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Room 405, Building 12, No. 50 Chunhe Road, Daxing District, Beijing
Jinghai Xingle Technology (Beijing) Co., Ltd
Room 405, Building 12, No. 50 Chunhe Road, Daxing District, Beijing
CTS-8072PR-500 Pulse Generator Receiver
CTS-8072PR-500 is a pulse generator that can be selected as a single channel or dual channel option in China. Its bandwidth can reach up to 500MHz, and the CTS-8072PR-500 is equipped with a remote pulse pre generator RP-1. This device is paired with our CTS-8072PR+dual channel high-frequency pulse generator receiver for high and low frequencies, covering sound applications from 5MHz to 500MHz (supporting customization). It is an ideal choice to replace imported foreign products (such as the D * P500 series).
Product Introduction
CTS-8072PR-500 is a pulse generator that can be selected as a single channel or dual channel option in China. Its bandwidth can reach up to 500MHz, and the CTS-8072PR-500 is equipped with a remote pulse pre generator RP-1. This module allows the excitation part to be very close to the probe, reducing the length of the cable between the probe and the cable, and minimizing the interference signal generated by the cable. Users can choose (customize) multiple remote pulse pre amplifiers to adapt to different ranges of probe frequencies and pulse energy requirements. At the same time, a specially designed sharp pulse generator is matched with a high-frequency probe, with a pulse width of 1.2ns and adjustable from -105V to -220V, which can fully utilize the excellent performance of the high-frequency probe. This device is paired with our CTS-8072PR+dual channel high-frequency pulse generator receiver for high and low frequencies, covering sound applications from 5MHz to 500MHz (supporting customization). It is an ideal choice to replace imported foreign products (such as the D * P500 series).
This instrument is widely used in acoustic microscope coating thickness measurement, thin material or non attenuation material flaw detection, providing a module combination for acoustic imaging detection, thickness measurement, material performance determination, and probe performance determination.
Features
Measurement: It can measure the size, shape, and position of objects. For example, in industrial non-destructive testing, small defects in components can be accurately identified.
Specially designed sharp pulse generator matched with high-frequency probe, pulse width 1.2ns, adjustable from -105V to -220V.
Narrow beam: The narrow beam helps improve the directionality and positioning accuracy of detection.
The pulse repetition frequency is adjustable, 20kHz.
Signal bandwidth: 5MHz~500MHz (customizable).
-10dB~+50dB, 1dB step RF adjustable gain range.
Can be used with high-frequency acoustic probes ranging from 100MHz to 400MHz.
performance metrics
| CTS-8072PR-500 Host | |
| Signal bandwidth | 5MHz~500MHz(支持定制) |
| Gain range | -10dB~+50dB |
| High pass filtering | 20MHz(可定制) |
| low-pass filtering | 500MHz(可定制) |
| output impedance | 50Ω |
| output voltage | 1200mVp-p |
| repetition frequency | 20kHz |
| Input noise | ≤ 600 μ Vpp @ full bandwidth |
| RP-1 Remote Pulse Generator | |
| **Pulse | Negative sharp wave |
| pulse width | <1.2ns |
| falling edge | <0.6ns |
| **Voltage | -105V~-220V adjustable |
| Attenuated damping | 17Ω, 21Ω, 50Ω, 100Ω |
| Single/Dual Mode | single |
| energy control | High/Low |
| gain | +6dB |
| Signal bandwidth | 1MHz~500MHz(@-3dB) |
The following 6 figures show the comparison of noise and waveform performance between the US * * R500 paired with * P-U2 and CTS-8072PR-500 paired with RP-1. The overall performance of CTS-8072PR-500 is * * R500.
application field
Electronics: detecting defects in integrated circuit chips and printed circuit boards. Acoustic scanning microscope SAM, high-frequency C-scan, etc.
Materials research: Evaluating the structural integrity of micro materials, such as micro cracks in composite materials. It can be applied to measure the acoustic properties of materials, such as sound velocity, attenuation, etc., including the evaluation of material grain size.
Precision Machinery: Detecting surface and internal defects of precision components.
Probe testing: can be applied to evaluate the acoustic characteristics of acoustic probes and test performance indicators.
Acoustics: Investigating the propagation characteristics of high-frequency sound in different media.
