The new DPO7000 platform allows users to change user expectations without having to choose between performances. Beaverton, OR, January 4, 2006 - Tektronix, the world's leading provider of test, measurement and monitoring equipment, today announced a new launch DPO7000 Series Digital Phosphor Oscilloscope (DPO). This groundbreaking device will be based on a new generation of hardware platforms, eliminating the need for users to choose between sampling rate, memory depth and waveform capture rate as before. Due to its innovative technology, unparalleled features and specifications, the DPO7000 real-time oscilloscope will be the world's first oscilloscope with uncompromising performance in every respect.
Overhead sectional door most widely used for loading areas on all types of industrial premises and Designed with a curved overhead track, these vertically-opening sectional doors can be installed in areas with reduced head room. They provide heat and sound insulation with its composite panel construction.
The counterbalance and cable system provides quiet and straight forward operation for manual doors. Electric operation is available for larger applications that can incorporate many alternative operator options to suit all client requirements.
The standard outer panels are manufactured from 0.5mm thick, high quality zinc coating to BS EN 10147
For the best weather protection the sectional door panel has an interlocking hinged joint integrating a high quality seal the full length of the panel.
A counterbalance system is incorporated into the sectional overhead door to ensure efficient and effortless operation.
The counterbalance comprises of springs mounted on a steel shaft that are high tensile helical wound steel. It has been heat treated for enhanced performance for around 50,000 cycles.
Reducing shaft friction is achieved with the aid of brackets and guide rollers incorporating highest quality sealed bearings.
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Today's design engineers are more engaged in embedded system design work, which involves various technical challenges such as serial data, power supply design, and video. In addition, high-speed signals have become very common in mainstream applications. In response to the ever-increasing speed and complexity of the technology requirements, engineers need more real-time signal capture capabilities and higher instrument intelligence to complete design verification, debug, and compliance testing. The resulting higher sample rate, longer memory depth, faster waveform capture, and enhanced analysis capabilities are uniformly and perfectly addressed on the DPO7000. The new DPO7000 models range in speed from 500MHz to 2.5GHz, making them ideal for engineers who want to more efficiently debug originals, speed up time to market, achieve higher quality and control development costs. Tool of.
"In order to keep up with the latest technology developments, all current oscilloscopes have to make difficult trade-offs between performances at design time," said Colin Shepard, vice president of Tektronix performance oscilloscope products. "With the launch of the DPO7000, it will The ability to provide complete real-time performance, deep memory and high-speed waveform capture capabilities eliminates the need for this trade-off. With these features, superior data analysis capabilities and impressive ease of operation, The DPO7000 Series models will be the industry's first mid-range bandwidth oscilloscope products without sacrificing any performance, and will be an ideal tool for debugging and analysis. Compared to other products at the same price point, the DPO7000 offers With more industry-leading performance and standard features, it gives engineers all the benefits they expect from a high-performance oscilloscope, revolutionizing the user's expectations for the oscilloscope."
New DPO7000 Series: Vital Real-Time Performance
The DPO7054 at 500 MHz, the DPO7104 at 1 GHz, and the DPO7254 at 2.5 GHz all use a new generation of platforms, and IBM 7HP silicon germanium (SiGe) technology is more widely used in this platform to provide higher performance. Meet demanding applications. The DPO7000 provides up to 10 GS/s sampling rates on four channels, plus real-time oversampling on four channels, and 16X oversampling rates when four channels are simultaneously oversampled at 4X speed. The DPO7054 and DPO7104 support up to 10X per channel and 4X simultaneous 40X oversampling with the optional 2SR configuration. Both the DPO7054 and DPO7104 support a memory depth of 200M and the DPO7254 supports a memory of 400M. All models are equipped with a 12.1-inch XGA display to give engineers the ability to see as much information as possible at a glance, with all models providing ±1% vertical accuracy adjustment.