power island IP
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Linear Regulator for digital island
- Low dropout: 380mV of dropout at ILOAD= IMAX
- Low Bill-of-Material: optimized in density for the best trade-off for the given output current and input voltage range
- A cost-efficient solution compared to external Power Management
- Behavioral models: ease of integration in SoC and optimization of Power Management Network (PMNet) using models to verify mode transitions as well as noise propagation
-
Linear Regulator for digital island
- Low Bill-of-Material: optimized in density for the best trade-off for the given output current and input voltage range
- A cost-efficient solution compared to external Power Management
- Behavioral models: ease of integration in SoC and optimization of Power Management Network (PMNet) using models to verify mode transitions as well as noise propagation
- Safe integration in the SoC thanks to transfer functions, templates and profiles included in the specification
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CLICK - The universal solution of power gating for the whole SoC
- - Fully automated island kit generator
- - Automatic digital power switch controller TRC, single or distributed
- - Scripts for easier and faster implementation
- - Close or open ring implementation
-
CLICK - The universal solution of power gating for the whole SoC
- - Fully automated island kit generator
- - Automatic digital power switch controller TRC, single or distributed
- - Scripts for easier and faster implementation
- - Close or open ring implementation
-
CLICK - The universal solution of power gating for the whole SoC
- - Fully automated island kit generator
- - Automatic digital power switch controller (APC), single or distributed
- - Scripts for easier and faster implementation
- - Closed or open ring implementation
-
Linear Regulator for digital island
- Low dropout: 380mV of dropout at ILOAD= IMAX
- Low Bill-of-Material: optimized in density for the best trade-off for the given output current and input voltage range
- A cost-efficient solution compared to external Power Management
- Behavioral models: ease of integration in SoC and optimization of Power Management Network (PMNet) using models to verify mode transitions as well as noise propagation
-
Linear Regulator for digital island
- Low dropout: 380mV of dropout at ILOAD= IMAX
- Low Bill-of-Material: optimized in density for the best trade-off for the given output current and input voltage range
- A cost-efficient solution compared to external Power Management
- Behavioral models: ease of integration in SoC and optimization of Power Management Network (PMNet) using models to verify mode transitions as well as noise propagation
-
Linear Regulator for digital island
- Low dropout: 380mV of dropout at ILOAD= IMAX
- Low Bill-of-Material: optimized in density for the best trade-off for the given output current and input voltage range
- A cost-efficient solution compared to external Power Management
- Behavioral models: ease of integration in SoC and optimization of Power Management Network (PMNet) using models to verify mode transitions as well as noise propagation
-
Linear Regulator for digital island
- Low dropout: 380mV of dropout at ILOAD= IMAX
- Low Bill-of-Material: optimized in density for the best trade-off for the given output current and input voltage range
- A cost-efficient solution compared to external Power Management
- Behavioral models: ease of integration in SoC and optimization of Power Management Network (PMNet) using models to verify mode transitions as well as noise propagation
-
CLICK - The universal solution of power gating for the whole SoC
- Flexibility of in-rush current and wake-up time management
- Allows a smart control of the trade-off between wake-up time and in-rush current
- Automated wake-up sequence including isolation and retention signal management
- Programmable limitation of in-rush current controlled by Transition Ramp Controller enables a ? correct-by-construction ? implementation