Connected Sensors Products
Ultra Low Power IP for Connected Sensors and Internet-of-Things
Ultra Low Power IP for Connected Sensors and Internet-of-Things
Omni Design offers a range of Ultra Low Power IP that allow connected sensor nodes and IoT systems to work for over 10 years from a single coin cell. We offer several IP blocks including:
Our IP is available in process nodes from 28nm through 180nm in several foundries, with planned development in 20nm/16nm/14nm/10nm process nodes. Our straightforward licensing process allows system creators to rapidly build and validate complex systems. Please contact info@omnidesigntech.com for further details and to discuss your specific requirements. Datasheets for all of our IP are available upon request.
Ultra-Low Power Temperature and Voltage Monitor
- Temperature sensor core with embedded high resolution analog-to-digital converter
- Ultra-low energy consumption
- ±1C temperature accuracy from -40C to 125C after single temperature trim
- 0.045C temperature resolution
- Optional embedded voltage monitor supports both single-ended and differential rail-to-rail inputs, with input mux
- Digital, 14-bit readout
- Very low shut down current
- No external components
- Functional to 150C
- Compact area
ODT-TVM-ULP-001C : Temperature monitor with +/-1C of accuracy across a temperature range of -40C to 125C
ODT-TVM-ULP-001C-4V : Temperature monitor with +/-1C of accuracy across a temperature range of -40C to 125C with embedded rail-to-rail voltage monitor with 4:1 input mux
ODT-TVM-ULP-001C-4V : Temperature monitor with +/-1C of accuracy across a temperature range of -40C to 125C with embedded rail-to-rail voltage monitor with 4:1 input mux
Ultra-Low Power Bandgap Voltage Reference Family
- Extremely low supply current
- User selectable output voltage
- Excellent AC PSRR (>60dB)
- Optional output voltage buffer
- Provides output currents which are PTAT (Proportional to Absolute Temperature) and CTAT (Complementary to Absolute Temperature)
- Single-supply operation down to 1V
ODT-BGR-ULP1P8-1 : 100nA CMOS bandgap reference
ODT-BGR-ULP1P8-1B : 150nA CMOS bandgap reference with low impedance output buffer
ODT-BGR-ULP1P8-8 : 800nA CMOS ultra-compact bandgap reference
ODT-BGR-ULP1P8-1B : 150nA CMOS bandgap reference with low impedance output buffer
ODT-BGR-ULP1P8-8 : 800nA CMOS ultra-compact bandgap reference
Ultra-Low Power RC Oscillator and Real-Time Clock (RTC)
- Ultra-low supply current (down to 200nA at 32kHz)
- Supports up to 30MHz output frequency
- Single-temperature trim
- Real-time clock logic for time-of-day, time-of-month and event driven interrupts
ODT-RCO-ULP1P8V32K-01 : 200nA, 32kHz, 2% frequency stability RC oscillator with an operating temperature range of -40 to 125C
ODT-RCO-ULP1P8V15K-01 : 15kHz to 1.5MHz, 2% frequency stability RC oscillator with an operating temperature range of -40 to 125C
ODT-RCO-ULP1P8V1M-01 : 1MHz to 50MHz, 2% frequency stability RC oscillator with an operating temperature range of -40 to 125C
ODT-RCO-ULP1P8V15K-01 : 15kHz to 1.5MHz, 2% frequency stability RC oscillator with an operating temperature range of -40 to 125C
ODT-RCO-ULP1P8V1M-01 : 1MHz to 50MHz, 2% frequency stability RC oscillator with an operating temperature range of -40 to 125C
Ultra-Low Power Crystal Oscillator and Real-Time Clock (RTC)
- Pierce oscillator
- Ultra-low supply current (100nA at 32kHz)
- Real-time clock logic for time-of-day, time-of-month and event driven interrupts
ODT-XTO-ULP1P8V32K-01 : 100nA, 32kHz to 1MHz crystal oscillator with an operating temperature range of -40 to 125C
ODT-XTO-ULP1P8V15K-01 : 15kHz to 1.5MHz crystal oscillator with an operating temperature range of -40 to 125C
ODT-XTO-ULP1P8V1M-01 : 1MHz to 50MHz crystal oscillator with an operating temperature range of -40 to 125C
ODT-XTO-ULP1P8V15K-01 : 15kHz to 1.5MHz crystal oscillator with an operating temperature range of -40 to 125C
ODT-XTO-ULP1P8V1M-01 : 1MHz to 50MHz crystal oscillator with an operating temperature range of -40 to 125C
Ultra-Low Power 8/10/12-bit SAR ADCs
- Scalable power consumption with sample rate
- Single-ended and differential inputs
- 16:1 input mux available
- Single supply operation down to 1V
ODT-ADS-8B5M-01 : 8-bit, 0-to-5 MSPS power scalable SAR ADC
ODT-ADS-10B5M-01 : 10-bit, 0-to-5 MSPS power scalable SAR ADC
ODT-ADS-12B5M-01 : 12-bit, 0-to-5 MSPS power scalable SAR ADC
ODT-ADS-10B5M-01 : 10-bit, 0-to-5 MSPS power scalable SAR ADC
ODT-ADS-12B5M-01 : 12-bit, 0-to-5 MSPS power scalable SAR ADC
Ultra-Low Power LDO
- Ultra-low quiescent current
- Fast transient load recovery
- User programmable output voltage
ODT-LDO-50M-1U-01 : LDO with programmable output voltage supplying current up to 50mA with a quiescent current of 1uA
ODT-LDO-150M-1U-01 : LDO with programmable output voltage supplying current up to 150mA with a quiescent current of 1uA
ODT-LDO-1V-50M-1U-01 : LDO with 1V output voltage supplying current up to 50mA with a quiescent current of 1uA
ODT-LDO-1V-150M-1U-01 : LDO with 1V output voltage supplying current up to 150mA with a quiescent current of 1uA
ODT-LDO-1V-50M-1U-01 : LDO with 1V output voltage supply current up to 50mA while consumed a quiescent current of 1uA
ODT-LDO-150M-1U-01 : LDO with programmable output voltage supplying current up to 150mA with a quiescent current of 1uA
ODT-LDO-1V-50M-1U-01 : LDO with 1V output voltage supplying current up to 50mA with a quiescent current of 1uA
ODT-LDO-1V-150M-1U-01 : LDO with 1V output voltage supplying current up to 150mA with a quiescent current of 1uA
ODT-LDO-1V-50M-1U-01 : LDO with 1V output voltage supply current up to 50mA while consumed a quiescent current of 1uA
Digital-To-Analog Converters (DACs)
In development, please contact info@omnidesigntech.com for further details and to discuss your specific requirements.
In development, please contact info@omnidesigntech.com for further details and to discuss your specific requirements.
DC-DC Converters
In development, please contact info@omnidesigntech.com for further details and to discuss your specific requirements.
In development, please contact info@omnidesigntech.com for further details and to discuss your specific requirements.
Analog Front Ends (AFEs)
In development, please contact info@omnidesigntech.com for further details and to discuss your specific requirements.
In development, please contact info@omnidesigntech.com for further details and to discuss your specific requirements.