English
Voltage Domain Interfacing Cells for use between power domains using core transistors.
You are here:
4 Channel 8 bit ADC with Temperature Sensor - TSMC 65nm LP
The 4 Channel 8 bit ADC with built in digital temperature sensor allows an accurate measurement of the ambient device temperature to be made. The 8-bit ADC converts the temperature measured into a twos complement or offset binary format.
The 8-bit ADC can also be used to digitise DC signals e.g. RSSI inputs.
The design does not require any special analog options using the baseline digital CMOS process minimising production costs.
The 8-bit ADC can also be used to digitise DC signals e.g. RSSI inputs.
The design does not require any special analog options using the baseline digital CMOS process minimising production costs.
Features
- 65nm 6 Metal TSMC CMOS LP (no analog options)
- Compact Area and Low Power Operation
- 1.2V, 2.5V power supply
- 4 Channel 8-bit analog-to-digital converter with built-in Temperature Sensor
- Temperature range: 0C to 125C
- Typical Measurement Error 5C
- Selectable inputs from multiple sensors
- Stand-by and power down modes
Benefits
- Low power, small die area
Deliverables
- Detailed IP Product Report
- Integration and Testing Guidelines
- Flatten GDSII Database
- Flatten Netlist for LVS
- HDL Behavioral Models
- IP Integration Support Services
View 4 Channel 8 bit ADC with Temperature Sensor full description to...
- see the entire 4 Channel 8 bit ADC with Temperature Sensor datasheet
- get in contact with 4 Channel 8 bit ADC with Temperature Sensor Supplier
8-Bit ADC
- 12-bit, 8 GSPS High Performance RF ADC in 16nm CMOS
- 15 Bit 8 kS/s Sigma-Delta ADC
- 100 dB of SNR, 24-bit stereo audio CODEC with 8 ADC paths, an embedded regulator and headphone/line-out driver
- GF 55nm LPe, 8-ch, 10-bit 1MSPS Low-power SAR ADC
- GF 65nm LPe, 8-ch, 12-bit 1MSPS Low-power SAR ADC
- GF 55nm LPe, 8-ch, 12-bit 1MSPS Low-power SAR ADC