浏览次数：1034
| 选件 | 是否计量 | 发货周期 | 保修时间 | 成色 |
|---|---|---|---|---|
| 否 | 4-8周 | 12月 | 全新 | |
| 所在地 | 机身号 | 状态 | 资料下载 | |
| 深圳市 | 完好 |
Product Overview
The 6433 series of light wave component analyzers include 6433D (10MHz～20GHz), 6433F (10MHz～43.5GHz), 6433H (10MHz～50GHz), 6433L (10MHz～67GHz). The 6433 series is the latest solution for characteristic testing of high-speed electro-optical (E/O) devices, optical-electric (O/E) devices, and optical-optical (O/O) devices. The modulation frequency range covers 10MHz~67GHz and supports With different frequency ranges, frequency intervals, and intermediate frequency bandwidth settings, the minimum frequency resolution can reach 1 Hz. The 6433 series adopts an integrated design scheme. Through broadband hardware optimization design, the network error model is constructed, and the core calibration algorithm is used to realize a one-click broadband fast frequency sweep test. It is mainly used for core electro-optical devices in modern high-speed optical transmission systems. (Electro-optical modulator, directly modulated laser, optical transmitting component), electro-optical device (PIN photodetector, APD photodetector, optical receiving component), optical-optical device (optical passive components such as fiber filter) , Amplitude-frequency response, phase-frequency response, group delay and other parameter tests.
main feature
Convenient and quick calibration, guided operation process
Integrated multi-function operation interface
Large dynamic measurement range, low measurement track noise
User data is automatically removed, providing extended use for on-chip testing
Single-ended-balanced photoelectric device mode measurement
Multifunctional toolbox
Internal and external light source wavelength setting, wider communication wavelength test range
Convenient and quick calibration, guided operation process
The 6433 series of light wave component analyzers have a clear operation process in calibration, which mainly includes electrical calibration and optical path parameter calibration, and provides users with fast and high-precision calibration through the use of wizard-style operation prompts.
Integrated multi-function operation interface
The 6433 series of light wave component analyzers have four measurement modes: electricity-electricity, electricity-light, light-electricity, and light-light. The function modes can be switched at will, which meets the S parameters, impedance, and impedance of most common devices at present. Parameter measurement requirements such as time domain.
Large dynamic measurement range, low measurement track noise
Using high-precision and flat-response internal core components, combined with setting different IF bandwidths and averages, a larger dynamic measurement range and smaller trace noise can be obtained, and more details of the measurement results can be obtained.
User data is automatically removed, providing extended use for on-chip testing
The measurement accuracy is improved by user-defined data or fixture de-embedding data, especially when the probe error required for chip testing is removed, making the measurement more flexible and meeting the user's measurement needs in different occasions.
Single-ended-balanced photoelectric device mode measurement
The instrument can choose different configurations to meet the test requirements of single-ended-single-ended and single-ended-balanced optical transmitting or optical receiving devices or components for differential gain and common mode rejection parameters, which is more suitable for existing and future high-speed optical fiber communications Multi-port parameter measurement occasions in the field.
Multifunctional toolbox
Built-in large dynamic range optical power meter, which can monitor the input optical power value in real time. Through advanced settings, the optical transmitter module can be set to the polarization-maintaining laser source output mode (CW) mode, the extinction ratio is greater than 20dB, and it is provided for the MZ-type LiNiO3 modulator The required polarization maintaining light source.
Internal and external light source wavelength setting, wider communication wavelength test range
The test is not limited to 1310nm/1550nm, supports external light source input from 1260nm to 1630nm, covers a wider communication wavelength, and meets the measurement requirements of the core components of CWDM and DWDM systems.
Large dynamic measurement range, low measurement track noise
Using high-precision and flat-response internal core components, combined with setting different IF bandwidths and averages, a larger dynamic measurement range and smaller trace noise can be obtained, and more details of the measurement results can be obtained.
Copyright © 2007 All Rights Reserved. 深圳市晧辰电子科技有限公司 版权所有 [粤ICP备14101712号-1] [法律顾问]
公司地址：广东省深圳市南山区西丽街道官龙村华纵科技楼5楼 邮编：518055
在线QQ服务：
服务热线：0755－86016691 电话：13715327187 传真：0755-86641139-816
E-mail：info@wl95.com
