Kilovolt photomultipliers (PMTs), avalanche photodiodes (APDs), ultrasound transducers, condenser microphones, radiation detectors and similar devices with 100 microvolt noise require high voltage, low current biasing. In addition, the high voltage must be completely free of noise; typically noise is required to be well below 1mV, and sometimes noise is required to be as low as a few hundred μV. This video material details a circuit with 200V to 1000V output and less than 100μV output noise (measured over a 100MHz bandwidth). The above performance is achieved using special methods, most notably optimizing the power stage to minimize high frequency harmonic components. An additional aid for achieving low noise is that the load current rarely exceeds 5mA. This degree of freedom allows the use of output filtering methods that are not usually practical. Circuit noise measurements performed in the laboratory are demonstrated at the conclusion of the presentation.
The NS32F103X8 and NS32F103XB standard MCU series use a high-performance ARM Cortex-M3 32- bit RISC core with an operating frequency of 72MHz , built - in high-speed memory (up to 128K bytes of flash
ADI launches the new product news series of [/font][/size][/font][/color][b][color=rgb(255, 0, 0)][font="][size=10.5pt][font=微软雅黑Light], so that you can be the first to learn about [/font] the introdu
Whether you are designing, debugging, or performing compliance testing, you need proven measurement techniques to be successful.
Oscilloscope hardware needs to have excellent signal integrity, high ef
CAN communication can achieve one send and multiple receive. Now I need to use one DSP to send to two other DSPs through CAN communication. How should I configure it? Can the two DSPs get the same add
[align=center][color=#333333][backcolor=transparent][font=微软雅黑][size=18px]We all know the principle of the shift fan. Generally, the button controls the inductor voltage or capacitor voltage to achiev