10VIN Search Results

Contextual Info: DCL12S0A0S20NFA FEATURES                High efficiency: 93% @ 12Vin, 5V/20A out 92% @ 12Vin, 3.3V/20A out 90% @ 12Vin, 2.5V/20A out 89% @ 12Vin, 1.8V/20A out 83% @ 12Vin, 1.2V/20A out 79% @ 10Vin, 0.69V/20A out

of ic 74ls00

Abstract: bip 373 AD574 74ls00 applications isolated low ripple 1w dc dc converter 74LS00 low ripple 1w dc dc converter ad574 circuits IA0505S a2405
Contextual Info: DUAL POWER A/D CONVERTER APPLICATION DC-DC CONVERTER DC-DC Vin CONVERTER Vin TVS +Vo C1 0V DC DC GND C2 C3 -Vo CS 74LS 373 Vcc +15V A0 R/C VEE(-15V) VL(+5V) AD574 8031 +15V DG -15 -15V DB11 REF IN REF OUT BIP OFF 0~10V DB1 DB0 CE STS 12/8 & 10VIN 20VIN 0~20V

AD1674 AND APPLICATION NOTES

Abstract: AD1674 application AD1674 AD1674A AD1674B AD1674J AD1674JN AD1674K AD1674T AD1674 equivalent
Contextual Info: FUNCTIONAL BLOCK DIAGRAM 12/8 CS A CE CONTROL R/C 10V REF REF OUT CLOCK SAR 12 AGND COMP 20k REF IN 5k BIP OFF 20V IN 10VIN 12 12 10k 10k 5k IDAC 2.5k 2.5k 5k SHA AD1674 AD1674–SPECIFICATIONS TMIN to TMAX, VCC = +15 V ؎ 10% or +12 V ؎ 5%, VLOGIC = +5 V ؎ 10%, VEE = –15 V ؎ 10% or

AD1674 application

Abstract: AD1674 AND APPLICATION NOTES ad1674/883b AD1674 AD1674A AD1674J AD1674K AD1674T AD574A AD674A
Contextual Info: a FUNCTIONAL BLOCK DIAGRAM 12/8 CS A CE STS CONTROL R/C 10V REF REF OUT CLOCK SAR 12 AGND COMP 20k REF IN 5k IN 10VIN 12 10k BIP OFF 20V 10k 5k DAC IDAC 2.5k 2.5k 5k SHA REGISTERS / 3-STATE OUTPUT BUFFERS FEATURES Complete Monolithic 12-Bit 10 ␮s Sampling ADC

Contextual Info: 12-Bit 100 kSPS A/D Converter AD1674* a FU NCTIONAL B LOCK D IAGRAM 12/8 CS A CE STS CONTROL R/C 10V REF REF OUT CLOCK SAR 12 AGND COMP 20k REF IN 5k IN 10VIN 12 10k BIP OFF 20V 10k 5k DAC IDAC 2.5k 2.5k 5k SHA REGISTERS / 3-STATE OUTPUT BUFFERS FEATURES Complete M onolithic 12-Bit 10 ␮s Sampling ADC

L260B

Abstract: L118B LP38693QSDX-5 lp38691 L258B LP38693 ic L120B
Contextual Info: LP38691 LP38693 500mA Low Dropout CMOS Linear RegulatorsStable with Ceramic Output Capacitors General Description Features The LP38691/3 low dropout CMOS linear regulators provide tight output tolerance 2.0% typical , extremely low dropout voltage (250 mV @ 500mA load current, VOUT = 5V), and excellent AC performance utilizing ultra low ESR ceramic output

UA79G

Abstract: SYPM SE5554 ua723 transistor substitution chart regulator 78G cs 550-is MA79G S659 uA78G
Contextual Info: Voltage Regulators INTRODUCTION The wide use of integrated circuits in sys­ tems has frequently led to the power supply and regulator portions taking a dispropor­ tionate share of the volume of the system. The introduction of flexible, high perform­ ance regulator ICs such as the 550 has made

