HI1175 Description
The HI1175 is an 8-bit, analog-to-digital converter built in a 1.4µm CMOS process. The low power, low differential gain and phase, high sampling rate, and single 5V supply make the HI1175 ideal for video and imaging applications. The adoption of a 2-step flash architecture achieves low power consumption (60mW) at a maximum conversion speed of 20 MSPS (Min), 35 MSPS typical with only a 2.5 clock cycle data latency.
HI1175 Key Features
- Resolution
- 8-Bit ±0.3 LSB (DNL)
- Maximum Sampling Frequency
- 20 MSPS
- Low Power Consumption . . . .60mW (at 20 MSPS Typ) (Reference Current Excluded)
- Built-In Sample and Hold Circuit
- Built-In Reference Voltage Self Bias Circuit
- Three-State TTL patible Output
- Single +5V Power Supply
- Low Input Capacitance