SS370 9kHz~1.5GHz Spectrum Analyzer With Tracking Generator
₱33,932.16 – ₱73,585.78
SKYSHL SS370A ( 9kHz to 500MHz ) , SS370B ( 9kHz to 1GHz ) and SS370C ( 9kHz to 1.5GHz ) SS370 Series High-performance Spectrum Analyzers With Tracking Generator.
| Weight | N/A |
|---|---|
| Dimensions | N/A |
| Model |
SS370A/SS370AT (9kHz~500MHz @ SS370AT with 100kHz~500Mhz Generator) |
| Min RBW/DANL |
As low as 1Hz / -160dBm |
| Phase Noise |
<-80dBc/Hz @ 10kHz offset |
| Screen/Port |
9inches TFT Screen(1280×800)/ USB Host + USB + LAN + HDMI + Audio |
| Dimensions |
Product: 37×19×10cm/14.6×7.5x4inch (3.3KG/7.5LB); Package: 49x34x24cm/19×13.4×9.5inch(5.5KG/12LB) |
SS370 SPECTRUM ANALYZER HIGHLIGHTS
🏅WIDE FREQUENCY COVERAGE WITH HIGH PRECISION
The SS370 series spectrum analyzers offer frequency ranges from 9 kHz to 500 MHz, 1 GHz, or 1.5 GHz, depending on the model, ensuring comprehensive coverage for RF signal analysis. With a frequency resolution of 1 Hz and an aging rate of less than 1 ppm per year, these analyzers provide accurate and stable measurements. The advanced digital IF technology ensures minimal measurement uncertainty, making them ideal for precise RF analysis in research, development, and industrial applications.
🏅EXCEPTIONAL SENSITIVITY AND LOW NOISE PERFORMANCE
With a display average noise level (DANL) as low as -160 dBm (with preamp on), the SS370 series ensures superior sensitivity for detecting weak signals. The preamplifier provides a 20 dB gain, extending the dynamic range of measurements. These low-noise characteristics make the analyzers ideal for spectrum monitoring, interference analysis, and low-power signal detection, essential in telecommunications and electromagnetic compatibility (EMC) testing.
🏅VERSATILE BANDWIDTH AND RESOLUTION CAPABILITIES
The SS370 series features a resolution bandwidth (RBW) range from 1 Hz to 1 MHz, adjustable in 1-3-5-10 sequence steps, allowing users to fine-tune measurements for different signal types. The instruments also support video bandwidth (VBW) from 10 Hz to 1 MHz, ensuring optimal signal visualization and analysis. These features make them suitable for a wide array of applications, including EMI pre-compliance testing and spectral analysis.
🏅ADVANCED EMI PRE-COMPLIANCE TESTING
Designed to meet the needs of electromagnetic compatibility (EMC) testing, the SS370 series offers EMI pre-compliance measurement capabilities. Users can perform standard EMI tests with -6 dB EMI resolution bandwidth filters (200 Hz, 9 kHz, 120 kHz, and 1 MHz). The optional EMC test software further enhances the instrument’s capability, ensuring compliance with regulatory standards, making it an essential tool for product development and certification testing.
🏅INTUITIVE USER INTERFACE AND HIGH-RESOLUTION DISPLAY
Equipped with a 9-inch high-resolution screen (1280×800 pixels), the SS370 series provides clear and detailed signal visualization. The intuitive user interface supports various trace functions, including max hold, min hold, average, and trace math, allowing for in-depth signal analysis. The built-in pass/fail detection warning system enhances usability in field and laboratory environments, ensuring quick and efficient troubleshooting.
🏅COMPREHENSIVE CONNECTIVITY AND EXPANDABILITY
The SS370 series features extensive connectivity options, including USB Host, USB Device, LAN, HDMI, and audio output interfaces. Models such as the SS370AT, SS370BT, and SS370CT include a built-in tracking generator, offering extended testing capabilities. Future upgrades can be implemented remotely, ensuring long-term usability and adaptability to evolving testing requirements. These connectivity options enhance integration with other test equipment, making them versatile tools for RF engineers and technicians.
