Design & Reuse
909 IP
901
0.0
Over-voltage Protection Module in TSMC 22uLL 1.8V
OPM-VR-LS-1.62-5.5-1.8-A01-D1.8-T22ULL_TSMC_22_ULL1.8 is an Over-voltage Protection Module in TSMC 22ULL enabling direct connection of voltage regulat...
902
0.0
Over-voltage Protection Module to handle direct connection of voltage regulators to a 5V battery using standard 1.8V devices in GF 22FDX
OPM-G2-1.9-5.5-1.8.02_GF_22_FDX is an Over-voltage Protection Module for regualtors in GF 22FDX that handles direct connection of voltage regulators t...
903
0.0
Over-voltage Protection Module to handle direct connection of voltage regulators to a 5V battery using standard 1.8V devices in GF 22FDX
OPM-G2-1.9-5.5-1.8.03_GF_22_FDX is an Over-voltage Protection Module in GF 22FDX that handles direct connection of voltage regulators to a 5V battery ...
904
0.0
Over-voltage Protection Module to handle direct connection of voltage regulators to a 5V battery using standard 2.5V OD 3.3V devices SMIC 40eF
OPM-G2-1.8-5.5-2.6.01_SMIC_40_uLP is an Over-voltage Protection Module for regulators in SMIC 40eF that handles direct connection of voltage regulator...
905
0.0
PVT Sensor - TSMC 12 FFC
1-VIA’s PVT Sensor is a highly integrable macro for monitoring process, voltage and temperature variation on-chip. It consumes ultra-low power in miss...
906
0.0
PVT Sensor - TSMC 16 FFC
1-VIA’s PVT Sensor is a highly integrable macro for monitoring process, voltage and temperature variation on-chip. It consumes ultra-low power in miss...
907
0.0
PVT Sensor - TSMC 28 HPC+
1-VIA’s PVT Sensor is a highly integrable macro for monitoring process, voltage and temperature variation on-chip. It consumes ultra-low power in miss...
908
0.0
PVT Sensor - TSMC 40
1-VIA’s PVT Sensor is a highly integrable macro for monitoring process, voltage and temperature variation on-chip. It consumes ultra-low power in miss...
909
0.0
PVT Sensor - TSMC 7FF
1-VIA’s PVT Sensor is a highly integrable macro for monitoring process, voltage and temperature variation on-chip. It consumes ultra-low power in miss...