IoT PLL IP for UMC

Welcome to the ultimate IoT PLL IP for UMC hub! Explore our vast directory of IoT PLL IP for UMC
All offers in IoT PLL IP for UMC
Filter
Filter

Login required.

Sign in

Compare 6 IoT PLL IP for UMC from 1 vendors (1 - 6)
  • UMC L28HPC+ 28nm IoT PLL - 60MHz-900MHz
    • Optimized for very low power, running completely from core power supply.
    • Supports 32KHz reference clocks.
    • Extremely wide range of operation with multiplication factors over 8,000.
    • Small area, delivered as a single hard macro with guardrings and isolation.
  • UMC L28HPC 28nm IoT PLL - 60MHz-875MHz
    • Optimized for very low power, running completely from core power supply.
    • Supports 32KHz reference clocks.
    • Extremely wide range of operation with multiplication factors over 8,000.
    • Small area, delivered as a single hard macro with guardrings and isolation.
  • UMC L28HLP 28nm IoT PLL - 30MHz-550MHz
    • Optimized for very low power, running completely from core power supply.
    • Supports 32KHz reference clocks.
    • Extremely wide range of operation with multiplication factors over 8,000.
    • Small area, delivered as a single hard macro with guardrings and isolation.
  • UMC L40LP 40nm IoT PLL - 30MHz-375MHz
    • Optimized for very low power, running completely from core power supply.
    • Supports 32KHz reference clocks.
    • Extremely wide range of operation with multiplication factors over 8,000.
    • Small area, delivered as a single hard macro with guardrings and isolation.
  • UMC L55LP 55nm IoT PLL - 30MHz-300MHz
    • Optimized for very low power, running completely from core power supply.
    • Supports 32KHz reference clocks.
    • Extremely wide range of operation with multiplication factors over 8,000.
    • Small area, delivered as a single hard macro with guardrings and isolation.
  • UMC L65LP 65nm IoT PLL - 30MHz-300MHz
    • Optimized for very low power, running completely from core power supply.
    • Supports 32KHz reference clocks.
    • Extremely wide range of operation with multiplication factors over 8,000.
    • Small area, delivered as a single hard macro with guardrings and isolation.
×
Semiconductor IP