Technical Characteristics

TS-6000 direct reading spectrometer with its high performance and reliable design, as well as innovative optical system and extended wavelength range, can ensure the accurate identification of important elements and trace analysis, the instrument has a precise detection limit and excellent long-term stability; analysis results are accurate and reproducible. Teradyne Instruments utilizes the combination of detector and digital readout technology, which makes the overall design of the instrument better than the traditional photomultiplier tube technology, and has gradually become an important choice for metal manufacturing, processing and foundry industries.

TS-6000 direct reading spectrometer adopts a new optical system design, which combines the solid-state detector technology with optimized pixel resolution, the new grating spectroscopy technology, representing the direct reading spectroscopy technology in the digital era. The vacuum spectroscopy system realizes full-spectrum reception in the analyzed wavelength band due to the use of multiple line arrays as detectors. Each element is analyzed by multiple spectral lines, and the integrated output provides a large dynamic range and accurate results. The detector is placed in such a way that all the spectral lines in the analytical band are received without any omission, and multiple spectral lines of the same element are measured simultaneously and output is selected automatically. For the observation characteristics of plasma spectral signals, in order to obtain the best observation angle to obtain analytical data, Teradyne has placed the optical chamber at a specific angle of inclination. TS-6000 through the application of special materials in the direct optical path of the incident window, so that the instrument can be free to analyze the ultra-low ultraviolet band (VUV) spectral signals.

the TS-6000 spectrometer uses a new vacuum optical chamber system design, compared with the traditional argon-filled optical chamber system, its advantages are enormous. First of all, in the non-working state of the instrument does not require real-time argon blowing on the optical chamber, greatly reducing the use of argon, saving customers the use of cost. Secondly, the vacuum optical system of Teradyne Instruments ensures that the instrument can reach a stable working state in 30 minutes under the state of cold start (shutdown and restart), while the traditional argon-filled optical chamber system requires 1-2 hours to reach a stable working state. Since the TS-6000 is required to detect spectral signals in the ultra-low UV band, a well-designed vacuum system with stable performance is very important. The vacuum system loaded on the TS-6000 is operated by a state-of-the-art vacuum pump with safety solenoid valves for maximum safety. The vacuum system of the TS-6000 can be loaded to a customer-specific vacuum level. Through the work of the software digital display, real-time understanding of the working status of the vacuum chamber.

TS-6000 spectrometer in each excitation, the optical system automatically scan the spectrum to ensure the correct reception, eliminating the need for tedious wave scanning work. Full-spectrum technology automatically traces and adjusts the optical path, when the sample is excited, the instrument automatically identifies the specific spectral line on each detector, compares it with the original stored line, determines the drift position, and finds out the current pixel position of the analyzed line for measurement. Eliminates spectral drift due to changes in temperature, air pressure, vibration, etc.; whereas with traditional photomultiplier technology, the spectrum must be manually fine-tuned, which is technically very demanding. Full-spectrum technology, automatic fast addressing, to avoid the laborious manual operation, but also to avoid human error.

TS-6000 spectrometer adopts full-spectrum direct-reading technology, the instrument can be very convenient to increase the spectral line, increase the substrate, in the case of no additional hardware facilities, you can realize multi-substrate analysis. Customers can add analyzed substrates and element types to the instrument according to their actual needs during the process, and these tasks can be conveniently completed at the user's site. Compared with similar spectrometers using PMT technology, it requires extensive hardware changes, and due to the limitations of the initial configuration of the instrument, it may not be able to add the substrate or element requested by the customer. The spark table of the TS-6000 spectrometer has been completely redesigned. In addition to retaining the advantages of the traditional spark table, it has been optimized for new applications. The spark table adopts a sealed design, the whole structure of the spark table is solid, in the case of the instrument continues to use high-temperature spark excitation to maintain the stability of the structure of the spark table.

The TS-6000 spectrometer's spark table improves the direction of the argon gas jet through structural design changes, which greatly reduces the residue of spark excitation residue on the spark table, and makes the cleaning and maintenance of the spark table easier. The TS-6000 spectrometer retains the open sample stage design, making sample placement and analysis easier, and sample handling simpler than traditional spectroscopy. No special adjustment is required except for the electrode gap.

