MT/s (MegaTransfers per second) and MHz (MegaHertz) are both units of measurement used to describe data transfer rates and frequencies, respectively, but they represent different aspects of electronic systems. Megahertz …
In the context of Ethernet cables, “MHz” refers to megahertz, a unit of frequency that measures the bandwidth capacity of the cable. The picture below shows a cable rated for …
The difference between dBi and dBm lies in what they measure: dBi measures antenna gain, while dBm measures power levels. dBi This is a unit of measure that indicates the …
In this post we answer frequently asked questions related to Analog-to-digital converter specifications for the ATmega 328/p. Often times these are not clear and can be confusing. For instance there …
The maximum sampling rate of the Arduino Nano Analog-to-Digital converter is 15 kilo-samples per second or 15,000 samples per second. It’s a 10 bit ADC which means it has 10 bits of resolution. …
Contents1 Introduction2 How does a voltage divider work?3 Summary4 Notes Introduction A voltage divider, also known as a voltage splitter, is an electrical circuit or arrangement of components used to …
dBm and dBc are both units of measurement used in the field of electrical and RF (radio frequency) engineering to express signal levels, but they have different meanings and applications. …
The table below compares key specifications of two oscilloscopes from Rigol. Comparison Table SPECIFICATION DHO914s DHO812 Bandwidth 125 MHz 100 MHz Sampling Rate 1.25 GS/s 1.25 GS/s Number of Analog …
The MSP432 has a 14-bit ADC with a sampling rate of 1 Megasamples per second (MSPS) In fact all the following MSP432 product variants sample at 1 MSPS The MSP432E …
Contents1 Introduction2 ADC Bandwidth3 ADC Sampling Rate (Sampling Frequency)4 NOTES5 References6 Related Calculators and Posts Introduction ADC (Analog-to-Digital Converter) bandwidth and sampling rate are two important parameters that are closely …