15VDD Search Results

AD422

Abstract: AD420 AD421 4-to-20mA 5v regulator
Contextual Info: PROCESS CONTROL: 0 to 24 mA Power Supply Is Output Output Requirements in Voltage Current # # +Vs + Is sdown BITS D/A's + Volts + mA uA +5Vdd +15Vdd mA MODEL AD420 Output Ranges 4 to 20 mA, or 0 to 20 mA, or 0 to 25 mA. AD420 (LOCALLY POWERED) AD420-32 16 +24/32V

PM7628

Abstract: AD7524 AD7533 AD7534 AD7845 AD7943 AD7945 AD7948 DAC8043 DAC8043A
Contextual Info: D/A Converters: 4 QUADRANT MULTIPLYING MODEL Power Supply Output Output Requirements Voltage Current # # +Vs + Is BITS D/A's + Volts + mA +5Vdd +15Vdd mA Settling Time usec to 1/2 lsb +5V +15V SINGLES SINGLES AD7524 8 1 +5V 1 ±Vref AD7524 8 1 AD7524 8 1 AD7524

AD5310

Abstract: AD5300 AD5301 AD5302 AD5311 AD5312 AD5313 AD5320 AD5321 AD5322
Contextual Info: D/A Converters: True Single Supply: w/Power on Reset D/A's w/Power on Reset MODEL Power Supply Is Output Output Requirements in Voltage Current # # +Vs + Is sdown BITS D/A's + Volts + mA uA +5Vdd +15Vdd mA Settling Time Accuracy usec or Linearity to 1/2 LSB

Contextual Info: D/A Converters: True Single Supply: MODEL Power Supply Is Requirements in # # +Vs + Is sdown BITS D/A’s + Volts + mA uA Output Voltage +5Vdd +15Vdd mA AD557 AD558 AD558 AD7224 AD7801 AD7391 AD7393 AD7243 AD7243 AD7390 AD7392 AD8300 DAC8512 DAC8512 DAC8562

AD420

Abstract: ad421
Contextual Info: D/A Converters: PROCESS CONTROL: 0 to 24 mA MODEL Power Supply Is Output Output Requirements in Voltage Current # # +Vs + Is sdown BITS D/A's + Volts + mA uA +5Vdd +15Vdd mA AD420 Output Ranges 4 to 20 mA, or 0 to 20 mA, or 0 to 25 mA. AD420 (LOCALLY POWERED)

AD7524 datasheet

Abstract: rfb application AD7528 AD7524 AD7534 AD7535 AD7536 AD7538 AD7943 AD7945
Contextual Info: LOW POWER Single Supply D/A's, but in normal applications they require negative reference and dual rail output OP-AMP. MODEL Power Supply Output Output Requirements Voltage Current # # +Vs + Is BITS D/A's + Volts + mA +5Vdd+15Vdd mA SINGLES Normalized for 10V Span

15VDD

Abstract: AD420
Contextual Info: D/A Converters: PROCESS CONTROL: 0 to 24 mA MODEL Power Supply Is Output Output Requirements in Voltage Current # # +Vs + Is sdown BITS D/A’s + Volts + mA uA +5Vdd +15Vdd mA AD420 Output Ranges 4 to 20 mA, or 0 to 20 mA, or 0 to 25 mA. AD420 (LOCALLY POWERED)

AD5300

Abstract: AD5310 AD557 AD558 AD7224 AD7302 AD7303 AD7391 AD7393 AD7801
Contextual Info: True Single Supply: True Single Supply D/A's, Usually with on-board output amplifier. Power Supply Is Output Output Requirements in Voltage Current # # +Vs + Is sdown BITS D/A's + Volts + mA uA +5Vdd +15Vdd mA MODEL R Settling Time Accuracy Differential usec

AD7524

Abstract: AD7533 AD7534 AD7845 AD7943 AD7945 AD7948 DAC8043 DAC8043A DAC8143
Contextual Info: 4 QUADRANT MULTIPLYING MODEL Power Supply Output Output Requirements Voltage Current # # +Vs + Is BITS D/A's + Volts + mA +5Vdd +15Vdd mA Settling Time usec to 1/2 lsb +5V +15V SINGLES SINGLES AD7524 8 1 +5V 1 ±Vref AD7524 8 1 AD7524 8 1 AD7524 8 1 +15V ±Vref

hart modem

Abstract: ad422 AD420 AD421 hart 5v to 4 20ma 4-to-20mA
Contextual Info: PROCESS CONTROL: 0 to 24 mA MODEL AD420 Power Supply Is Output Output Requirements in Voltage Current # # +Vs + Is sdown BITS D/A's + Volts + mA uA +5Vdd +15Vdd mA Settling Time Accuracy Differential msec or Linearity Linearity to 1/2 LSB Lsb's Lsb's +5V +15V +25C Tmax +25C Tmax

AD557

Abstract: AD558 AD7224 AD7243 AD7390 AD7391 AD7392 AD7393 AD8300 DAC8512
Contextual Info: True Single Supply: True Single Supply D/A's, Usually with on-board output amplifier. MODEL Power Supply Is Output Output Requirements in Voltage Current # # +Vs + Is sdown BITS D/A's + Volts + mA uA +5Vdd +15Vdd mA R Settling Time Accuracy Differential usec