9KHz~500MHz / 9KHz~1GHz / 9KHz~1.5GHz
SS370 Spectrum Analyzer
The SS370 Series is a versatile, high-performance spectrum analyzer family designed for demanding RF applications across industries. With frequency coverage up to 1.5 GHz (SS370C/CT), it supports testing from IoT devices to 5G prototypes and automotive radar systems. Its 1 Hz resolution bandwidth (RBW) and -160 dBm DANL (with preamp) enable precise detection of ultra-weak signals, critical for EMI diagnostics and low-power wireless modules. The series delivers lab-grade accuracy with <0.7 dB amplitude error and -80 dBc/Hz phase noise (10 kHz offset), ensuring reliable spectral purity analysis for high-stability systems.
Equipped with EMI pre-compliance tools (quasi-peak detector, 6 dB EMI filters) and optional EMC software, it streamlines regulatory testing with 200+ predefined standards. The built-in tracking generator (SS370AT/BT/CT) simplifies filter and antenna characterization, while the Pass/Fail mode accelerates production-line validation. Advanced features like waterfall displays, modulation analysis, and audio demodulation empower users to track intermittent signals and troubleshoot communication systems.
Combining a 9-inch HD touchscreen, rugged portability, and HDMI/USB/LAN connectivity, the SS370 Series bridges lab precision with field agility—ideal for R&D, EMC testing, and wireless maintenance.
SS370 SPECTRUM ANALYZER PARAMETERS
| ✨Model/Frequency Range |
| SS370A/SS370AT (9kHz~500MHz @ SS370AT with 100kHz~500Mhz Generator) |
| SS370B/SS370BT (9kHz~1GHz @ SS370BT with 100kHz~1GHz Generator) |
| SS370C/SS370CT (9kHz~1.5GHz @ SS370CT with 100kHz~1.5GHz Generator) |
| ✨Frequency Resolution: 1Hz |
| ✨Frequency Span |
| Range: 0Hz, 100Hz to maximum frequency of device |
| Accuracy:± span /(Swept points -1) |
| ✨Internal reference |
| Reference frequency:10 MHz |
| Reference frequency accuracy: ±[(days from last calibrate × freq aging rate) + temperature stability + initial accuracy ] |
| Temperature stability: <0.5ppm (15℃ to 35℃) |
| Aging rate: <1ppm/year |
| ✨Readout |
| Marker frequency resolution: span/(the number of sweep points -1) |
| Uncertainty: ±(Freq indication × freq reference uncertainty +1%× span +10%× resolution bandwidth + Marker Frequency Resolution) |
| ✨Frequency counter |
| Resolution: 1Hz, 10Hz, 100Hz, 1kHz |
| Accuracy: ±(marker freq × freq reference uncertainty + counter resolution) |
| ✨Bandwidth |
| Resolution bandwidth (-3dB): 1Hz to 1MHz (in 1 to 10 sequence), 1MHz, 3MHz |
| Resolution filter shape factor: <5 nominal（Digital implement, similar to Gauss Pattern） |
| Accuracy:<5% nominal |
| Video bandwidth (-3 dB): 1Hz to 1MHz |
| ✨Amplitude and Electric level |
| Amplitude measurement range: |
| DANL~+10dBm, 100KHz~10MHz, close the preamplifier |
| DANL to +20 dBm, 10MHz to 1.5GHz, close the preamplifier |
| Max input DC voltage:50 VDC |
| Max. continuous wave RF powe:+20 dBm (100 mW), attenuation=40 dB |
| Max. damage level: +30 dBm (1W) |
| ✨Displayed average noise level(DANL) (Attenuation=0dB, RBW=VBW=100Hz, Sample detector, trace average ≥50, 20℃~30℃, Input impendence=50Ω) |
| Preamp off: |
| -95dBm (typical), <-88dBm ( 9kHz~1MHz) |
| -140 dBm (typical), <-130dBm (SS370A: 1MHz~500MHz / SS370B: 500MHz~1GHz) |
| -138 dBm (typical), <-128 dBm (SS370C: 500MHz~1.5Ghz) |
| Preamp on: |
| -135dBm (typical), <-128dBm (100kHz~1MHz) |
| -160dBm (typical), <-150 dBm (SS370A: 1MHz~500MHz, SS370B: 500MHz~1GHz) |
| -158dBm (typical), <-148 dBm (SS370C: 500MHz~1.5GHz) |
| ✨Phase noise (20℃ to 30℃，fc=1GHz) |
| <-80dBc/Hz @ 10kHz offset |
| <-100dBc/Hz @ 100kHz offset |
| <-115dBc/Hz @ 1MHz~500MHz offset |
| ✨Level display range |
| Log scale coordinate: 0.01dB ~255dB |
| Linear scale coordinate: 0 to reference level |