TS-6000 spectrometer adopts a unique jet electrode technology (JET STREAM). In the excited state, the electrode will form around the argon jet gas flow, this technology will bring more accurate results. The argon gas flow around the excitation point ensures that the excitation process is not disturbed by external influences. This saves the use of argon gas and reduces the cost of ownership for the customer. The sample stage does not need to be sealed, so small samples such as wires can be easily analyzed with the aid of an adapter. Pull-out front cover, so that the excitation stage cleaning and maintenance is more convenient.

TS-6000 spectrometer incident light path design is very simple. By directly connecting the incident optical path with the vacuum system, the two lenses make the incident window to protect the vacuum and dust protection independently separated, maintenance and cleaning become very convenient, customers can operate on their own in their daily work; compared with similar products, the incident window is usually designed with a complex structure of the optical system, so that the cleaning of the incident window requires specialized personnel to operate, and improper operation may also lead to damage to the vacuum system.

TS-6000 spectrometer adopts synchronous real-time digital readout technology, compared with the traditional sequential readout technology, analysis time and data stability will be greatly improved. TS-6000 spectrometer adopts full digital plasma spark light source technology. All excitation parameters can be customized by the user through the user interface. The TS-6000 spectrometer separates the circuit system from the optical system, and places the circuit system in the outer part of the optical chamber, which greatly improves the heat dissipation function of the instrument and makes the subsequent maintenance of the instrument very convenient.

TS-6000 spectrometer operating software is very easy to learn, all Chinese or English menu. Without any spectroscopy instrument knowledge background of the operator only needs simple training, you can carry out the use of the instrument. At the same time, the design of the instrument everywhere reflects the human-oriented design concept, so that the use and maintenance of the instrument everywhere reflects the humanized care.

Technical Parameters

Spectrometer optical system

● Paxing-Longer structure, Roland circle optical system

● Detector: CCD/CMOS

● Optical chamber temperature: automatic control of constant temperature: 34 ℃ ± 0.5 ℃.

● Outside incidence window for easy cleaning and replacement.

● Drift correction function - thanks to the automatic peak finding function (accuracy of 0.1 pixel)

Digital plasma generator

● Fully digital plasma spark light source technology

● High efficiency thanks to compact design and semiconductor control technology

● High Energy Pre-Sparking Technology (HEPS)

● Excitation parameters can be customized by the user through the user interface according to the actual needs of the setup

● Frequency 100-1000Hz

● Current 1-80A Optimized sample stage

● Open cell design for large sample sizes.

● 4mm sample stage analyzing gap

● “Jet Electrode” technology easily handles small samples and complex geometries.

● Low argon consumption, no standby flow required

● Customized anisotropic sample adapters

● No need to change the spark table for different substrates

● Optimized impurity evacuation system

● Ruggedized copper stage for excellent heat dissipation

Computer and Readout System

● Branded computer

● Mainframe: All-in-one model

● CPU : J4105

● Memory: 4G

● Hard disk: 256G SSD

● Monitor: 23-inch LCD monitor

Data Output

● Data can be stored in various data formats

● Various standard printing devices can be connected

● Data can be sent and transmitted remotely via the Internet Software system

● Windows 10 operating system

● Spectrometer operating software in Chinese or English

● Optional data maintenance program

Dimensions

● Dimensions: 600mm long, 788mm wide, 393mm high

● Weight: 65KG

Power Requirements

● AC220V/50Hz

● Maximum power 880 W (main unit 350 W, vacuum pump 500 W, computer 30 W)

● Average power 600 W (main unit 350 W, vacuum pump 500 W, computer 30 W)

● Standby power 40W

● 16 A slow blow fuse

Argon Gas Requirements

● Pure argon, 99.999; argon pressure reducing valve (special pressure reducing valve)

● Air pressure >4MPa; Outlet instrument air pressure 0.5MPa