Contextual Info: Delivering Next Generation Technology Series Data Sheet FPDK12SR8008PSVK 5.6-14.0Vdc Input, 8A, 0.8-6.6Vdc Output The Series of non-isolated dc-dc converters provide high efficiency, cost effective, and complete Point-of-Load power solutions in very small and low

Contextual Info: ADS7800 SBAS001A – OCTOBER 1989 – REVISED FEBRUARY 2004 12-Bit 3µs Sampling ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● 333k SAMPLES PER SECOND ● STANDARD ±10V AND ±5V INPUT RANGES ● DC PERFORMANCE OVER TEMP: No Missing Codes 1/2LSB Integral Linearity Error

Contextual Info: LP38690-ADJ, LP38692-ADJ www.ti.com SNVS323H – DECEMBER 2004 – REVISED APRIL 2013 LP38690-ADJ LP38692-ADJ 1A Low Dropout CMOS Linear Regulators with Adjustable Output Stable with Ceramic Output Capacitors Check for Samples: LP38690-ADJ, LP38692-ADJ FEATURES

Contextual Info: ADS7800 SBAS001A – OCTOBER 1989 – REVISED FEBRUARY 2004 12-Bit 3µs Sampling ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● 333k SAMPLES PER SECOND ● STANDARD ±10V AND ±5V INPUT RANGES ● DC PERFORMANCE OVER TEMP: No Missing Codes 1/2LSB Integral Linearity Error

LTQD

Abstract: LTC1991 op amp marking P3 LT1991 LT1991ACDD LT1991CDD LT1991IDD LT1991AIDD#PBF
Contextual Info: LT1991 Precision, 100µA Gain Selectable Amplifier FEATURES DESCRIPTION n The LT 1991 combines a precision operational amplifier with eight precision resistors to form a one-chip solution for accurately amplifying voltages. Gains from –13 to 14 with a gain accuracy of 0.04% can be achieved using no

Contextual Info: SIGNAL PROCESSING TECHNOLOGIES HADC574Z FAST, COMPLETE 12-BIT |uP COMPATIBLE A/D CONVERTER WITH SAMPLE/HOLD PRELIMINARY INFORMATION FEATURES: APPLICATIONS: • IMPROVED PIN-TO-PIN COMPATIBLE MONOLITHIC VERSION OF THE HI574A AND AD574A • Complete 12-blt A/D Converter with

ir513

Abstract: IR9513 lm324 4mA to 20mA transmitter XTR110 XTR110AG XTR110BG XTR110KP XTR110KU ZVP1304A SBOS141C
Contextual Info: XTR110 SBOS141C – JANUARY 1984 – REVISED SEPTEMBER 2009 PRECISION VOLTAGE-TO-CURRENT CONVERTER/TRANSMITTER FEATURES APPLICATIONS ● 4mA TO 20mA TRANSMITTER ● SELECTABLE INPUT/OUTPUT RANGES: 0V to +5V, 0V to +10V Inputs 0mA to 20mA, 5mA to 25mA Outputs

2N3055 TO-220

Abstract: how to connect 2N3055 ir9513
Contextual Info: XTR110 SBOS141C – JANUARY 1984 – REVISED SEPTEMBER 2009 PRECISION VOLTAGE-TO-CURRENT CONVERTER/TRANSMITTER FEATURES APPLICATIONS ● 4mA TO 20mA TRANSMITTER ● SELECTABLE INPUT/OUTPUT RANGES: 0V to +5V, 0V to +10V Inputs 0mA to 20mA, 5mA to 25mA Outputs

ADC574

Abstract: ADC674 ADC774 ADS774 ADS774JE ADS774KE
Contextual Info: ADS 774 ADS ADS774 774 ADS 774 Microprocessor-Compatible Sampling CMOS ANALOG-to-DIGITAL CONVERTER FEATURES DESCRIPTION ● REPLACES ADC574, ADC674 AND ADC774 FOR NEW DESIGNS The ADS774 is a 12-bit successive approximation analog-to-digital converter using an innovative

