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Canada-0-ESTATES 公司名錄
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- The relation between bps and Hz | Forum for Electronics
Other common units are Bytes second (Bps or B s; often incorrectly abbreviated bps; 1 B s = 8 bps exactly) and Hz (a common 16-bit bus has a frequency of 8 MHz = 64 Mbps; a voice stream digitized by the phone company has a bandwidth of exactly 64 000 bps and roughly 4 KHz) As you can see, converting between Hz and bps is not trivial
- design of ferrite core (toroid) current transformer for 50 Hz or 27 Mhz
To implement a cut-off frequency below 50 Hz, you'll need a low windings resistance and preferably no shunt at all (possible with an active I V converter) Number of turns isn't too critical, 50 to 100 would be my first guess A high µr material (tape wound core) would be better suited for low frequency, but ferrite is basically feasible
- [SOLVED] - Verilog clock divider 50 MHz to 1 MHz
hi, i'm new to the forum and FPGA i'm designing a simple clock divider from 50 MHz as parameterized for a small part of a project my code is successfully compiled but when i try to simulate it with quartus timing analyzer, the output clock is all X i suppose there's something wrong with the
- relation between sampling frequency (Hz) and sampling rate (sample per . . .
I want to know the relation between sampling frequency (Hz) and sampling rate (sample per second) For example, a 1 Hz sin wave sampled at 8000 samples per
- nV Hz to dBc Hz conversion for phase noise - Forum for Electronics
In LTSPICE simulation, the phase noise generated is in V (Hz)^1 2 How to convert V Hz to dBc (Hz)^1 2 I don't found any enough information for this conversion I try to use 20*log (Vn Vc) where Vn and Vc is voltage at offset frequency and carrier frequency but I think there is something wrong This is my phase noise simulation
- [SOLVED] Issues with generating 11 MHz square wave on ESP32 (ESP32 . . .
I am trying to generate square wave of frequency 11 2896 MHz (this is external clock for IC PCM1608 (256*44 1KHz) on ESP32 board I haven't big experience with using ESP32 MCU (I have bigger experience with ARM-CortexMx MCUs)
- pss simulations analysis error | Forum for Electronics
Hi I am designing a switching amplifier with 300MHz switching frequency and 20MHz input frequency I was doing the pss analysis in spectre RF and found
- Whats the difference between MIPS and MHz? - Forum for Electronics
MHz (Megahertz) is the number of clock cycles every second This is usually determined by a crystal oscillator on the board somewhere For instance, if your processor or memory runs at 20MHz, it gets 20 million clock cycles every second What it does with this depends entirely on the chip
- Why do we use dBc Hz as measurement unit? | Forum for Electronics
Thus u can know precisely the spectrum shape and can calculate power in a specific bandwidth Because spectrum is not flat, for oscillators the noise is given as dBc Hz at x KHz offset from central frequency An unit as dB MHz is usefull only if the noise power is quite constant in a 1MHz bandwidth, egg thermal noise, but not for an oscillator
- Cadence PSS Pnoise Analysis - Forum for Electronics
Hi, When I run pnoise analysis (with PSS first) from 1 to 100MHz it always stops at ~43 2 KHz I am new at pnoise analysis Is there any guidance that could help me? Thanks
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