BANDGAP REFERENCE Search Results

brownout

Contextual Info: Errata • Bandgap Reference Stabilizing Time • Brown-Out Detection Level 2. Bandgap Reference Stabilizing Time The time for the internal voltage reference for the Analog Comparator to stabilize is longer than specified. The stabilizing period starts after the bandgap reference

335233551

Abstract: brown-out 1280B
Contextual Info: Errata • Bandgap Reference Stabilizing Time • Brown-out Detection Level • Serial Programming at Voltages Below 2.9 Volts 3. Bandgap Reference Stabilizing Time The time for the internal voltage reference for the Analog Comparator to stabilize is longer than specified. The stabilizing period starts after the bandgap reference

1t13

Abstract: CLM4040 CLM4040CN CLM4040CS CLM4040CY CLM4040DN CLM4040DS CLM4040DY CLM4040EN CLM4040ES
Contextual Info: Precision Micropower Bandgap Shunt Reference CORPORATION CLM4040 FEATURES • • • • DESCRIPTION Trimmed Bandgap Design . . . . . . . . . . . . . . . . . . . . 0.2% Wide Operating Current Range . . . . . . . . 60µA to 20mA Low Dynamic Impedance . . . . . . . . . . . . . . . . . . . . 0.25Ω

SOIC Package 8-Pin Surface Mount

Contextual Info: T Semiconductor, Inc. TC9491A TC9491B LOW POWER, BANDGAP VOLTAGE REFERENCES FEATURES GENERAL DESCRIPTION • ■ ■ ■ ■ ■ ■ The TC9491 1.220V output bipolar, two-terminal, bandgap voltage references offer precision performance

CLM4041

Abstract: CLM4041CN CLM4041CS CLM4041CY CLM4041DN CLM4041DS CLM4041DY CLM4041EN CLM4041ES CLM4041EY
Contextual Info: Precision Micropower Bandgap Shunt Reference CORPORATION CLM4041 DESCRIPTION FEATURES • • • • • Low Voltage Operation . . . . . . . . . . . . . . . . . . . . . 1.225V Trimmed Bandgap Design . . . . . . . . . . . . . . . . . . . . 0.1% Wide Operating Current Range . . . . . . . . 60µA to 20mA

Astec Semiconductor

Abstract: A535 AS2431 AS535 AS535D AS535DBV AS535SIP a535s
Contextual Info: A/AS535 2.5 V Precision Reference / Amplifier Features Description • Temperature-compensated: 50 ppm/°C • Trimmed 0.5% typical bandgap reference The AS535 is a three terminal adjustable shunt regulator utilizing an accurate 2.5V bandgap reference. The AS535 is

A534

Abstract: AS432 AS534 SIP SOT 23 A-534 AS534DBV
Contextual Info: A/AS534 1.25 V Precision Reference / Amplifier Features Description • Temperature-compensated: 50 ppm/°C • Trimmed 0.5% typical bandgap reference The AS534 is a three terminal adjustable shunt regulator utilizing an accurate 1.25V bandgap reference. The AS534

LM285

Abstract: 285b 285B12 czb12
Contextual Info: w ~ ¡eluom Semiconductor, Inc. LM285/285B-1.2V LM285/285B-2.5V LM385/385B-1.2V LM385/385B-2.5V LOW POWER, BANDGAP VOLTAGE REFERENCES FEATURES GENERAL DESCRIPTION • ■ The LM285/385-1.2V 1,235V output and LM285/3852.5V (2.5V output) are bipolar, two-terminal, bandgap volt­

74HCT4046

Abstract: 4046a 9398 649 90011 kp 358 SMD transistor 74HCT9046A 74HCT9046AD 74HCT9046AN DIL16 MGA959
Contextual Info: INTEGRATED CIRCUITS DATA SHEET 74HCT9046A PLL with bandgap controlled VCO Product specification Supersedes data of March 1994 File under Integrated Circuits, IC06 1999 Jan 11 Philips Semiconductors Product specification PLL with bandgap controlled VCO 74HCT9046A

Contextual Info: GEC PLESSEY ADVANCE INFORMATION SEMICONDUCTORS D.S. 34431.3 VR25 2.5V PRECISION MICROPOWER BANDGAP VOLTAGE REFERENCE The VR25 is a monolithic integrated circuit using the bandgap principle to provide a precise reference voltage of 2.5V. The VR25 does not require any external capacitance for

LM285

Abstract: LM385 LM385-1.2V czb12 LM385CZB-2.5 385B
Contextual Info: LM285/285B-1.2V LM285/285B-2.5V LM385/385B-1.2V LM385/385B-2.5V LOW POWER, BANDGAP VOLTAGE REFERENCES 2 FEATURES GENERAL DESCRIPTION • ■ The LM285/385-1.2V 1.235V output and LM285/3852.5V (2.5V output) are bipolar, two-terminal, bandgap voltage references that offer precision performance without

Contextual Info: Analog Standard Cell BG05A - CMOS Bandgap Voltage Reference DATA SHEET Process Description C35 0.35µm The BG05A cell is a bandgap voltage reference with a constant output voltage of typically 1.21V. Key Features - Small Area 0.036 mm 2 - Size x = 214 µm, y = 167 µm