ADC574A

Abstract: ADC574AJ ADC574AJP ADC574AKP ADC574ASH
Contextual Info: ADC574A FPO Microprocessor-Compatible ANALOG-TO-DIGITAL CONVERTER FEATURES for freedom from latch-up and for optimum AC performance. It is complete with a self-contained +10V reference, internal clock, digital interface for microprocessor control, and three-state outputs.

ADC574

Abstract: ADS574 ADS574JE ADS574KE
Contextual Info: ADS574 ADS 574 ADS 574 ADS 574 Microprocessor-Compatible Sampling CMOS ANALOG-TO-DIGITAL CONVERTER FEATURES DESCRIPTION ● REPLACES ADC574 FOR NEW DESIGNS ● COMPLETE SAMPLING A/D WITH REFERENCE, CLOCK AND MICROPROCESSOR INTERFACE ● FAST ACQUISITION AND CONVERSION:

hp2835

Abstract: AD712 LF412 input capacitance electrometer AD711 AD712J AD713 EIA-481A LF412 TL082
Contextual Info: a FEATURES Enhanced Replacement for LF412 and TL082 AC PERFORMANCE Settles to ؎0.01% in 1.0 ␮s 16 V/␮s Min Slew Rate AD712J 3 MHz Min Unity Gain Bandwidth (AD712J) DC PERFORMANCE 0.30 mV Max Offset Voltage: (AD712C) 5 ␮V/؇C Max Drift: (AD712C) 200 V/mV Min Open-Loop Gain (AD712K)

A69 SCR

Contextual Info: LTM8052/LTM8052A 36VIN, 5A, 2-Quadrant CVCC Step-Down µModule Regulator Description Features Complete Step-Down Switch Mode Power Supply n CVCC: Constant-Voltage Constant-Current n 2-Quadrant: Sources and Sinks Output Current n Adjustable Output Current n Wide Input Voltage Range: 6V to 36V

SP8505

Abstract: SP851 SP8503 SP8510 IT 8510
Contextual Info: SP8503, SP8505, SP8510 12-Bit Sampling A/D Converters • 3µs, 5µs or 10µs Sample/Conversion Time ■ Standard ±10V and ±5V Input ■ No Missing Codes Over Temperature ■ AC Performance Over Temperature 71.5dB Signal–to–Noise Ratio at Nyquist

54FK

Contextual Info: DEMO MANUAL DC1826A LTC2389 18-Bit/16-Bit, 2.5Msps Low Noise, SAR ADCs with Pin-Configurable Analog Input Range DESCRIPTION Demonstration circuit 1826A features the LTC 2389 low noise, high speed successive approximation register ADC which operates from a single 5V supply. The following

LR2010-01-R033

Abstract: LTC1436 F01A LTC1436-PLL LTC1437 T495X226M035AS
Contextual Info: advertisement LTC1436-PLL Low Noise Switching Regulator Helps Control EMI Design Note 141 John Seago Electromagnetic interference EMI is a potential problem for the circuit designer. Switching regulators can cause EMI in many products. Linear Technology has developed

an8411

Abstract: flyback transformer for Lt1308 an8499 12v battery charger lm317 automatic notebook Universal LCD inverter 12v-20v 6v battery charger lm317 automatic sot-23 fet smd code 12w LTC1373 universal laptop schematic power supply 19v circuit diagram schematic diagram 48V solar charge controller
Contextual Info: Application Note 84 April 2000 Linear Technology Magazine Circuit Collection, Volume IV Power Products Richard Markell, Editor INTRODUCTION Application Note 84 is the fourth in a series that excerpts useful circuits from Linear Technology magazine to preserve them for posterity. This application note highlights