MAX68 Search Results

MAX6806

Abstract: MAX6807 MAX6808
Contextual Info: 19-1421; Rev 0; 1/99 Voltage Detectors The MAX6806/MAX6807/MAX6808 precision voltage detectors are ideal for accurate monitoring of power supplies in digital systems. They provide circuit reliability and reduce total cost by eliminating external components and adjustments.

MAX688

Abstract: 557 timer connections MAX6887 MAX6887AETE MAX6887BETE MAX6887CETE MAX6887IETE MAX6887JETE MAX6887KETE MAX6887LETE
Contextual Info: 19-0291; Rev 2; 2/10 Hex/Quad, Power-Supply Supervisory Circuits The MAX6887/MAX6888 multivoltage supply supervisors provide several voltage-detector inputs, one watchdog input, and three outputs. Each voltage-detector input offers a factory-set undervoltage and overvoltage

3s22

Abstract: MAX680CPA
Contextual Info: MAXIM I N T E G R A T E D P R O D U C T S MIE D 5 • S07bbSl 0G0431fci 7 ■ MXM /kMXI/M +5V to ±10V Voltage Converters General Description The MAX680/MAX681 are monolithic CMOS dual charge pump voltage converters that provide ±10V outputs from a +5V input voltage. The MAX680/MAX681

MAX6820

Abstract: SETD MAX6819 MAX6819UT-T MAX6820UT-T
Contextual Info: 19-1951; Rev 2; 4/02 SOT23 Power-Supply Sequencers The MAX6819/MAX6820 include an internal voltage reference/comparator with externally adjustable thresholds to monitor the primary power supply. When the primary supply is below the desired threshold, an external secondary supply MOSFET switch is disabled.

MAX6897AAZT/V T

Abstract: MAX6896AALT MAX6897
Contextual Info: EVALUATION KIT AVAILABLE MAX6895–MAX6899 Ultra-Small, Adjustable Sequencing/ Supervisory Circuits General Description Features The MAX6895–MAX6899 is a family of small, low-power, voltage-monitoring circuits with sequencing capability. These miniature devices offer tremendous flexibility with

MAX683EUA

Abstract: MAX682 MAX682ESA MAX683 MAX684 MAX683C MAX683/MAX684/MAX685
Contextual Info: ADVANCE INFORMATION All information in this data sheet is preliminary and subject to change. 8/97 3.3V to Regulated 5V Charge Pumps The MAX682/MAX683/MAX684 generate a regulated 5V output voltage from 3V to 5.5V inputs. Only three capacitors are required to build a complete DC-DC converter.

Contextual Info: 19-2242; Rev 2; 12/05 Ultra-Low-Voltage SC70 Voltage Detectors and µP Reset Circuits The MAX6832–MAX6840 are microprocessor µP supervisory circuits used to monitor low-voltage power supplies in µP and digital systems. They provide excellent circuit reliability and low cost by eliminating external components and adjustments when used with

Contextual Info: 19-3771; Rev 1; 10/05 Dual-/Triple-Voltage, Power-Supply Trackers/Sequencers/Supervisors Features The MAX6877/MAX6878/MAX6879 multivoltage power trackers/sequencers/supervisors monitor up to three system voltages and provide proper power-up and power-down control for systems requiring voltage tracking or sequencing. These devices ensure controlled

IN329

Contextual Info: 19-3384; Rev 1; 9/04 KIT ATION EVALU LE B A IL A AV EEPROM-Programmable Hex/Quad Power-Supply Sequencers/Supervisors with ADC The MAX6870/MAX6871 EEPROM-configurable, multivoltage supply sequencers/supervisors monitor several voltage detector inputs, two auxiliary inputs, and four

Contextual Info: MAX680EPA Linear ICs dc-to-dc/Charge Pump Voltage Converter status Military/High-RelN Output Voltage Nominal V 10ñ Load Current Max. (A)10m Drop-Out Volt Max. P(D) Max. (W) Nom. Supp (V)5.0 Minimum Operating Temp (øC) Maximum Operating Temp (øC) Package StyleDIP

Contextual Info: MAX680MJA/883B Linear ICs dc-to-dc/Charge Pump Voltage Converter status Military/High-RelY Output Voltage Nominal V 10ñ Load Current Max. (A) Drop-Out Volt Max. P(D) Max. (W)640m Nom. Supp (V)5.0 Minimum Operating Temp (øC)-55 Maximum Operating Temp (øC)125

Contextual Info: MAX680MJA Linear ICs dc-to-dc/Charge Pump Voltage Converter status Military/High-RelN Output Voltage Nominal V 10ñ Load Current Max. (A)10m Drop-Out Volt Max. P(D) Max. (W) Nom. Supp (V)5.0 Minimum Operating Temp (øC) Maximum Operating Temp (øC) Package StyleDIP

Contextual Info: ADVANCE INFORMATION All information in this data sheet is preliminary and subject to change. 8197 3.3V to Regulated 5V Charge Pumps The M AX682/MAX683/M AX684’s voltage conversion requires no inductors, so the application circuits are small and low cost. The sw itch ing frequ en cy is set

MAX6820UT-T

Abstract: MAX6819 MAX6819UT-T MAX6820
Contextual Info: 19-1951; Rev 0; 1/01 SOT23 Power-Supply Sequencers The MAX6819/MAX6820 include an internal voltage reference/comparator with externally adjustable thresholds to monitor the primary power supply. When the primary supply is below the desired threshold, an external secondary supply MOSFET switch is disabled.

