDF

In addition Isocell arrays can take in light from a 20 percent wider angle thereby reducing the height of the camera module, a feature desired by phone designers.

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Your R&D and manufacturing are only as good as your test capabilities. No matter what your requirements, the latest crop of oscilloscopes has something for you, whether it’s more channels, more resolution, or more for your money. There’s even a unit that allows you to turn your iPhone or tablet into a scope.

2-292254-9_Datasheet PDF

Tektronix 70000DX series of MSOs target analog, high-speed serial, and RFTektronix recently released its MSO/DPO70000DX Series of performance oscilloscopes that feature models with 23GHz, 25GHz, and 33GHz bandwidth and enhanced tools for debugging digital and analog circuits. The company also boasts the world’s fastest and lowest noise oscilloscope probe with 33GHz bandwidth and industry leading sensitivity for low-voltage, high-speed serial, and RF signals. Click here for more information.

Rohde & Schwarz RTM adds logic analysisIf you’re looking for multifunctionality, you’ll be interested in this family of bench oscilloscopes, which delivers time domain, logic, protocol, and frequency analysis functions in a single box. In addition to a 5 GS/s speed and a bandwidth of up to 500 MHz, the RTM2000 offers 20 MS of memory and a logic-analysis option with 16 digital channels. The VirtualScreen frees up more space for the simultaneous display of analog, logic, math, and reference signals, and can be expanded to 20 divisions.

2-292254-9_Datasheet PDF

B&K Economy Scopes deliver more channels, screen size, and economyWith today’s emphasis on lean operations, R&D and test labs need to do more with less. The 2559 digital storage oscilloscope from B&K Precision performs measurements over four channels with 300 MHz bandwidth. Operating at 2 GS/s, the unit offers a memory capacity of 24 kpts/ch. Users can take advantage of its library of 32 automatic measurements, and advanced triggering capabilities that include math functions. Here’s the datasheet.

Yokogawa DLM4000 features eight channelsAimed at the embedded, power electronics, and automotive markets, this mixed-signal oscilloscope sports eight analog input channels. The DLM4000 provides a bandwidth of up to 500 MHz and a data rate of 2.5 GS/s. A special bonus? The eighth input channel can be toggled to a 8-bit logic analyzer. With an optional 16 additional logic analyzer inputs, the unit becomes a 24-bit analyzer. Discover more in the data sheet.

The STEM system supports the simultaneous use of up to five controllers, and its STEM tracker module can be embedded by OEMs into controllers with form-factors that match their applications.

The STEM base station houses the magnetic beacon as well as recharges the controllers and up to three power packs.

OEMs can embed the STEM tracker to a controller housing for their own specific application — a head-mounted display, a golf club, a boxing glove, whatever,” Rubin told us.

STEM measures position on all three axes (X, Y, Z) while simultaneously measuring orientation (pitch, yaw, roll) by virtue of the handset's response to a magnetic beacon in a base station. The 240 Hz system has low latency (4.2 milliseconds) and communicates with the controllers using a wireless chip set from Oslo's Nordic Semiconductor ASA under the direction of an Analog Devices microcontroller.

STEM is backward compatible with its previous generation motion-tracking platform — including its OEM's Razar Hydra, which is popular among PC gamers. All development hardware and software from Sixense is open-source, permitting OEMs to modify it in any way. Kickstarter backers will be the first to receive the STEM SDK with all details revealed on Sept. 12 when the Kickstarter project kicks off.

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