In Development12 bit resolution A/D converter
11 analog input channels
3 built-in self-test modes
Built in sampling and holding function
Sampling rate of 66ksps
10μs conversion time in operating temperature range
SPI serial interface
The maximum linearity error is ±1LSB
Low supply current (1mA typical)
The power off mode current is 4μA
System-on-chip clock
Programmable MSB or LSB precursor
Programmable power failure
End of Conversion (EOC) output
With single and bipolar outputs
Programmable output data length
Chiplon has launched a 12 bit analog-to-digital converter ADC for industrial applications. CLM2553IDW uses switch capacitor successive approximation technology to complete the A/D conversion process. It has three control inputs and a simple 3-wire SPI serial interface for easy connection to microcomputers. It is one of the best choice devices for 12 bit data acquisition systems. Directly replacing foreign similar products with PIN without changing the circuit board or system software, achieving complete replacement compatibility. Chiplon Microelectronics has developed its own testing plan to ensure that the factory products meet or even exceed the original specifications, supporting industrial grade (-40 ℃~85 ℃) operating temperatures.
12 bit resolution A/D converter
11 analog input channels
3 built-in self-test modes
Built in sampling and holding function
Sampling rate of 66ksps
10μs conversion time in operating temperature range
SPI serial interface
The maximum linearity error is ±1LSB
Low supply current (1mA typical)
The power off mode current is 4μA
System-on-chip clock
Programmable MSB or LSB precursor
Programmable power failure
End of Conversion (EOC) output
With single and bipolar outputs
Programmable output data length
Smart grid
New energy power generation
Electric power system
Electrified rail
Urban rail transit
Electric vehicle charging station
Smart building