MAX6892

Abstract: MAX6894 MAX6892ETJ MAX6893 MAX6893ETI MAX6894ETI 9216S
Contextual Info: 19-3596; Rev 2; 9/10 Pin-Selectable, Octal/Hex/Quad, Power-Supply Sequencers/Supervisors Features The MAX6892/MAX6893/MAX6894 pin-selectable, multivoltage supply sequencers/supervisors monitor several voltage-detector inputs and one watchdog input, asserting the respective voltage detector or watchdog

MAX6875ETJ

Abstract: MAX6874 MAX6874ETJ MAX6875 801dh MR811
Contextual Info: 19-3438; Rev 0; 10/04 KIT ATION EVALU LE B A IL A AV EEPROM-Programmable, Hex/Quad, Power-Supply Sequencers/Supervisors Features The MAX6874/MAX6875 EEPROM-configurable, multivoltage supply sequencers/supervisors monitor several voltage detector inputs and general-purpose logic

MAX6832

Abstract: MAX6833 MAX6840
Contextual Info: 19-2242; Rev 2; 12/05 Ultra-Low-Voltage SC70 Voltage Detectors and µP Reset Circuits The MAX6832–MAX6840 are microprocessor µP supervisory circuits used to monitor low-voltage power supplies in µP and digital systems. They provide excellent circuit reliability and low cost by eliminating external components and adjustments when used with

0530L

Abstract: R250M
Contextual Info: 19-1327; R ev 1 ;2 /9 8 V k lv lX I V M DAC-Controlled Boost/Inverter LCD Bi as Su p p l y w i t h I n t e r n a l S w i t c h The MAX686 DAC-controlled boost/inverter 1C converts a positive input voltage to a positive or negative LCD bias voltage up to +27.5V or -27.5V. The device features

Supervisory ICs

Abstract: tps3809 ADM809 MAX6800 MAX6801 MAX6802 MAX6803 MIC809 MAX809-MAX812
Contextual Info: IMPROVED LOW-POWER µP SUPERVISORY ICs MONITOR +2.85V TO +5V SYSTEMS The MAX6800-6805 are Pin-Compatible Upgrades to the Industry Standard MAX809-MAX812 18 Upgrades Include: ♦ 33% Lower Quiescent Current TYPICAL SUPPLY CURRENT µA 16 Save Power 14 with Maxim!

MAX666

Abstract: MAX680
Contextual Info: Maxim > App Notes > Battery management Power-supply circuits Keywords: low dropour regulator, n-channel MOSFET, voltage converter, boost converter, voltage regulator Jul 09, 1998 APPLICATION NOTE 1 MOSFET pass element yields 100mV-dropout regulator Abstract: In this design not a 100mV dropout regulator is produced when a voltage converter MAX680 boosts an input voltage

Contextual Info: MAX685EEE Rev. A RELIABILITY REPORT FOR MAX685EEE PLASTIC ENCAPSULATED DEVICES November 9, 2001 MAXIM INTEGRATED PRODUCTS 120 SAN GABRIEL DR. SUNNYVALE, CA 94086 Written by Reviewed by Jim Pedicord Quality Assurance Reliability Lab Manager Bryan J. Preeshl

smd ja

Abstract: CDIP2-T08 GDIP1-T08 .1900-32+UNJF-3A
Contextual Info: SCOPE: +5V to ±10V CMOS SWITCHED-CAPACITOR VOLTAGE CONVERTER Device Type 01 Generic Number MAX680 x /883B SMD Number 5962-93120 Case Outline(s). The case outlines shall be designated in Mil-Std-1835 and as follows: Outline Letter Maxim SMD JA P Mil-Std-1835

FZIT

Contextual Info: 19-1933; Rev 3; 10/11 3-Pin, Low-Power µP Reset Circuits The MAX6800/MAX6801/MAX6802 microprocessor µP supervisory circuits monitor the power supplies in 2.85V to 5.0V µP and digital systems. They increase circuit reliability and reduce cost by eliminating external components and adjustments.

Contextual Info: 19-3439; Rev 0; 10/04 KIT ATION EVALU LE B A IL A AV EEPROM-Programmable, Hex/Quad, Power-Supply Sequencers/Supervisors Features The MAX6872/MAX6873 EEPROM-configurable, multivoltage supply sequencers/supervisors monitor several voltage detector inputs and four general-purpose logic