DS181 Search Results

Contextual Info: DS1817 DALLAS SEMICONDUCTOR DS1817 Active High 3.3V EconoReset FEATURES PIN ASSIGNMENT • Automatically restarts a microprocessor after power failure 3 • Maintains reset for 150 ms after VCc returns to an in­ tolerance condition * 1 • Reduces need for discrete components

Contextual Info: DS1817 PRODUCT PREVIEW DALLAS SEMICONDUCTOR DS1817 3.3V EconoRest FEATURES PIN ASSIGNMENT • Automatically restarts a microprocessor after power failure • Maintains reset for 220 ms after Vcc returns to an in-tolerance condition • Reduces need for discrete components

Contextual Info: DALLAS SEMICONDUCTOR Active High 3.3V EconoReset FEATURES PIN ASSIGNMENT DS1817 3 • Autom atically restarts a m icroprocessor after power failure A • Maintains reset for 150 ms after V qc returns to an in­ tolerance condition 1 • Reduces need for discrete com ponents

Contextual Info: DS1815 DALLAS SEMICONDUCTOR DS1815 3.3V EconoReset with Push-Pull Output FEATURES PIN ASSIGNMENT • Autom atically restarts a m icroprocessor after power failure 3 • Maintains reset for 150 ms after V qc returns to an in­ tolerance condition A • Reduces need for discrete com ponents

Contextual Info: DALLAS DS1818 3.3V EconoRssst with Pushbutton s e m ic o n d u c to r FEATURES PIN ASSIGNMENT • Autom atically restarts a m icroprocessor after power failure 3 A • Monitors pushbutton for external override • Maintains reset for 150 ms after V qc returns to an in­

DS1810

Abstract: DS1811 DS1812 DS1813 DS1815 DS1816 DS1817 DS1818 818 SOT-23
Contextual Info: DS1812 DS1812 5V EconoReset with Active High Push–Pull Output FEATURES PIN ASSIGNMENT • Automatically restarts a microprocessor after power 3 failure • Maintains reset for 150 ms after VCC returns to an in– tolerance condition • Reduces need for discrete components

DS1810R-5

Contextual Info: DS1810 5V EconoReset with Push-Pull Output www.maxim-ic.com FEATURES § § § § § § § PIN ASSIGNMENT Automatically restarts a microprocessor after power failure Maintains reset for 150 ms after VCC returns to an in-tolerance condition Reduces need for discrete components

Contextual Info: DS1810 5V EconoReset with Push-Pull Output www.maxim-ic.com FEATURES § § § § § § § PIN ASSIGNMENT Automatically restarts a microprocessor after power failure Maintains reset for 150 ms after VCC returns to an in-tolerance condition Reduces need for discrete components

Contextual Info: P O W I Î K M VN KM K M Low Power, 5Y |LlP Reset - Active LOW, Open-Drain Output Improved Dallas DS1811 replacement — 50% lower maximum supply current The IMP1811 supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1811. Maximum supply

Contextual Info: P O W I Î K M VN KM K M Low Power, 5Y |LlP Reset - Active HIGH, Push-Pull Output The IMP1812 supply voltage monitor is an improved, low-power replacement for the Dallas Semiconductor DS1812. Maximum supply current over temperature is a low 20|iA, representing over 50 percent

041796

Abstract: 051813 DS1810 DS1811 DS1812 DS1813 DS1815 DS1815-10 DS1815-20 DS1816
Contextual Info: D S 1815 D A L L A S DS1815 3.3V EconoReset with Push-Pull Output s e m ic o n d u c t o r FEATURES PIN ASSIGNM ENT • Automatically restarts a microprocessor after power failure 3 A • Maintains reset for 150 ms after Vc c returns to an in­ tolerance condition

Contextual Info: DS1812 DS1812 DALLAS SEMICONDUCTOR 5V EconoReset with Active High Push-Pull Output FEATURES PIN ASSIGNMENT • Automatically restarts a microprocessor after power failure 3 A • Maintains reset for 150 ms after V qq returns to an in­ tolerance condition

"Dallas Semiconductor" TOP MARKING

Abstract: maxim TOP MARKING DS1810 DS1811 DS1812 DS1813 DS1813-10 DS1813-15 DS1813-5 DS1815
Contextual Info: DS1813 5V EconoReset with Pushbutton www.maxim-ic.com GENERAL DESCRIPTION PIN CONFIGURATIONS The DS1813 EconoReset uses a precision temperature reference and comparator circuit to monitor the status of the power supply VCC . When an out-of-tolerance condition is detected,

hc 4066

Abstract: IC Tlc 2272 Quantum Research Group QT60320-S water level indicator using 4 led using ic 4066 megamax hc4066 st low cost eeprom programmer circuit diagram XPLA QT60320
Contextual Info:


