Analog to digital converter
8-bit discrete ADC
12-bit monolithic ADC IC.
On-board signal generator with adjustable amplitude levels.
On-board LED bank to observe digital outputs.
Powersupply: +5V, ±12V, GND.
Interconnectionis provided by 2mm connectors.
Experimental manual.
Digital to analog converter
8-bit binary weighted resistors DAC
8-bit ladder type D to A converter.
8-bit D to A converter using monolithic IC.
Simple construction using Op-Amp and resistors.
Onboard switches are provided for digital pattern generation.
4-bit digital inputs ranges from 0000 to 1111.
Variable frequency counter to study the settling time.
8-bit binary weighted and 8-bit ladder type DAC are constructed using discrete components
8-bit monolithic DAC having settling time in the range of ns, wide power supply range, low power consumption, full scale error ± 1LSB
8-bit digital ramp ADC constructed using discrete components
12-bit monolithic ADC having conversion time in the range of µs, industry standard pin out, wide input range
8 onboard switches to provide digital inputs to DAC
8-bit counter running on external clock frequency to study settling time of DAC
1 KHz sine wave with adjustable amplitude level
Onboard variable DC voltage source for studying unipolar and bipolar modes of ADC
Build low frequency clock generator
12 output LEDs to observe ADC outputs
ADA operates on DC power supply (+12V,-12V,+5V and GND).
Interconnection is provided by standard 2mm connector
Extensive experimental manual is provided with the kit
Analog to digital converter
To study and measure resolution of ADC
To measure the conversion time of the ADC
To study full scale adjustment for unipolar and bipolar signals
To study the working of ADC.
Digital to analog converter
To study and measure the resolution of DAC
To study and measure the settling time of DAC
To study the effect of settling time on DAC
To study the working of DAC for various digital data pattern
To study the conversion by using R/2R Ladder network and measure its resolution.
