Microwave Diodes (Varactor Diode, p-i-n Diode, IMPATT Diode, TRAPATT Diode, BARITT Diode, etc.)
Kiran Gupta, Nishu Gupta · Engineering materials · 2015
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Diode,Rectifier,Silicon Diode,Schottky Diode,Small Signal,Switch Diode,Special Function
Diode Microwave Pin, Diode Microwave Schottky Barrier, Diode Rectifier Fast Recovery Silicon et al. · 2013
Diode,Suppressor,Voltage,Bipolar Diode,Switching,Germanium Diode,Switching,Silicon Diode,Switching,Silicon,Low Leakage Diode,Volt-Var-Capacitor,Silicon Diode,Zener Diode,Zener,Voltage Reference Diode,Zener,Voltage Reference,Silicon Diode,Zener,Voltage Regulator Diode,Zener,Voltage Regulator,Silicon Hybrid,Optocoupler,4-Channel IC,Unknown,Amplifier,4-Channel,Bipolar IC,Unknown,Amplifier,Chopper,Digitizer,Bipolar IC,Unknown,Amplifier,Current,Bipolar IC,Unknown,Amplifier,Current,Feedback,Bipolar
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diode
Polydimethylsiloxane Based Microfluidic, M L Adams, M L Johnston et al. · 2005
Polydimethylsiloxane based microfluidic diode This article has been downloaded from IOPscience. Please scroll down to see the full text article.
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Diode
Massoud Momeni · 2021
Cited by 1
Diode
2004
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diode
J. L. Pan · 2016
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Diode
McAllister, Willy · BiblioBoard Library Catalog (Open Research Library) · 2016
This video spends time introducing the diode as a circuit element. A diode conducts current in one direction but not the other.
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Diode
Van Nostrand's Scientific Encyclopedia · 2005
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Diode
Springer-Lehrbuch · 2008
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Diode
Springer-Lehrbuch · 2006
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diode
Axel Scherer, See Profile, M L Adams et al. · 2005
All in-text\treferences\tunderlined\tin\tblue\tare\tlinked\tto\tpublications\ton\tResearchGate, letting you\taccess\tand\tread\tthem\timmediately. Available from:\t Matthew\tL.\tJohnston
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diode
R P Kovacichz, A N Luiten · 2013
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Diode
T. Arndt · 2017
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Diode
Holger Göbel · Springer-Lehrbuch · 2014
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Diode
Holger Göbel, Henning Siemund · Springer-Lehrbuch · 2011
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Diode
Walz, Adolf, Institut für Film und Bild in Wissenschaft und Unterricht (Grünwald, München) · 1971
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Diode
MARK MCMORRIS · University of Alabama Press eBooks · 2015
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DIODE
2014
设计，而且可以保障性能。 基准电压源对模拟系统的性能和精度产生着重大影响。5V基准电压源上的±5 mV容差相当 于±0.1%的绝对精度，其精度仅为10位。对于12位系统，选择容差为±1 mV的基准电压源，其 性价比可能远远超过手动校准，而进行绝对16位测量的系统中必须要求高初始精度和校 准。请注意，许多系统进行的是相对测量而非绝对测量，这种情况下，基准电压源的绝对
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Diode
Springer-Lehrbuch · 2006
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Diode
2008
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