  32-KEY QMATRIX CHARGE-TRANSFER IC PRELIMINARY














Creates 32 ‘touch buttons’ through any dielectric 100% autocal for life - no adjustments required 'N' key rollover: senses all 32 keys in parallel Keys individually adjustable for sensitivity

HC4066

Abstract: BSN20 BSN20 MARKING mosfet yb QT60320 r2r ladder 10 pin 1050C 74HC4066 QT60320C QT60320C-AS
Contextual Info: QT60320C LQ NOT RECOMMENDED FOR NEW DESIGNS 32-KEY QMATRIX CHARGE-TRANSFER IC I2 I3 I4 AIN Vcc X1 Gnd X2 X3 X4 X5 X6 1 44 43 42 41 40 39 38 37 36 35 34 33 X7 X8 RST 2 3 4 32 31 30 CC1 CC2 CS Vcc Gnd 5 6 29 28 Aref AGnd XT2 XT1 RX 7 8 9 27 26 25 Vcc O8 O7

Contextual Info: 2mm Interconnect TEMPUS CBC 20 Male Signal M odules — Narrow Wall — Solder Termination — 4 Row ^5 9 Features • Designed to conform with IEC 48b237, EIAis64, IEEE P896 Futurebus+, IEEE P1596 SCI and IEC 917 metric modular order • Stackable with other TEMPUS modules, with

7 Series FPGAs GTP Transceivers User Guide, UG482 v1.5

Contextual Info: 7 Series FPGAs GTP Transceivers User Guide UG482 v1.6 August 28, 2013 Notice of Disclaimer The information disclosed to you hereunder (the “Materials”) is provided solely for the selection and use of Xilinx products. To the maximum extent permitted by applicable law: (1) Materials are made available “AS IS” and with all faults, Xilinx hereby DISCLAIMS ALL

hc4066 st

Abstract: 74HC4066 TLC2272 Electronic Circuit Diagram AMPLIFIER mosfet yb QT60320 r2r ladder 10 pin 1050C HC4066 44R2R QT60320D
Contextual Info: LQ QT60320D 32-KEY QMATRIX CHARGE-TRANSFER IC I2 I3 I4 AIN Vcc X1 Gnd X2 X3 X4 X5 X6 1 44 43 42 41 40 39 38 37 36 35 34 33 X7 X8 RST 2 3 4 32 31 30 CC1 CC2 CS Vcc Gnd 5 6 29 28 Aref AGnd XT2 XT1 RX 7 8 9 27 26 25 Vcc O8 O7 TX O1 QT60320 10 24 11 23 12 13 14 15 16 17 18 19 20 21 22

T1 BC558

Abstract: max8091 t1,t2 BC548 2N3904 AT90S1200 AT90S4414 AT90S8515 BC548 BC558 BC848
Contextual Info: AVR180: External Brown-Out Protection Features Theory of Operation • Low-Voltage Detector • Prevent Register and EEPROM For the CPU to successfully decode and execute instructions, the supplied voltage must always stay above the minimum voltage level set by the chosen

SAM9708

Abstract: 74HC00 SAM9708-144 6N138 Dream SAM9708 SAM9708FX 74hc00 datasheet dream OPA2353 CD21
Contextual Info: Features • The SAM9708FX Effects Module Board includes: – – – – One SAM9708 128-voice Integrated Sound Synthesizer One Audio ADC: BURR-BROWN PCM1800E 20-bit, 95 dB SNR One Audio DAC: BURR-BROWN PCM1739E (24-bit, 105 dB SNR) 1-Mbit SRAM Memory (64k x 16).

Contextual Info: LE AVAILAB DS2408 1-Wire 8-Channel Addressable Switch FEATURES • •        Eight Channels of Programmable I/O with Open-Drain Outputs On-Resistance of PIO Pulldown Transistor 100Ω max ; Off-Resistance 10MΩ (typ) Individual Activity Latches Capture

ETC1810-15U

Abstract: DS1810R-5 Cross Reference sot23 DS1810R-10 50124 ETC1810-10U Electronic Technology
Contextual Info: ETC1810 Microprocessor Reset Circuits Description Pin Configuration The ETC1810 is an inexpensive microprocessor supervisory circuits that monitor power supplies in microprocessor based systems. The function of these devices is to assert a reset if the power supply drops below a designated reset threshold

Microprocessor Reset

Abstract: DS1815-10 DS1815-20 ETC1815-10U ETC1815-20U TRANSISTOR REPLACEMENT GUIDE reset IC sot23
Contextual Info: ETC1815 Microprocessor Reset Circuits Description Pin Configuration The ETC1815 is an inexpensive microprocessor supervisory circuits that monitor power supplies in microprocessor based systems. The function of these devices is to assert a reset if the power supply drops below a designated reset threshold

Contextual Info: DS1682 Total-Elapsed-Time Recorder with Alarm General Description The DS1682 is an integrated elapsed-time recorder containing a factory-calibrated, temperature-compensated RC time base that eliminates the need for an external crystal. Using EEPROM technology to maintain data in