制药网
详细介绍
| 型号 | 模拟带宽 | 采样率 | 记录长度 | 模拟通道 | 数字通道数 | 频谱分析仪 | 函数发生器输出 |
|---|---|---|---|---|---|---|---|
| MDO4024C | 200 MHz | 2.5 GS/s | 20 M 点 | 4 | 16（选配） | 6 GHz | 1 条（可选） |
| MDO4034C | 350 MHz | 2.5 GS/s | 20 M 点 | 4 | 16（选配） | 6 GHz | 1 条（可选） |
| MDO4054C | 500 MHz | 2.5 GS/s | 20 M 点 | 4 | 16（选配） | 6 GHz | 1 条（可选） |
| MDO4104C | 1 GHz | 2.5 - 5 GS/s | 20 M 点 | 4 | 16（选配） | 6 GHz | 1 条（可选） |
主要性能指标
1.示波器
4条模拟通道
1GHz、500MHz、350MHz和200MHz带宽型号
带宽可升级（达 1GHz）
达 5GS/s 采样率
所有通道上20M记录长度
> 340,000wfm/s 的波形捕获速率
标配无源电压探头，3.9pF 电容负载，1GHz 或 500MHz模拟带宽
2.频谱分析仪（选配）
频率范围9kHz-3GHz或9KHz-6GHz
超宽捕获带宽 ≥1GHz
频谱分析仪的时间同步捕获功能，支持模拟采集和数字采集
频率对时间、幅度对时间和相位对时间波形
3.任意函数发生器（选配）
13种预先定义的波形类型
50MHz波形生成功能
128k任意波形发生器记录长度
250MS/s 任意波形发生器采样率
4.逻辑分析仪（选配）
16条数字通道
所有通道上20M记录长度
60.6ps 定时分辨率
5.协议分析仪（选配）
支持 I2C、SPI、RS-232/422/485/UART、USB 2.0、以太网、CAN、CAN FD、LIN、FlexRay、MIL-STD-1553、ARINC-429 和音频标准等串行总线
6.数字电压表/频率计数器（产品注册后免费提供）
4位 AC RMS、DC 和 AC+DC RMS 电压测量
5位频率测量
典型应用
1.嵌入式设计
在混合信号嵌入式系统上执行系统级调试，迅速发现和解决问题，包括当前见的串行总线和无线技术。
2.功率设计
使用自动功率质量、开关损耗、谐波、纹波、调制和安全作业区测量，在经济的解决方案中提供泛的功率探头选择范围，进行可靠的、可重复的电压、电流和功率测量。
3.EMI调试
确定哪些时域信号可能导致不想要的EMI，迅速追踪嵌入式系统中的EMI来源。实时查看时域信号对系统EMI辐射的影响。
4.无线调试
在使用蓝牙、802.11 WiFi、ZigBee或某些其他无线技术时，MDO4000C可以查看整个系统，包括模拟信号、数字信号和RF信号，而且在时间上同步，了解其真实特点。在一次捕获中，捕获超宽频段，查看多种无线技术之间的交互，或查看现代标准（如802.11/ad）中的整个宽带频率范围。
5.教育
管理工作台上的多台仪器可能会非常麻烦。MDO4000C把六种仪器整合到一台仪器中，不需要管理多台仪器。集成频谱分析仪可以讲授高级无线技术课程，同时使要求的投资达到最小。全面升级能力可以在需求变化时或在预算允许时再增加功能。
6.制造测试和调试
规格和空间限制可能会给车间带来巨大影响。无二的六合一MDO4000C把多台仪器整合到一台小型仪器中，限度地减少了机架或工作台空间。整合降低了在制造测试或调试站中使用多种不同仪器的相关成本。
Main performance index
1. The oscilloscope
4 analog channels
Models of 1 GHz, 500 MHz, 350 MHz and 200 MHz bandwidth
Bandwidth upgradable (up to 1 GHz)
Up to 5 GS/s sampling rate
20 M record length on all channels
> 340,000 WFM /s maximum waveform capture rate
Standard passive voltage probe, 3.9 pF capacitor load, 1 GHz or 500 MHz analog bandwidth
2. Spectrum analyzer (optional)
The frequency range is 9 khz-3 GHz or 9 khz-6 GHz
The super wide capture bandwidth is greater than or equal to 1 GHz
The time synchronization acquisition function of the spectrum analyzer supports analog and digital acquisition
Frequency - to - time, amplitude - to - time and phase - to - time waveforms
3. Arbitrary function generator (optional)
13 pre-defined waveform types
50 MHz waveform generation function
128 k arbitrary waveform generator recording length
Sampling rate of 250 MS/s arbitrary waveform generator
4. Logical analyzer (optional)
16 digital channels
20 M record length on all channels
60.6 ps timing resolution
5. Protocol analyzer (optional)
Support I2C, SPI, rs-232/422/485 /UART, USB 2.0, Ethernet, CAN, CAN FD, LIN, FlexRay, mil-std-1553, arinc-429 and audio standard serial bus
6. Digital voltmeter/frequency counter (free after registration)
Voltage measurement of 4-bit AC RMS, DC and AC+DC RMS
5-bit frequency measurement
Typical applications
Embedded design
Perform system-level debugging on mixed signal embedded systems to quickly identify and solve problems, including the most common serial bus and wireless technologies.
Power design
Using automatic power quality, switch loss, harmonic, ripple, modulation and security areas measured, in the economic solutions to provide the most extensive power probe choices, reliable and repeatable voltage, current and power measurement.
EMI debugging
Determine which time-domain signals may cause unwanted EMI and quickly track EMI sources in embedded systems. Real-time view of the influence of time-domain signals on EMI radiation of the system.
Wireless debugging
In the use of bluetooth, WiFi, ZigBee 802.11, or some other wireless technology, MDO4000C can view the entire system, including the analog signal and digital signal and RF signals, and synchronization in time, to understａnd its true features. In a single capture, the uwb is captured, the interaction between multiple wireless technologies is viewed, or the entire broadbａnd frequency range in modern standards, such as 802.11/ AD.
education
Managing multiple instruments on the workbench can be very troublesome. The MDO4000C integrates six instruments into one instrument without the need to manage multiple instruments. Integrated spectrum analyzer can teach advanced wireless technology courses while minimizing required investment. Comprehensive upgrade capabilities can be added when requirements change or when budgets allow.
Manufacturing testing and commissioning
Specifications and space constraints can have a significant impact on the workshop. The one-of-a-kind hexadecimal MDO4000C integrates multiple instruments into a small instrument to minimize the shelf or workbench space. Integration reduces the relative cost of using a variety of different instruments in a manufacturing test or commissioning station.
制药网