公开(公告)号：KR1020020028659A

公开(公告)日：2002-04-17

申请号：KR1020000059773

申请日：2000-10-11

Applicant: 한국표준과학연구원

Inventor： 이호성 ,  박영호 ,  양성훈

IPC: H03L1/04

Abstract: PURPOSE: A microwave generator generating a stable microwave output power using temperature control and a method for stabilizing the microwave output power are provided, which controls the microwave output power accurately and generates a stable microwave output power by controlling its self temperature. CONSTITUTION: A microwave generation part(11) generates a microwave, and a microwave output power detection part(13) detects a microwave output power(P1) from the microwave generation part. A temperature detection part(15) detects a temperature of the microwave generation part, and a temperature display part(14) displays the temperature of the microwave generation part detected by the temperature detection part. A temperature control part(17) generates a control signal to control the temperature of the microwave generation part by receiving an output power detection signal from the microwave output power detection part. A heat generation part(16) cools or heats the microwave generation part according to the temperature control signal from the temperature control part. And a reflection plate(12) transmits a part of the microwave output power(P3) from the microwave generation part so that it is detected by the microwave output power detection part, and reflects another part.

Abstract translation: 目的：提供使用温度控制产生稳定的微波输出功率的微波发生器和稳定微波输出功率的方法，其通过控制其自身温度来精确地控制微波输出功率并产生稳定的微波输出功率。 构成：微波产生部（11）产生微波，微波输出功率检测部（13）从微波产生部检测微波输出功率（P1）。 温度检测部（15）检测微波产生部的温度，温度显示部（14）显示由温度检测部检测出的微波产生部的温度。 温度控制部（17）通过从微波输出功率检测部接收输出功率检测信号，生成控制信号，控制微波产生部的温度。 发热部（16）根据来自温度控制部的温度控制信号冷却或加热微波产生部。 并且反射板（12）从微波产生部发送微波输出功率（P3）的一部分，使其由微波输出功率检测部检测，并反射另一部分。

公开(公告)号：KR100814094B1

公开(公告)日：2008-03-14

申请号：KR1020060133462

申请日：2006-12-26

Applicant: 한국표준과학연구원

Inventor： 문한섭 ,  박상언 ,  박영호

IPC: G01S7/02

Abstract: A frequency standard obtaining method within an atomic clock based on CPT(Coherent Population Trapping) by using an injection-locked laser is provided to design a CPT resonance-based frequency standard including CPT signals with improved contrast by removing a carrier and sidebands that are not contributed to CPT. Two coherent lasers are formed by an injection lock structure. In the injection lock structure, an ECDL(External Cavity Diode Laser) operated in a single mode is used as a main laser(L1) and a Fabry-Perot laser diode operated in a single mode is used as a sub laser(L2). The coherent lasers irradiated from the main and sub lasers and operated in a single mode, respectively progress in the same direction while passing through rubidium vapor cells(4,5). Therefore, the CPT spectrum is stabilized within an atomic clock by using the rubidium vapor cell, in order to provide the CPT-based frequency standard.

Abstract translation: 提供了通过使用注入锁定激光器的基于CPT（相干群体陷阱）的原子钟内的频率标准获取方法，以设计基于CPT谐振的频率标准，其包括具有改善的对比度的CPT信号，通过去除不是的载波和边带 贡献了CPT。 两个相干激光器由注射锁结构形成。 在注射锁定结构中，以单模操作的ECDL（外腔二极管激光器）被用作主激光器（L1），以单模操作的法布里 - 珀罗激光二极管用作子激光器（L2）。 从主激光器和副激光器照射的相干激光器以单一模式操作，分别沿着相同的方向进行，同时通过铷蒸气细胞（4,5）。 因此，为了提供基于CPT的频率标准，CPT谱通过使用铷蒸汽池在原子钟内稳定。