decimal to binary converter verilog 8 bit

With some assumptions, we can write a Verilog code which helps to reduce the BER rate of the thermometer code. Let’s assume here we have got the thermometer code which is binary by a very efficient Flash ADC or ROM approach. Several good techniques are available in the design world to get the thermometer code from an analog value. If an encoder used the ROM approach or a combinational circuit which is defined using the Boolean expression, then we arrive at a good solution. The outcome is binary which becomes erroneous because of BER. The comparators of a Flash ADC will be the main cause for this switching noise spreading. One of the main problems here was the BER i.e., Bubble error which mainly comes because of switching noise. There are so many efficient have come up to make it in a more precise way. Thermometer code (Thermometer to Binary conversion)Ī thermometer code is an output of a thermometer-to-binary encoder which is mainly making use of a component called flash ADC (Analog to digital converter). It beats the older traditional mercury thermostat which does the same job. And it is more likely preferred by many because of its high precision and is easy to use. Hence the name digital temperature reader or thermometer. The temperature sensor will detect the temperature changes and the temperature converter will give us a digital number in the required unit.

A typical digital thermometer mainly contains a temperature sensor and a converter. This equipment typically measures the temperature or the temperature gradient of an individual. A Digital Thermometer is a piece of bio-medical electronic equipment that can be used for knowing the body temperature of a human.

Decimal to binary converter verilog 8 bit