| level unit: dBm, dBuW, dBpW, dBmV, dBuV, W, V |
| Points: Positive-peak, negative-peak, sample, normal, RMS, Average, quasi-peak (with EMI option)760 |
| Trace functions:5 |
| Detectors:Clear write, Max Hold, Min Hold, View, Blank, Average, Trace math |
| ✨Frequency response (20℃ to 30℃, 30%~70% relative humidity, 10 dB input attenuation, reference 50MHz) |
| Preamp off（fc≥9KHz）: ＜0.7dB |
| Preamp on（fc≥9KHz）: ＜1.0dB |
| ✨Accuracy |
| RBW Switching Uncertainty:＜0.1dB (Relative to 10kHz RBW) |
| Input Attenuation Switching Uncertainty: ＜0.5dB (20℃~30℃, fc=50MHz,Preamplifier Off, 10dB RF attenuation,input signal 0~40 dB) |
| Absolute Amplitude Uncertainty:＜0.4dB (20℃~30℃, fc=50MHz，peak detector, 10dB RF attenuation,preamplifier off, input signal level=-10dBm) |
| Reference Level Range:-80 dBm to +30 dBm, in 1 dB step |
| Reference Level Resolution:Log scale 0.01 dB; linear scale 4 digits |
| Uncertainty:＜0.7 dB(95% confidence level, S/N>20dB, RBW=VBW=1kHz, preamplifier off, attenuation = 10dB, -50dBm < input level≤0dBm, fc>10MHz, 20℃~30℃) |
| VSWR:input ≥10dB, 300kHz to max; <1.5, nominal |
| ✨Distortion and spurious response |
| Second harmonic distortion: ＞+45dBm (fc≥50MHz，Preamp off, signal input -20 dBm, 10dB RF attenuation, 20℃~30℃) |
| Third-order intermodulation: ＞+10dBm (fc≥50 MHz, two -20dBm tones at input mixer spaced by 200kHz, attenuation=0dB) |
| 1 dB Gain Compression: ＞0dBm, nominal (fc≥50MHz, 0dB RF attenuation，Preamp off, 20℃~30℃) |
| Residual response:<-90dBm, nominated (connect 50Ω load at input port, 0dB input attenuation，20℃~30℃) |
| Intermediate frequency:＜-60dBc |
| System related sidebands: ＜-60dBc (Referenced to local oscillators, referenced to A/D conversion, referenced to subharmonic of first LO, referenced to harmonic of first LO) |
| Input related spurious: <-60dBc (-30 dBm signal at input mixer, 20℃~30℃) |
| ✨Sweep time and triggering |
| Sweep time:SPAN≥100Hz 10ms to 3000s / Zero sweep width 10ms to 3000s |
| Sweep time uncertainty: SPAN≥100Hz 5%(nominal) / Zero sweep(Sweep time >1ms) / 5%(nominal) |
| Mode: Continue, single |
| Trigger:Free run, video, external |
| External trigger level:5V TTL level |
| ✨Tracking Generator |
| Frequency Range: |
| SS370AT 100kHz to 500MHz |
| SS370BT 100kHz to 1GHz |
| SS370CT 100kHz to 1.5GHz |
| Output power level range:-40dBm to 0dBm |
| Output power level resolution:1dB |
| Output flatness:±3dB |
| Tracking generator spurious: |
| Harmonic spurious -30dBc (Tracking generator output power -10 dBm) |
| Non-harmonic spurious -40 dBc (Tracking generator output power -10 dBm) |
| Tracking source to input terminal isolation:-60dB (Tracking generator output power 0 dBm) |
| Maximum safe reverse level:Average total power: +30 dBm，DC : ±50 VDC |
| ✨Inputs and Outputs: |
| Front panel RF input connector:50 Ω，N-type female |
| Front panel track generator output:50 Ω，N-type female |
| Internal/ External Reference:50 Ω，N-type female |
| External Trigger Input:50 Ω，N-type female |
| Communication port: USB HOST, USB DEVICE, LAN, earphone port, HDMI |
| ✨General technical specification: |
| Display:HD TFT Color LCD，9inches (1280*800) |
| Weight :Product: 3.3KG/7.5LB, Package: 5.5KG/12LB |
| Dimension:Product:37×19×10cm/14.6x7.5x4inch; Package: 49x34x24cm/19x13.4x9.5inch |
| Working temperature:0℃ ~ +40℃ |
| Storage temperature:-20°C ~ +60°C |
| Power Supply: 100V~240V 50/60Hz |
Minimum Resolution Bandwidth (RBW)=1 Hz
High-Resolution Frequency Analysis
With a minimum resolution bandwidth (RBW) of 1 Hz, the SS370 series spectrum analyzer effectively distinguishes closely spaced signals, enabling precise frequency analysis. It also features fast signal capture for ASK/FSK modulation, ideal for automotive remote keys, TPMS modules, and other wireless applications.
