埃格伯特-冯-勒贝尔与火花隙发射机的发明

IF 0.6 Q4 ENGINEERING, ELECTRICAL & ELECTRONIC Advances in Radio Science Pub Date : 2023-12-01 DOI:10.5194/ars-21-65-2023
Wolfgang Mathis
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引用次数: 0

摘要

摘要。1923年10月29日,无线电广播或“Rundfunk”在柏林的Voxhaus正式开放,因此新的通信媒介现在在德国也可以使用,但比美国和英国等其他国家晚。然而,作为这种媒介的技术基础的无线电话的第一次实验早在十多年前就进行了(Pungs, 1922;马修斯,2019;Titze and Mathis, 2020;马西斯和蒂策,2021)。这项技术的先驱之一是德国人埃格伯特·冯·莱佩尔,他在1907年提出了一种新的无线发射机概念,这种概念也适用于无线电话。这个概念后来被称为淬灭火花隙发射机(“Löschfunkensender”)或“唱歌火花”发射机,其中一个特定的变体是由Gesellschaft f r Drahtlose Telegraphie (GDT:“无线电报协会”),System Telefunken开发的。本文利用国家和国际档案中新的历史资料来讨论这种类型的发射机的历史。事实证明,与几乎所有关于早期无线技术历史的出版物所知的相反,德国帝国专利局在1911年1月决定授予Lepel的专利为淬灭火花隙发射机的最基本专利。随着这一重要历史来源的披露,必须重新评估熄灭火花隙变送器发明的起源问题。
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Egbert von Lepel and the Invention of the Spark-Gap Transmitter
Abstract. On 29 October 1923, radio broadcasting or “Rundfunk” was officially opened in the Voxhaus in Berlin and thus the new communication medium was now also available in Germany, but later than in other countries such as the US and the UK. However, first experiments with wireless telephony, which is the technical basis of this medium, were carried out more than ten years earlier (Pungs, 1922; Mathis, 2019; Titze and Mathis, 2020; Mathis and Titze, 2021). One of the pioneers of this technology was the German Egbert von Lepel, who developed in 1907 a new concept of wireless transmitters that was also suitable for use in wireless telephony. The concept later became known as the quenched spark-gap transmitter (“Löschfunkensender”) or ”Singing Spark” transmitter where a specific variant was developed by the Gesellschaft für Drahtlose Telegraphie (GDT: “Wireless Telegraph Society”), System Telefunken. This article discusses the history of this type of transmitter using new historical sources from national and international archives. It turns out that contrary to what is known on this subject from almost all publications on the history of early wireless technology, the German Imperial Patent Office decided in January 1911 that Lepel's patent was granted as the most fundamental for quenched spark-gap transmitters. With the disclosure of this important historical source, the question of the origin of the invention of the quenched spark-gap transmitter must be reassessed.
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来源期刊
Advances in Radio Science
Advances in Radio Science ENGINEERING, ELECTRICAL & ELECTRONIC-
CiteScore
0.90
自引率
0.00%
发文量
3
审稿时长
45 weeks
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