LOAD CELL CMOS Search Results

TR 104

Abstract: 0532 /X3DR
Contextual Info: BUSHOLDER Cell List Cell Name BUSHOLDER_LP Function Description Bus Holder Logic Symbol Cell Data Input Load SL Y 6.7 Y STDL130 3-340 Gate Count 1.33 Samsung ASIC INTERNAL CLOCK DRIVERS Cell List Cell Name Function Description CK2_LP Internal Clock Driver CMOS 2mA

SL 220 YN 2

Abstract: MX2D2
Contextual Info: BUSHOLDER Cell List Cell Name BUSHOLDER Function Description Bus Holder Logic Symbol Cell Data Input Load SL Y 5.7 Y STD131 3-340 Gate Count 1.33 Samsung ASIC INTERNAL CLOCK DRIVERS Cell List Cell Name Function Description CK2 Internal Clock Driver CMOS 2mA

ILC6382CIR-33

Abstract: ILC6382CIR-50 ILC6382CIR-ADJ DO3308P-153 ILC6382
Contextual Info: Impala Linear Corporation ILC6382 1-Cell to 3-Cell Boost with True Load Disconnect, 3.3V, 5V or Adjustable Output General Description Features The ILC6382 series of step-up DC-DC converters operate from 1-cell to 3-cell input. In shutdown mode, the device

Contextual Info: Impala Linear Corporation ILC6382 1-Cell to 3-Cell Boost with True Load Disconnect, 3.3V, 5V or Adjustable Output General Description Features The ILC6382 series of step-up DC-DC converters operate from 1-cell to 3-cell input. In shutdown mode, the device

575K

Abstract: 595D DO3308P-153 ILC6382 ILC6382CIR-33 ILC6382CIR-50 ILC6382CIR-ADJ
Contextual Info: Impala Linear Corporation Jan 4, 1999 ILC6382 1-Cell to 3-Cell Boost Converter With True Load Disconnect 3.3V, 5V or Adjustable Output GENERAL DESCRIPTION FEATURES The ILC6382 series of step-up DC-DC converters operate from 1-cell to 3-cell input. In shutdown mode,

D01608C-153

Abstract: ILC6382 ILC6383 ILC6383CIR-33 ILC6383CIR-ADJ ceremic capacitor
Contextual Info: www.fairchildsemi.com ILC6383 1-Cell to 3-Cell Boost with True Load Disconnect, 3.3V, 5V or Adjustable Output Features Description • • • • • • • • • • • • • The ILC6383 series of step-up DC-DC converters operate from 1-cell to 3-cell input. They are direct replacement for

ILC6382

Abstract: ILC6383 ILC6383CIR-33 ILC6383CIR-50 ILC6383CIR-ADJ CD43150 D01608C-153 D03316P-153
Contextual Info: www.fairchildsemi.com ILC6383 1-Cell to 3-Cell Boost DC-DC Converter with True Load Disconnect, 3.3V, 5V or Adjustable Output Features Description • • • • • • • • • • • • The ILC6383 series of step-up DC-DC converters operate from 1-cell to 3-cell input. They are direct replacement for

MSOP-8 PFM light load

Contextual Info: www.fairchildsemi.com ILC6383 1-Cell to 3-Cell Boost DC-DC Converter with True Load Disconnect, 3.3V, 5V or Adjustable Output Features Description • • • • • • • • • • • • The ILC6383 series of step-up DC-DC converters operate from 1-cell to 3-cell input. They are direct replacement for

transistor A7

Abstract: HM5116100 HM534251B HM538123B HM62256 HM658512A low vce transistor hitachi eprom Hitachi DSA00503 Hitachi HM62256
Contextual Info: Application 1. Static RAM 1.1 Static RAM Memory Cell A memory cell used in Hitachi static RAM consists of 4 NMOS transistors and 2 load resistors as shown in Figure 1-1. The data in the cell can be retained as long as power is supplied, and read out without being

HC49

Abstract: OSC40
Contextual Info: Analog Standard Cell OSC40 - CMOS Crystal Oscillator 40MHz DATA SHEET Process Description C35 0.35 m OSC40 is a quartz crystal oscillator for a frequency range from 20 MHz to 40 MHz. ESD Protection (typ. 200 Ohm) and Load Capacitors (typ. 3pF) are included in the cell.

hitachi eprom

Abstract: HMCS6800
Contextual Info: • APPLICATION 1. Static RAM tc o tt time for chip select to data retention : The 1.1. Static RAM Memory Cell The static RAM memory cell consists of flip-flops organized as 4 NMOS transistors and 2 load resistors as shown in figure 1-1. The data in the cell can be

