UNCERTAINTY Search Results

LT 7520

Abstract: D 7520 C
Contextual Info: Am55/7520 Am55/7521 Dual Sense Amplifiers Distinctive Characteristics ±7mV threshold on Am55/7521 Narrow region of threshold voltage uncertainty 100% reliability assurance testing in compliance with Ml L-STD 883 Standard logic supply voltages High speed and fast recovery

Contextual Info: USB Power Sensor PWR-6G+ Typical Performance Curves UNCERTAINTY OF POWER MEASUREMENT @ 25˚C VSWR 0.5 1.40 -30 dBm @ 0°C 1.35 0.4 0 dBm @ +25°C 1.30 0.3 +10 dBm 0.2 +20 dBm @ +50°C Uncertainty dB 1.20 1.15 1.10 0.1 0.0 -0.1 1.05 -0.2 1.00 -0.3 0.95 -0.4

Contextual Info: APPLICATION NOTE AN-00140 The FCC Road: Part 15 From Concept To Approval WIRELESS MADE SIMPLE INTRODUCTION Many manufacturers have avoided the incorporation of RF into their products because of uncertainty over the approval and certification process. With the advent of simple and inexpensive

200B

Abstract: AN588 NC38 PIC16C5X PIC17CXXX RG41 disc Piezoelectric crystal
Contextual Info: AN588 PICmicro Microcontroller Oscillator Design Guide Design Challenges Author: Kim Peck Consultant Designing a clock oscillator without some knowledge of the fundamental principals of acoustic resonators is possible but fraught with the uncertainty of "cut and try"

MOD-1005

Abstract: 249-S
Contextual Info: A N A LO G D E V IC E S 10-Bit Video Analog to Digital Converter FEATURES 10 Bits @ 5 M H z Word Rate One-27 Sq. In. PC Board Built-In Track-and-Hold — 25ps Aperture Uncertainty 20MH:i: Analog Input Bandwidth T T L Compatible Low 10-Watt Power Dissipation

Contextual Info: T- Calibration- Adaptors Test Devices T- Calibration- Adaptors T- Kalibrier- Adapter T- Calibration- Adaptors 7- 16 Open - Short - Load xOrdering Number Version Remarks Return Loss x60 S 34R- MSO N3 T- Adaptor 7- 16 male- male- male Resulting phase uncertainty:

ADC1130

Abstract: ADC1131 HI508A HTS-0010 SHA1144 analog devices "902-2"
Contextual Info: Very High Speed ADSHM-5 2nd Source-Replaces All SHM-5 Series Fast 350ns Acquisition Time to ±0.01% Aperture Uncertainty 250ps ADSHM-5K Ultra Fast 250ns Acquisition Time to ±0.01% 100ns Acquisition Time to ±0.1% Wide 12MHz Bandwidth 300V|is Slew Rate Super Low 2nA Input Bias Current

C24Hour

Contextual Info: Agilent 8490G Coaxial Attenuators Technical Overview Key specifications • Maximize your operating frequency range for DC to 67 GHz application • Minimize your measurement uncertainty with low SWR of 1.45 up to 67 GHz • Improve your measurement confidence with excellent

DSA800

Abstract: ATT03301H
Contextual Info: DSA800 Series Spectrum Analyzer ● All-Digital IF Technology ● Frequency Range from 9 kHz up to 7.5 GHz ● Min. -161 dBm Displayed Average Noise Level Typ. ● Min. < -98 dBc/Hz @ 10 kHz Offset Phase Noise ● Level Measurement Uncertainty < 0.8 dB ●

106V

Abstract: shm capacitor of700
Contextual Info: SHM-6 0.02%, 2.0 Microseconds Microelectronic Sample-hold FEATURES • • • • • • 0.02% Accuracy 2.0 Microseconds acquisition time 2 Nanoseconds aperture uncertainty 5 MHz Bandwidth, small signal 25 mA Output current Gain-programmable from ±1 to ±10

SHM-HUMC

Abstract: LH0033 LH0033C 18tO
Contextual Info: Q M tTEL SHM-HU Ultra-Fast, 0.1% Micro-Electronic Sample-hold FEA TURES • • • • • 25 Nanoseconds acquisition time 50 MHz Bandwidth 10 Picoseconds aperture uncertainty Up to 8-bit accuracy ±2.5V Input range G E N E R A L D ESCR IPTIO N DATEL’s SHM-HU is an ultra high-speed sample-hold capa­

