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A 14.5 pW, 31 ppm/C Resistor-Less 5 pA Current Reference Employing A Self-Regulated Push-Pull Voltage Reference Generator

技术优势: The breakthroughs presented in the current technology will greatly reduce the power requirements for this key component.

技术应用: Ultra-low-power and low-voltage current references are an integral part of advanced wireless sensing networks, IoT, environmental monitoring and implantable medical devices. As an indispensable component for most of such applications, current reference circuits occupy a large portion of the sleep mode power budget of near-zero-power sensing nodes because they often operate with 100% duty cycle to bias watchdog timers and wake-up analog elements.

详细技术说明: Disclosed here is a novel gate-leakage-based supply and temperature-stabilized current reference generator that can output currents as low as 5 pA with minimal power overhead. The output reference current is generated by driving a set of gate-leakage transistors designed to have opposing temperature coefficients with a stabilized voltage reference. Low-power operation is achieved by generating the voltage reference via a novel two-stage, 4T push-pull structure that can operate at a low supply voltage, and driving this reference to the gate-leakage transistors via a low-voltage self-biased amplifier. Designed in a 65 nm CMOS process, the proposed current reference generator is simulated to consume 14.5 pW at a 0.5 V supply voltage. Due to the push-pull structure and complementary gate-leakage transistors, the design achieves a temperature stability of 31 ppm/C from 0C to 100C, and a line sensitivity of 0.94%/V, thereby enabling an ultra-low-power, area-efficient, and temperature- and supply stabilized current reference solution at pico Amp-levels.

*Principal Investigation: Name: Patrick Mercier
Department:

Name: Hui Wang
Department:

其他: State Of Development
This work is patent pending with worldwide rights available. Commercial partners are encouraged to contact invent@ucsd.edu for more information.

Tech ID/UC Case
25934/2016-299-0

Related Cases
2016-299-0

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