Contextual Info: D/A Converters: 4 QUADRANT MULTIPLYING MODEL Power Supply Requirements # # +Vdd BITS D/A’s + Volts Output Voltage + Idd + mA Output Current +5Vdd +15Vdd mA AD7524 AD7524 AD7524 AD7524 AD7524 AD7524 AD7533 AD7533 AD7533 8 8 8 8 8 8 10 10 10 1 1 1 1 1 1 1

AD558

Abstract: AD557 AD7224 AD7243 AD7390 AD7391 AD7392 AD7393 AD7801 AD8300
Contextual Info: D/A Converters: True Single Supply: Power Supply Is Output Output Requirements in Voltage Current # # +Vs + Is sdown BITS D/A's + Volts + mA uA +5Vdd +15Vdd mA MODEL Settling Time Accuracy usec or Linearity to 1/2 LSB Lsb's +5V +15V +25C Tmax Differential

tl494 application notes motor control

Abstract: tc1426 capacitor wima mks 4 0.1uF tc1426cpa tc1427 TC1427CPA TC4428 DS0026 TC1426COA TC1427COA
Contextual Info: M TC1426/TC1427/TC1428 1.2A Dual High-Speed MOSFET Drivers Package Type Features • Low Cost • Latch-Up Protected: Will Withstand 500mA Reverse Output Current • ESD Protected ±2kV • High Peak Output Current: 1.2A • Wide Operating Range - 4.5V to 16V

651102

Abstract: av can 100 1p0 ir1f PEPI sc-fr LC6500 LC651104N tv service mode IQ TFT 9.2" k999A cr-e5
Contextual Info: number : EN 4958 Ordering CMOS LSI LC 651104N /F /L , II N o .4958 SA%YO 651102N /F /L Single-Chip 4-Bit Microcomputer For Small-Scale Control-Oriented Applications I / / / ,'V V-' ./ / :íí.*• "x N

GRM36

Abstract: GRM39 HK1608 NJG1309VB2 MURATA DD1 3DD23
Contextual Info: NJG1309VB2 TRANSMITTING POWER AMPLIFIER GaAs MMIC nGENERAL DESCRIPTION NJG1309VB2 is a positive voltage supply type GaAs power amplifier MMIC designed for Digital Cordless Phone. Gate bias and Gain control bias terminals are supplied by positive voltage. These terminals have high-impedance characteristics.

BL3207

Abstract: bl3102
Contextual Info: BL3207 上海贝岭股份有限公司 上海市宜山路 810号 邮编:200233 Tel:86-21-64850700 Fax:86-21-64854424 1024 段低电压低噪声 BBD 概述 BL3207 是 1024 段低电压工作的低噪声 BBD，适于音频范围 管脚图 使用。调整时钟频率可以改变延迟时间。工作电压为+5V

apa260

Abstract: marking code AES AUX-0025
Contextual Info: APA2600 2.8W Stereo Class-D Audio Power Amplifier Features • • • • • • • • • • General Description Operating Voltage: 2.4V~5.5V The APA2600 is a stereo, high efficiency, filter-free ClassD audio amplifier available in a TQFN3x3-16 pins package.

Contextual Info: MN3207 MOS 1C, LS I M N3207 10 2 4 T i - □ □ - / -r x b b d 1024-Stage Low Voltage Operation, Low Noise BBD for Analog Signal Delays H 1St S /D e sc rip tio n MN3207 U . Unit • mm 1024 S r t t J n > / f 4 l- i n - / -f 3 .3 ± 0 . 1 51.2 ms A'f# h f t i t .

microchip pic

Abstract: 200B DK-2750 PIC16C58A PIC16C58B
Contextual Info: PIC16C58A→ PIC16C58B Migration DEVICE MIGRATIONS This document is intended to describe the functional differences and the electrical specification differences that are present when migrating from one device to the next. Note: This device has been designed to perform to the parameters of its data sheet. It has been tested to an electrical specification designed to determine its conformance with these parameters. Due to process differences in the manufacture of this device, this device may have different performance characteristics than its

NTE1641

Abstract: low power bbd
Contextual Info: NTE1639 Integrated Circuit CMOS Clock Generator/Driver for BBDs Description: The NTE1639 is a CMOS LSI Clock Generator ina 8–Lead DIP type package capable of generating two phase clock signals of low output impedance for use as a BBD driver. The built–in VGG power

Contextual Info: Si5040 1 0 G b ps X F P T R A N S C E I V E R W I T H N A R R O W B A N D J I T T E R A T T E N UA T O R Features Complete, high-performance, low-power, 10 Gbps XFP transceiver featuring independent CDRs, DSPLL -based jitter-attenuating CMUs, and data retimers in both

SA1381

Abstract: SS823 RDATA13 3RA61 AC21T n25h VSS1490 bwd9 HAD44 HAD48
Contextual Info: A B C D REVISIONS ZONE LTR CN8237/CX29704 PCB:BT01-D255-011 A DESCRIPTION INITIAL APPROVED DATE RELEASE 1 1 DL1 DELAYLINE 2.5NS 1 2 U7 3 CN8237 SEGMENTATION SCLK0 R124 18 DL2 B3SCLK0 A3SCLK1 R116 18 DELAYLINE 2.5NS POWER VDD PINS E7, E8, E11, E12, E15, E16

Contextual Info: LM2623 www.ti.com SNVS188G – MAY 2004 – REVISED DECEMBER 2005 LM2623 General Purpose, Gated Oscillator Based, DC/DC Boost Converter Check for Samples: LM2623 FEATURES DESCRIPTION • • • The LM2623 is a high efficiency, general purpose, step-up DC-DC switching regulator for batterypowered and low input voltage systems. It accepts an