DS1052Z-100+

The DS1052Z-100+ is a top-tier oscilloscope and clock/timing device designed for a wide variety of applications. It provides an array of powerful tools, making it ideal for application-specific testing and measuring. In this article, we\'ll take a closer look at both the application field and working principle of the DS1052Z-100+.

Application Field

The range of applications of the DS1052Z-100+ is vast and includes measuring the performance of communications systems, logic electronics, and even mobile phone networks. Furthermore, the device can be used to investigate low-level analog signals, hidden patterns and other details of the various systems it measures. One of its noticeable benefits is that it can inch and dual measurement modes, meaning that two different measurements can be performed simultaneously.

The device also has the capability to work within an extended temperature range, ensuring that its applications are not hindered by environmental restrictions. It also supports various modes such as Frequency Counter with period and totalize mode, Temperature Measurement with a K type thermocouple, and Frequency Measurement. This great deal of flexibility makes the DS1052Z-100+ highly suitable for use in a significant number of environments.

Working Principle

The DS1052Z-100+ is a digital-storage oscilloscope that utilizes a display technique known as “Oversampling”, which is innovatively used to simultaneously measure both the time and voltage. By utilizing Digital Signal Processing (DSP) as well as Field Programmable Gate Arrays (FPGAs), the DS1052Z-100+ can dissect various waveforms into various plots on the display, such as an X-Y graph.

To measure the waveforms, the device uses a combination of hardware and software. The hardware includes an analog-to-digital converter, sampling gate, hold-off gate and ratioed clock. The software is what actually deciphers the waveform, and it is composed of the gate, clock and display simulation. Both the hardware and software components must be configured correctly in order for the device to properly measure waveforms and display them properly.

The device also utilizes a type of algorithm known as Peak Detect. This algorithm is used to decipher the shape of the waveform and it is based on the principle of periodichold. It is also employed in other applications such as digital signal processing and phase-locked loop noise reduction.

In conclusion, the DS1052Z-100+ is a highly precise and powerful clock/timing device that is perfectly suited for use in application-specific testing and measuring. It is capable of decoding digital signals and complex waveforms into various plots on the display, and its user-friendly software makes it easy to configure and operate. With its wide range of applications, the DS1052Z-100+ is sure to be a valuable tool in any efficient laboratory.