SS370 SPECTRUM ANALYZER FEATURES
| ✨Frequency Range from 9 kHz up to 1.5 GHz[SS370A/SS370AT (9kHz~500MHz @ SS370AT with 100kHz~500Mhz Generator) SS370B/SS370BT (9kHz~1GHz @ SS370BT with 100kHz~1GHz Generator) SS370C/SS370CT (9kHz~1.5GHz @ SS370CT with 100kHz~1.5GHz Generator)]. |
| ✨Display average noise level (DANL) as low as -160dBm. |
| ✨Phase noise -80dBc/Hz@1GHz offset 10kHz |
| ✨Full amplitude accuracy <0.7dB. |
| ✨Minimum resolution bandwidth (RBW) 1Hz. |
| ✨Provide EMI pre-compliance measurement function, optional EMC test software. |
| ✨Optional tracking source (standard tracking source hardware, which can be remotely upgraded according to needs later), SS370A, SS370B, SS370C without tracking source, SS370AT, SS370BT, SS370CT with tracking source. |
| ✨Waterfall chart, modulation quality analysis, audio demodulation and other conventional tests and extended functions. |
| ✨Standard Pass/Fail on-site detection warning function. |
| ✨Adopts full digital intermediate frequency technology. |
| ✨Rich interfaces: USB Host, USB Device, LAN, audio output interface, HDMI. |
| ✨9-inch display, high resolution 1280×800 pixels. |
-80dBc/Hz@1GHz (10kHz offset) and DANL as low as -160 dBm
Superior Low-Signal Detection
The SS370 series spectrum analyzer offers a display average noise level (DANL) as low as -160 dBm, allowing the detection of weak signals. Additionally, its low phase noise of -80 dBc/Hz @ 1 GHz (10 kHz offset) ensures accurate measurements in demanding environments.
Pass/Fail Testing for Quick Analysis
Pass/Fail Function
The built-in PASS/FAIL function of the SS370 series of high-precision spectrum analyzers improves the efficiency of production and test processes by quickly determining whether test results meet predefined criteria.