Si9161

Abstract: LS4148 Si9160 Si9161BQ-T1 TSSOP-16 ofw3
Contextual Info: Si9161 Optimized-Efficiency Controller for RF Power Amplifier Boost Converter Features D Standby Mode D Wide Bandwidth Feedback Amplifier D Single-Cell LiIon and Three-cell NiCd or NiMH Operation D Si9160 architecture optimized for “light-load” efficiency

CD75

Abstract: ML4769
Contextual Info: July 2000 PRELIMINARY ML4769 2 Cell, Adjustable Output Boost Regulator with Load Disconnect GENERAL DESCRIPTION FEATURES The ML4769 is a continuous conduction boost regulator designed for DC to DC conversion in multiple cell battery power systems. Continuous conduction allows the

CD75

Abstract: ML4769
Contextual Info: July 2000 PRELIMINARY ML4769* 2 Cell, Adjustable Output Boost Regulator with Load Disconnect GENERAL DESCRIPTION FEATURES The ML4769 is a continuous conduction boost regulator designed for DC to DC conversion in multiple cell battery power systems. Continuous conduction allows the

Contextual Info: July 2000 PRELIMINARY ML4769 2 Cell, Adjustable Output Boost Regulator with Load Disconnect GENERAL DESCRIPTION FEATURES The ML4769 is a continuous conduction boost regulator designed for DC to DC conversion in multiple cell battery power systems. Continuous conduction allows the

CD54

Abstract: CD75 ML4769 ML4769CS ML4769ES
Contextual Info: April 1998 PRELIMINARY ML4769 2 Cell, Adjustable Output Boost Regulator with Load Disconnect GENERAL DESCRIPTION FEATURES The ML4769 is a continuous conduction boost regulator designed for DC to DC conversion in multiple cell battery power systems. Continuous conduction allows the

DO3308P-153

Abstract: ILC6382 ILC6383 ILC6383CIR-33 ILC6383CIR-50 ILC6383CIR-ADJ pl series load cell MSOP-8 PFM light load
Contextual Info: ILC6383 Final www.fairchildsemi.com 1-Cell to 3-Cell Boost with True Load Disconnect, 3.3V, 5V or Adjustable Output General Description Features ! 0.9V to 6V input voltage ! Guaranteed start up in PWM at 0.9V input ! Synchronous rectification requires no external diode

CD75

Abstract: ML4770 846/bbc 598 479 DIODE
Contextual Info: July 2000 PRELIMINARY ML4770* 2 Cell, Adjustable Output, High Current Boost Regulator with Load Disconnect GENERAL DESCRIPTION FEATURES The ML4770 is a continuous conduction mode boost regulator designed for DC to DC conversion in multiple cell battery power systems. Continuous conduction allows

CD75

Abstract: ML4770
Contextual Info: July 2000 PRELIMINARY ML4770 2 Cell, Adjustable Output, High Current Boost Regulator with Load Disconnect GENERAL DESCRIPTION FEATURES The ML4770 is a continuous conduction mode boost regulator designed for DC to DC conversion in multiple cell battery power systems. Continuous conduction allows

Contextual Info: July 2000 PRELIMINARY ML4770 2 Cell, Adjustable Output, High Current Boost Regulator with Load Disconnect GENERAL DESCRIPTION FEATURES The ML4770 is a continuous conduction mode boost regulator designed for DC to DC conversion in multiple cell battery power systems. Continuous conduction allows

ML4770ES

Abstract: CD54 CD75 ML4770 ML4770CS
Contextual Info: April 1998 PRELIMINARY ML4770 2 Cell, Adjustable Output, High Current Boost Regulator with Load Disconnect GENERAL DESCRIPTION FEATURES The ML4770 is a continuous conduction mode boost regulator designed for DC to DC conversion in multiple cell battery power systems. Continuous conduction allows

R5426

Abstract: R5426N
Contextual Info: LI-ion/POLYMER 1-CELL PROTECTOR R5426x SERIES NO. EA-090-0504 OUTLINE The R5426xxxxx Series are protection ICs for over-charge/discharge of rechargeable one-cell Lithium-ion Li+ / Lithium polymer excess load current, further include a short circuit protector for preventing large external

L4769

Abstract: 400M-2
Contextual Info: April 1998 PRELIMINARY flSk Micro Linear ML4769 2 Cell, Adjustable Output Boost Regulator with Load Disconnect GENERAL DESCRIPTION FEATURES The ML4769 is a continuous conduction boost regulator designed for DC to DC conversion in multiple cell battery power systems. Continuous conduction a I lows the

cell phone detector

Abstract: Pch MOS FET T63H0001A
Contextual Info: tm TE CH Preliminary T63H0001A Li-Ion Battery Protector Description The T63H0001A series are protection ICs for over-charge/discharge of rechargeable one-cell Lithium-ion Li+ batteries by CMOS process. The T63H0001A series can detect over-charge/discharge of Li+ one-cell and excess load current, further include a short circuit protector for preventing large