SHM-4860

Abstract: SHM-4860MC SHM-4860MM
Contextual Info: SHM-4860 5 Industry-Standard, High-Speed ±0.01% Sample-Hold Amplifiers D A T E FEATURES • • • • • • 200ns Maximum acquisition time ±0.01% Accuracy 100ns Maximum sample-hold settling time 74dB Feedthrough attenuation ±50ps Aperture uncertainty

adc-eh12b3

Abstract: analog signal delay adceh12b3 74S132 SHM-UH3 adc eh12b3 shm b Capacitor 00GDT33 SHM-UH T1365
Contextual Info: DATEL I N C , 07E D • SbSlStl 00GDT33 Ô ■ S H M -5 U ltra-Fast, 0 .0 1 % Sam p le -H o ld T'13-65 FEATURES • 200 Nanoseconds acquisition to 0.1% • 350 Nanoseconds acquisition to 0 .01% • 5 MHz Bandwidth • 0.005% Linearity • 250 Picoseconds aperture uncertainty

system on a chip

Contextual Info: Fuzzy Logic Bibliography Books Kaufmann, Arnold and Gupta, Madan M., Introduction to Fuzzy Arithmetic: Theory and Applications. New York: Van Nostrand Reinhold Company Ltd., 1985. 350 pp. Klir, George J. and Folger, Tina A., Fuzzv Sets. Uncertainty, and Information. Englewood Cliffs,

Contextual Info: Technical Article MS-2677 . JESD204B Subclasses Part 2 : Subclass 1 vs. Subclass 2 System Considerations synchronous clocking. This will be demonstrated when we take a closer look at specific subclass 1 and subclass 2 timing examples. 2.2 Deterministic latency uncertainty (DLU) is the LMFC skew

SHM-7

Contextual Info: SHM -7 Video Speed Sample-hold FEA TUR ES • • • • • 40 Nanoseconds acquisition time Dual outputs 10 Picoseconds aperture uncertainty 40 MHz Bandwidth 30 mA Output current G EN E R A L D ESCR IPTIO N DATEL’s SHM-7 is an ultra-fast sample and hold designed

Z200V

Abstract: SHM CERAMIC CAPACITOR
Contextual Info: CaMTEL SHM-HU Ultra-Fast, 0.1% Micro-Electronic Sam ple-hold FEATURES • • • • • 25 Nanoseconds acquisition time 50 MHz Bandwidth 10 Picoseconds aperture uncertainty Up to 8-bit accuracy ±2.5V Input range G E N E R A L D E S C R IP T IO N D A T E L ’s S H M -H U is an ultra high-speed sample-hold capa­

Contextual Info: OMHEL SHM-7 Video Speed Sample-hold FEATURES • • • • • 40 Nanoseconds acquisition time Dual outputs 10 Picoseconds aperture uncertainty 40 MHz Bandwidth 30 mA Output current GENERAL DESCRIPTION DATEL’s SHM-7 is an ultra-fast sample and hold designed

Contextual Info: SHM-4860 CM ÏE L High-Speed, 0.01% Hybrid Sample-Hold FEATURES 200 Nanoseconds maximum acquisition time 0.01% Accuracy 100 Nanoseconds maximum sample-hold settling time 74 dB Feedthrough attenuation ±50 Picoseconds aperture uncertainty NI*06 GENERAL DESCRIPTION

2524-Pin

Contextual Info: □M nE L SH M -40 Video Speed Sample-Hold FEA TU R ES • • • • • 40 nSec Acquisition time Dual outputs 10 pSec Aperture uncertainty 40 MHz bandwidth 30 mA Output current G EN E R A L D ESCR IPTIO N DATEL's SHM-40 is an ultra-fast sample and hold designed

intech

Abstract: INTECH A- Amplifier intech a-300 INTECH Amplifier intech power supply A-300 intech power supply Intech Advanced Analog amplifier
Contextual Info: 4825072 INTECH IN C , M IC R O C IR C U ITS INTECH I N C / ADVANCED ADVANCED A S D | The Intech ASH-240 is an ultra high-speed Sample and Hold Amplifier offering an acquisition time of 5 /usee, Aperture uncertainty time of less than 1 nsec. Nonllnearitv Settling Time 10 V Step to .01%

C60N

Abstract: c60n ul MG24445 MG24436 C60N c mg2444 MG-17 supplementary protectors MG24438 mg17446
Contextual Info: 1293-2012.qxp:QuarkCatalogTempNew 8/31/12 10:24 AM Page 1293 14 Miniature Circuit Breakers and Supplementary Protectors TEST & MEASUREMENT Miniature Circuit Breakers — Multi 9 C60N UL 489 Listed First wide range of UL 489 listed miniature circuit breakers in the popular DIN format. They reduce concerns and uncertainty of using a UL 1077 device where a

S234

Abstract: "amplifier with complementary" 75S24 55S20DM 75S20DC fairchild dtl core memory sense amplifiers
Contextual Info: 55/75S20 • 55/75S24 • 55/75S234 DUAL SCHOTTKY CORE MEMORY SENSE AMPLIFIERS F A IR C H IL D LIN EAR IN T E G R A T E D C IR C U IT S GENERAL DESCRIPTION — The 55/75S20 series of Schottky sense amplifiers are designed for use with high-speed core memory systems, where a guaranteed narrow threshold uncertainty of ± 2 .5 mV is guaran­

lambda alpha

Abstract: ca400 dc Electronic Load module overcurrent inverter protection CSA22 IEC1000 LAMBDA alpha 400 240 12V dc power supply
Contextual Info: Alpha Series Ltnv C05+É modular power solution Power Factor & Harmonic Correction When relying on customized power supplies, many Input Transient Protection NRE costs, long time to market and design Wide Range Output Modules uncertainty. Lambda’s Alpha Series addresses these