BQ4115 Search Results

Contextual Info: benchuarú hicroelec bûE D • 137flfln 0GG1575 015 H B E N bq4115 Advance Information f e j BENCHM ARQ . 512Kx8 NV Pseudo SRAM Features General Description >- Data retention in the absence of power The CMOS bq4115 is a nonvolatile pseudo static RAM organized as

Contextual Info: _ bq4115Y 512Kx8 NV Pseudo SRAM Features General Description > D ata retention in the absence of power The CMOS bq4115Y is a nonvolatile pseudo sta tic RAM organized as 512K words by 8 bits. The integral control circuitry and backup battery source provide reliable nonvolatility

Contextual Info: Advance Information BENCHMARQ bq4115 512Kx8 NV Pseudo SRAM Features General Description > D ata retention in the absence of power The CMOS bq4115 is a nonvolatile pseudo sta tic RAM organized as 512K words by 8 bits. The integral control circuitry and backup battery

Contextual Info: BENCHMARQ_ b q 4 1 15 Y 512Kx8 NV Pseudo SRAM Features General Description >• D ata retention in th e absence of power The CMOS bq4115Y is a nonvolatile p seu d o sta tic RAM o rg a n iz e d as 512K words by 8 bits. T he integral control circuitry and backup b atte ry

CE 65 M

Contextual Info: B E N C H M A R Q _ b q 4 1 1 5 Y 512Kx8 NV Pseudo SRAM Features General Description >• Data retention in the absence of power The CMOS bq4115Y is a nonvolatile pseudo static RAM organized as 512K words by 8 bits. The integral

Contextual Info: bq4115Y BENCHMARQ 512Kx8 NV Pseudo SRAM Features General Description >- D ata retention in th e absence of power The CMOS bq4115Y is a nonvolatile pseudo sta tic RAM organized as 512K words by 8 bits. The integral control circuitry and backup battery source provide reliable nonvolatility

charger NiMh 4 ch

Abstract: clock ic dip pack bq20xx soic 28 lead acid battery charger module gas gauge "lead acid" BQ2002* NiMH charger application note bq4013 BQ4025
Contextual Info: Nonvolatile SRAM s Benchmarq’s nonvolatile static random-access memories NVSRAMs integrate—in a single-DIP package—extremely low standby power SRAM, nonvolatile control circuitry, and a long-life lithium cell. The NVSRAMs combine secure nonvolatility (more than 10 years in the