REF43

Abstract: precision reference zener diode ad1403 ad581 AD1580 AD589 ADR290 ADR291 ADR380 ADR390
Contextual Info: ADI - Precision Voltage Reference Selection Guide Page 1 of 4 Precision Voltage References Bandgap 1.235 +15 +1.21% 10, 25, 50, 100 5 5 RMS M H, R Two Terminal Shunt Reference $1.10 AD1580 Bandgap 1.2 1, 10 .08%, .82% 50, 100 0.05 5 I RT SOT23 Micropower

AN-719

Abstract: AN719 APP719
Contextual Info: Maxim > App Notes > VOLTAGE REFERENCES Keywords: voltage reference, tutorial, topologies, two-terminal, three-terminal, shunt, buried zener, bandgap, series, Dec 07, 2000 APPLICATION NOTE 719 Understanding Voltage-Reference Topologies and Specifications Abstract: This document covers the three most popular topologies of voltage references. These include bandgap

"9398 649 90011"

Abstract: 9046A 9398 649 90011 HCT9046A Low-pass Passive Filter Design Techniques "9398 961 10061"
Contextual Info: INTEGRATED CIRCUITS DATA SHEET 74HCT9046A PLL with bandgap controlled VCO Preliminary specification Supersedes data of September 1993 File under Integrated Circuits, IC06 Philips Semiconductors March 1994 Philips Semiconductors Preliminary specification PLL with bandgap controlled VCO

74HCT9046A APPLICATION NOTE

Abstract: HCT9046 logic package information philips ic06 Passive Low-pass Filter Design Method Low-pass Passive Filter Design Method Passive Low-pass Filter Introduction 4046A application note HCT9046A
Contextual Info: INTEGRATED CIRCUITS DATA SHEET 74HCT9046A PLL with bandgap controlled VCO Product specification Supersedes data of Jan 1999 File under Integrated Circuits, IC06 2002 Nov 06 2Philips Semiconductors Product specification PLL with bandgap controlled VCO 74HCT9046A

BG001

Abstract: bandgap current reference
Contextual Info: BG001 Untrimmed Precision Bandgap Voltage/Current Reference • 1.23V bandgap voltage reference with 5uA PTAT current reference • Very tight tolerance with 0.45% at 3 sigma, measured • Accurate to +/- 2% or better across process corners, simulated • Designed for most C5x 0.5µ processes (See General Note 1)

Contextual Info: V TC04A TC04B TC05A TC05B ¡ e | w o m ” Semiconductor, Inc. LOW POWER, BANDGAP VOLTAGE REFERENCES FEATURES GENERAL DESCRIPTION • ■ The TC04 1,25V output andTC05 (2.5V output) bipo­ lar, two-terminal, bandgap voltage references offer preci­ sion performance without premium price. These devices

NS400

Contextual Info: ADC08161 ADC08161 500 ns A/D Converter with S/H Function and2.5V Bandgap Reference Literature Number: SNAS075C ADC08161 500 ns A/D Converter with S/H Function and 2.5V Bandgap Reference General Description Key Specifications This product is on Lifetime Buy and is NOT RECOMMENDED for new designs.

Contextual Info: Analog Standard Cell BG06A - CMOS Bandgap Voltage Reference DATA SHEET Process Description C35 0.35µm The BG06A cell is a bandgap voltage reference with an unbuffered constant output voltage of typically 1.21V. Key Features - Small Area 0.048 mm 2 - Size x = 233 µ m, y = 205 µ m

ADC08061

Abstract: ADC08161 ADC08161CIWM AN-450
Contextual Info: ADC08161 500 ns A/D Converter with S/H Function and 2.5V Bandgap Reference General Description Using a patented multi-step A/D conversion technique, the 8-bit ADC08161 CMOS A/D converter offers 500 ns conversion time, internal sample-and-hold S/H , a 2.5V bandgap

VR182A

Abstract: DAC-IC10B vr182 DAC-IC8B VR-182A VR182C adc-ek DAC-08B DAC-IC8 VR-182
Contextual Info: VR-182 Series Precision Bandgap Voltage References FEATURES • 2.455V dc Output • Tempcos to 30 ppm/°C • 2-to-120 mA Reference current • ±1.4% Tolerance • Two terminals • Low cost GENERAL DESCRIPTION The VR-182 series precision references are two-terminal monolithic bandgap

MAX6163

Abstract: LM4040 LM4050 LM4051 MAX6012 MAX6034 MAX6138 MAX6161 MAX6162
Contextual Info: Maxim > App Notes > Voltage references Keywords: voltage reference, tutorial, topologies, two- terminal, three- terminal, shunt, buried zener, bandgap, series Nov 19, 2001 APPLICATION NOTE 719 Understanding voltage-reference topologies and specifications Abstract: This document discusses the three most popular topologies of voltage references. These include bandgap and buried zener

ADC08061

Abstract: ADC08161 ADC08161CIWM AN-450
Contextual Info: ADC08161 500 ns A/D Converter with S/H Function and 2.5V Bandgap Reference General Description Key Specifications Using a patented multi-step A/D conversion technique, the 8-bit ADC08161 CMOS A/D converter offers 500 ns conversion time, internal sample-and-hold S/H , a 2.5V bandgap