|Package | PIN:||NFBGA (GXG) | 64|
|Temp:||C (0 to 70)|
- SINGLE-CHIP SOLUTION TO MEASURE 16 LOW-LEVEL CURRENTS
- INTEGRATING I-TO-V CONVERSION FRONT-END
- PROGRAMMABLE FULL-SCALE : 3pC to 12pC
- ADJUSTABLE SPEED:
- Data Rate Up To 100kSPS
- Integration Time Down To 10µs
- ANALOG SUPPLY: +5V
- DIGITAL SUPPLY: +3.3V
- CT SCANNER DAS
- PHOTODIODE SENSORS
- X-RAY DETECTION SYSTEMS
Protected by US Patent #5841310
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Texas Instruments DDC316CGXGT
The DDC316 is a 16-bit, 16-channel, current-input analog-to-digital converter (ADC). It combines both current-to-voltage and analog-to-digital (A/D) conversion so that 16 separate low-level current output devices (such as photodiodes) can be directly connected to its inputs and digitized.
For each of the 16 inputs, the DDC316 provides a dual-switched integrator front-end. This configuration allows for continuous current integration: while one integrator is being digitized by the on-chip ADC, the other is integrating the input current. Adjustable integration times range from 10µs to 1ms.
The DDC316 provides a serial interface of the output data, either multiplexed onto a single data output pin or parallel on four output pins. The output mode can be selected based on the available integration time.
The DDC316 uses a +5V analog supply and a +3.3V digital supply. Operating over the temperature range of 0°C to +70°C, the DDC316 is offered in a BGA-64 package.