#rfpower

Fast, accurate and highly reliable # measurements with Real-Time #PowerProcessing™ #technology, suitable for product development, compliance testing, and #sitemonitoring applications. Ideal for #manufacturing, design, research, and service in commercial and military applications such as #, #avionics, #, and medical systems. 

Features : 

• Ultra-fast rise time: 3ns*

• Time resolution: 100 ps

• Continuous Sample rate: 100 Msamples / sec

• Effective Sample Rate: 10 Gsamples / sec

• Class leading Video Bandwidth: 195 MHz*

• Statistical Measurements 100 Mpoints / sec

• Trace acquisition speed: 100 k sweeps / sec

Real-Time Power Processing™: No latency due to buffer processing by host PC

• Internal RF or External TTL trigger, Master/Slave in/out   connector• Synchronized multi-channel measurements

• Removable, locking USB cable Click Here : https://www.aimil.com/products/usb-peak-power-sensor-meter

Adtec Europe is happy to announce a new President at our parent company Adtec Plasma Technology Co., Ltd Japan (listed on TSE 6668) - Mr Hidenori Morishita. Mr Morishita has been working at Adtec Japan for over 15 years primarily in the role of business development. 

We look forward to working together with the new Corporate Management Team including Adtec Europe Managing Director Mary McGovern to develop the RF and Plasma business worldwide.  

The former president Mr Shuitsu Fujii founded Adtec Plasma Technology in 1985 and he will continue to be actively involved in guiding the company in his new role as Executive Chairman. 

Adtec has been supplying reliable RF plasma solutions to the semiconductor and display industries worldwide for over 30 years. 

Atmospheric pressure cold plasma technology was also first developed at the Innovation Centre in Adtec Japan. This technology is now commercialized by Adtec Europe for medical and surface treatment applications in collaboration with our parent company. 

Before we go on, let's do some recap. We discussed about MEMS enable medical innovation and power electronic components for materials handling.

First, we discussed about Mouser Electronics' MEMS which enable medical innovation. MEMS sensors give consumers great time using its advanced features. MEMS, Micro ElectroMechanical Systems, are now on almost all electronic equipments, from consumer electronics, to home appliance, and now even reinventing and improving medical equipments.

Second, we had power electronic components for materials handling. Power electronics may be small but these components help drive heavy machinery. Variety of drives can be found in lift trucks, and other materials handling equipment. They supply the mechanical energy to move the motors for hydraulic pump and propulsion, even used as auxiliary actuators for steering.

Now, we will be discussing about IXYS' differential ultra fast laser diode driver, the IXLD02. Technically, it is an ultra high-speed differential laser diode driver designed specifically to drive single junction laser diodes in a differential fashion. Theoretically, laser diode drivers work in two ways: 1) produce constant regulated voltage; 2) produce constant current drive though the laser diode load. It is a constant current source, linear, noiseless, and accurate, that delivers exactly the current to the laser diode that it needs to operate for a particular application.

The IXLD02 is an ultra high-speed differential laser diode driver designed specifically to drive single junction laser diodes. Complementary sink outputs are provided via a low inductance multi-pin topology. These two signals make their transitions at the same time with transition times in the picoseconds. This technique provides the highest possible slew rate across the diode.

These performance features are combines with frequency agility to a maximum operating frequency of 17 MHz, a minimum pulse width of <1.5 ns and rise and fall times of approximately 600 ps. In addition, the pulse width and the current programming can be modulated in real time to >10 MHz. The IXLD02 is assembled in a high power SO-28 surface mount package.

Features

Ultra Fast Pulsed Current Sink

17 MHz maximum operating frequency

<1.5 ns Minimum Pulse Width

600ps Rise and fall times

Pulse Width and Frequency agile

Real Time Electronic Programming of Current and Pulse Width

Low Inductance High Power Package Design

Simultaneous Frequency, Pulse Width and Amplitude Modulation

To learn more about IXYS' ULTRA-FAST LASER DIODE DRIVER, click on the link below: