MAX674 Search Results

Contextual Info: 19-2639; Rev 2; 7/04 +10V Precision Voltage Reference The MAX674 is a precision voltage reference that is pretrimmed to within ±0.15% of 10V. The reference features excellent temperature stability as low as 12.0ppm/°C guaranteed , low current drain, and low

SOT23-8 LAND PATTERN

Abstract: MAX6749
Contextual Info: 19-2530; Rev 5; 12/10 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay Features The MAX6746–MAX6753 low-power microprocessor µP supervisory circuits monitor single/dual system supply voltages from 1.575V to 5V and provide maximum adjustability for reset and watchdog functions.

MAX6749

Abstract: MAX6746 MAX6748KA-T MAX6749KA-T MAX6751 MAX6753
Contextual Info: 19-2530; Rev 1; 1/03 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay Features ♦ Factory-Set Reset Threshold Options from 1.575V to 5V in ~100mV Increments The MAX6746–MAX6753 are available with a push-pull or open-drain active-low RESET output. The MAX6746–

Contextual Info: MAX6746–MAX6753 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay General Description Features The MAX6746–MAX6753 low-power microprocessor µP supervisory circuits monitor single/dual system supply voltages from 1.575V to 5V and provide maximum adjustability for reset and watchdog functions.

MAX6749

Abstract: MAX6746 MAX6748KA-T MAX6749KA-T MAX6751 MAX6753 AEDO pin diagram of ic 4018
Contextual Info: 19-2530; Rev 2; 8/03 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay Features ♦ Factory-Set Reset Threshold Options from 1.575V to 5V in ~100mV Increments The MAX6746–MAX6753 are available with a push-pull or open-drain active-low RESET output. The MAX6746–

Contextual Info: MAX6746–MAX6753 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay General Description Features The MAX6746–MAX6753 low-power microprocessor µP supervisory circuits monitor single/dual system supply voltages from 1.575V to 5V and provide maximum adjustability for reset and watchdog functions.

Contextual Info: MAX6746–MAX6753 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay General Description Features The MAX6746–MAX6753 low-power microprocessor µP supervisory circuits monitor single/dual system supply voltages from 1.575V to 5V and provide maximum adjustability for reset and watchdog functions.

2SWT

Abstract: AALN MAX6749 MAX6746 MAX6748KA-T MAX6749KA-T MAX6751 MAX6753 MAX6747KA29 aeeh 8pin
Contextual Info: 19-2530; Rev 4; 9/10 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay Features The MAX6746–MAX6753 low-power microprocessor µP supervisory circuits monitor single/dual system supply voltages from 1.575V to 5V and provide maximum adjustability for reset and watchdog functions.

Contextual Info: MAX6746–MAX6753 P Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay General Description The MAX6746–MAX6753 low-power microprocessor μP supervisory circuits monitor single/dual system supply voltages from 1.575V to 5V and provide maximum adjustability for reset and watchdog functions. These devices

MAX6820

Abstract: MAX6737 MAX5039 MAX6381 MAX6382 MAX6383 MAX6384 MAX6385 MAX6386 MAX6387
Contextual Info: Maxim > App Notes > BATTERY MANAGEMENT MICROPROCESSOR SUPERVISOR CIRCUITS POWER-SUPPLY CIRCUITS Keywords: MAX6381, MAX6382, MAX6383, MAX6384, MAX6385, MAX6386, MAX6387, MAX6388, MAX6389, MAX6390, MAX5039, MAX5040, MAX6736, MAX6737, MAX6738, MAX6739, MAX6740, MAX6741, MAX6742, MAX6743, MAX6744,

L20 SMD

Abstract: SMD N20 SMD transistor code NC
Contextual Info: SCOPE: 10V PRECISION VOLT REFERENCE Device Type 01 Generic Number MAX674M x /883B Case Outline(s). The case outlines shall be designated in Mil-Std-1835 and as follows: Outline Letter MAXIM SMD TV G JA P LP 2 Mil-Std-1835 Case Outline MACY1-X3 8 Lead TO-99 Can

REF01

Abstract: MAX674EPA MAX674ESA MAX674 MAX674CPA MAX674CSA
Contextual Info: 19-2639; Rev 2; 7/04 +10V Precision Voltage Reference The MAX674 is a precision voltage reference that is pretrimmed to within ±0.15% of 10V. The reference features excellent temperature stability as low as 12.0ppm/°C guaranteed , low current drain, and low

wds sot23

Abstract: MAX6746 HIGH64 MAX6749 MAX6748KA-T MAX6749KA-T MAX6751 MAX6753
Contextual Info: 19-2530; Rev 6; 4/11 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay Features The MAX6746–MAX6753 low-power microprocessor µP supervisory circuits monitor single/dual system supply voltages from 1.575V to 5V and provide maximum adjustability for reset and watchdog functions.

MAX6747KA29

Contextual Info: MAX6747KA29+ RELIABILITY REPORT FOR MAX6747KA29+ PLASTIC ENCAPSULATED DEVICES May 14, 2009 MAXIM INTEGRATED PRODUCTS 120 SAN GABRIEL DR. SUNNYVALE, CA 94086 Approved by Ken Wendel Quality Assurance Director, Reliability Engineering Maxim Integrated Products. All rights reserved.

Contextual Info: 19-2530; Rev 6; 4/11 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay Features The MAX6746–MAX6753 low-power microprocessor µP supervisory circuits monitor single/dual system supply voltages from 1.575V to 5V and provide maximum adjustability for reset and watchdog functions.

MAX6749

Abstract: MAX6746 MAX6748KA-T MAX6749KA-T MAX6751 MAX6753
Contextual Info: 19-2530; Rev 3; 12/05 µP Reset Circuits with Capacitor-Adjustable Reset/Watchdog Timeout Delay Features The MAX6746–MAX6753 low-power microprocessor µP supervisory circuits monitor single/dual system supply voltages from 1.575V to 5V and provide maximum adjustability for reset and watchdog functions.

Contextual Info: MAX6746KAxx Rev. A RELIABILITY REPORT FOR MAX6746KAxx PLASTIC ENCAPSULATED DEVICES January 22, 2004 MAXIM INTEGRATED PRODUCTS 120 SAN GABRIEL DR. SUNNYVALE, CA 94086 Written by Reviewed by Jim Pedicord Quality Assurance Reliability Lab Manager Bryan J. Preeshl

Contextual Info: y n y j x i > n + 1 0 V P re c is io n V oltage R e fe re n c e Features _ General Description The MAX674 is a precision voltage reference that is p ret rim m ed to w ith in ±0,15% o f 10 V, The reference features excellent tem perature sta b ility as low as

tsc4429

Abstract: TSC7660 TSC7107 TSC7106 TSC7109 TSC7117 TSC1426 TSC7650 tsc4427 lt1174
Contextual Info: Code Key: PU – PP – FE – SP – Plug-In Upgrade Pin-for-Pin Compatible Functional Equivalent Similar Part AMCC MAXIM S3005 S3006 S3017 S3023 S3024 S3025 S3026 S3027 S3028B S3033 S3040 S3043 S3044 S3047 S3049 S3050 MAX3690 MAX3680 MAX3690 MAX3675 MAX3675

5962-9456504mva

Abstract: MX7502SQ 428M MX753747 IH5048
Contextual Info: SCOPE: +5V-POWERED MULTI-CHANNEL RS-232 DRIVERS/RECEIVERS Device Type 01 02 03 04 05 Generic Number MAX220 x /883B MAX222(x)/883B MAX232A(x)/883B MAX242(x)/883B MAX243(x)/883B Pkg Code J16 & L20 J18 & L20 J16 & L20 J18 & L20 J16 & L20 Case Outline(s). The case outlines shall be designated in Mil-Std-1835 and as follows:

IH5048

Contextual Info: SCOPE: BATTERY MANAGER Device Type 01 01 Generic Number MAX1259MJE/883B MAX1259MLP/883B SMD Number 5962-9326401MEA 5962-9326401M2C Case Outline s . The case outlines shall be designated in Mil-Std-1835 and as follows: Outline Letter MAXIM SMD JE E LP 2 Mil-Std-1835

Contextual Info: 19-2531; Rev 1; 4/03 Low-Power Dual-/Triple-Voltage SC70 µP Supervisory Circuits Features ♦ Dual-/Triple-Supply Reset Voltage Monitors ♦ Precision Factory-Set Reset Thresholds for Monitoring from 0.9V to 5.0V ♦ Adjustable Reset Input Down to 0.488V

IH514851

Abstract: 81 Mux MX753747 IH5048
Contextual Info: SCOPE: DUAL AND QUAD SPST NORMALLY OPEN RF/VIDEO SWITCHES Device Type 01 02 03 04 Generic Number IH5048M x /883B IH5049M(x)/883B IH5050M(x)/883B IH5051M(x)/883B Circuit Function Dual SPST Dual DPST SPDT Dual SPDT Case Outline(s). The case outlines shall be designated in Mil-Std-1835 and as follows:

IH5048

Contextual Info: SCOPE: 100mA CMOS SWITCHED-CAPACITOR VOLTAGE CONVERTER 1.5V TO 8V Device Type 01 Generic Number MAX665M x /883B Case Outline(s). The case outlines shall be designated in Mil-Std-1835 and as follows: Outline Letter JA Mil-Std-1835 GDIP1-T8 or CDIP2-T8 Case Outline