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As a professional signal analyzer, signal generator and network analyzer manufacturer and supplier in China.
Whether you’re a reseller, distributor, solution provider, or startups, we have a solution to help you grow your business and bring new solutions to market.
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Company Profile
Overview
Saluki Technology Inc. is a high-tech company, supplier and manufacturer of High-end RF&MW Test Equipment, General Test Equipment, Lab Equipment and Optical Communication Equipment. Founded in 1997, the company was initially an agent of telecommunication equipment, and it once ranked second in the Chinese market. With an in-depth understanding of the market and user needs, meantime a deep accumulation of technology, the company began to develop its own brand of test equipment in 2008, and promoted it mainly for the Asian market. Beginning in 2015, the company moved its headquarters to Taiwan, and began to face more overseas markets and built the SALUKI brand.
At present, the company has exclusive agents in South Korea, Turkey, and stable partners in markets of countries like Canada, Germany, the United States, the United Kingdom, Finland, Poland, Indonesia, Israel, Vietnam, and South America.
We are committed to establishing a stable partnership with local agents to provide customers with the most professional, fast and long-term services.
Our Vision
Accurate, Fast and Reliable
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Saluki S3302 series handheld spectrum analyzer has a variety of measurement functions. One of function options is channel scanner mode.
Fig.1 S3302 series handheld spectrum analyzer
The channel scanner mode can be applied to measure the signal power of multiple channels. The signal power is displayed in the bar graph or list form. At most, the signal power of 20 channels can be displayed. This can be divided into three modes according to the channel setting: channel scanner, frequency scanner and list scanner.
Channel scanner: Set the measured channel by setting the signal standard, starting channel and channel step.
Frequency scanner: Set the measured channel by setting the starting frequency and frequency step.
List Scanner: Set the measured channel by setting the list. The bandwidth and number of measured channels can be set in the above three modes.
1. Channel Scanner
Below is an example of the Channel Scanner mode, mainly involving the following procedures.
1) Press [Sweep]→[Channel Scanner]→[Signal Std], and set the signal standard of measurement.
2) Press [Sweep]→[Channel Scanner]→[Start Channel] and set the starting channel of measurement. In this case, the starting channel should meet the requirements of the selected signal standard.
3) Press [Sweep]→[Channel Scanner]→[Number of Channels], and set the number of measured channels. At most 20 channels can be measured at the same time.
4) Press [Sweep]→[Channel Scanner]→[Channel Step] and set the channel step of measurement. A certain number of channels will be measured with the starting channel as the initial channel, based on the set channel step.
5) Press [Sweep]→[Display Graph Table] and enable the graph display mode.
6) Press [Sweep]→[Power Display Curr Max] and enable the maximum option. Set the maximum power of each displayed channel.
Fig. 2 Schematic diagram of channel scanner
2. Frequency Scanner
Below is an example of the Frequency Scanner mode, mainly involving the following procedures.
1) Press [Sweep]→[FScan]→[Start Freq], and set the center frequency of the starting channel.
2) Press [Sweep]→[FScan]→[Step Freq], and set the frequency step of the measured channel.
3) Press [Sweep]→[FScan]→[Bandwidth], and set the bandwidth of the measured channel.
4) Press [Sweep]→[FScan]→[Number of Channels], and set the number of measured channels. At most 20 channels can be measured at the same time.
5) Press [Sweep]→[Display Graph Table] and enable the graph display mode.
6) Press [Measure]→[Power Display Curr Max], and enable the “Current” option. Set the current power of each channel.
Fig. 3 Schematic diagram of frequency scanner
3. List scanner
Below is an example of the Frequency Scanner mode, mainly involving the following procedures.
1) Press [Sweep]→[MScan]→[Edit List] and edit the channel list to be swept. The information of each channel can be set by setting the signal standard and channel number or setting the frequency and bandwidth in the list.
2) Press [Sweep]→[MScan]→[Number of Channels], and set the number of measured channels. At most 20 channels can be measured at the same time.
3) Press [Sweep]→[Display Graph Table] and enable the graph display mode.
4) Press [Sweep]→[Power Display Curr Max], and enable the “Current” option. Set the current power of each channel.
Fig. 4 Schematic diagram of list scanner