SS370 SPECTRUM ANALYZER PARAMETERS
| ✨Model/Frequency Range |
| SS370A/SS370AT (9kHz~500MHz @ SS370AT with 100kHz~500Mhz Generator) |
| SS370B/SS370BT (9kHz~1GHz @ SS370BT with 100kHz~1GHz Generator) |
| SS370C/SS370CT (9kHz~1.5GHz @ SS370CT with 100kHz~1.5GHz Generator) |
| ✨Frequency Resolution: 1Hz |
| ✨Frequency Span |
| Range: 0Hz, 100Hz to maximum frequency of device |
| Accuracy:± span /(Swept points -1) |
| ✨Internal reference |
| Reference frequency:10 MHz |
| Reference frequency accuracy: ±[(days from last calibrate × freq aging rate) + temperature stability + initial accuracy ] |
| Temperature stability: <0.5ppm (15℃ to 35℃) |
| Aging rate: <1ppm/year |
| ✨Readout |
| Marker frequency resolution: span/(the number of sweep points -1) |
| Uncertainty: ±(Freq indication × freq reference uncertainty +1%× span +10%× resolution bandwidth + Marker Frequency Resolution) |
| ✨Frequency counter |
| Resolution: 1Hz, 10Hz, 100Hz, 1kHz |
| Accuracy: ±(marker freq × freq reference uncertainty + counter resolution) |
| ✨Bandwidth |
| Resolution bandwidth (-3dB): 1Hz to 1MHz (in 1 to 10 sequence), 1MHz, 3MHz |
| Resolution filter shape factor: <5 nominal（Digital implement, similar to Gauss Pattern） |
| Accuracy:<5% nominal |
| Video bandwidth (-3 dB): 1Hz to 1MHz |
| ✨Amplitude and Electric level |
| Amplitude measurement range: |
| DANL~+10dBm, 100KHz~10MHz, close the preamplifier |
| DANL to +20 dBm, 10MHz to 1.5GHz, close the preamplifier |
| Max input DC voltage:50 VDC |
| Max. continuous wave RF powe:+20 dBm (100 mW), attenuation=40 dB |
| Max. damage level: +30 dBm (1W) |
| ✨Displayed average noise level(DANL) (Attenuation=0dB, RBW=VBW=100Hz, Sample detector, trace average ≥50, 20℃~30℃, Input impendence=50Ω) |
| Preamp off: |
| -95dBm (typical), <-88dBm ( 9kHz~1MHz) |
| -140 dBm (typical), <-130dBm (SS370A: 1MHz~500MHz / SS370B: 500MHz~1GHz) |
| -138 dBm (typical), <-128 dBm (SS370C: 500MHz~1.5Ghz) |
| Preamp on: |
| -135dBm (typical), <-128dBm (100kHz~1MHz) |
| -160dBm (typical), <-150 dBm (SS370A: 1MHz~500MHz, SS370B: 500MHz~1GHz) |
| -158dBm (typical), <-148 dBm (SS370C: 500MHz~1.5GHz) |
| ✨Phase noise (20℃ to 30℃，fc=1GHz) |
| <-80dBc/Hz @ 10kHz offset |
| <-100dBc/Hz @ 100kHz offset |
| <-115dBc/Hz @ 1MHz~500MHz offset |
| ✨Level display range |
| Log scale coordinate: 0.01dB ~255dB |
| Linear scale coordinate: 0 to reference level |
| level unit: dBm, dBuW, dBpW, dBmV, dBuV, W, V |
| Points: Positive-peak, negative-peak, sample, normal, RMS, Average, quasi-peak (with EMI option)760 |
| Trace functions:5 |
| Detectors:Clear write, Max Hold, Min Hold, View, Blank, Average, Trace math |
| ✨Frequency response (20℃ to 30℃, 30%~70% relative humidity, 10 dB input attenuation, reference 50MHz) |
| Preamp off（fc≥9KHz）: ＜0.7dB |
| Preamp on（fc≥9KHz）: ＜1.0dB |
| ✨Accuracy |
| RBW Switching Uncertainty:＜0.1dB (Relative to 10kHz RBW) |
| Input Attenuation Switching Uncertainty: ＜0.5dB (20℃~30℃, fc=50MHz,Preamplifier Off, 10dB RF attenuation,input signal 0~40 dB) |
| Absolute Amplitude Uncertainty:＜0.4dB (20℃~30℃, fc=50MHz，peak detector, 10dB RF attenuation,preamplifier off, input signal level=-10dBm) |
| Reference Level Range:-80 dBm to +30 dBm, in 1 dB step |
| Reference Level Resolution:Log scale 0.01 dB; linear scale 4 digits |
| Uncertainty:＜0.7 dB(95% confidence level, S/N>20dB, RBW=VBW=1kHz, preamplifier off, attenuation = 10dB, -50dBm < input level≤0dBm, fc>10MHz, 20℃~30℃) |
| VSWR:input ≥10dB, 300kHz to max; <1.5, nominal |
| ✨Distortion and spurious response |
| Second harmonic distortion: ＞+45dBm (fc≥50MHz，Preamp off, signal input -20 dBm, 10dB RF attenuation, 20℃~30℃) |
| Third-order intermodulation: ＞+10dBm (fc≥50 MHz, two -20dBm tones at input mixer spaced by 200kHz, attenuation=0dB) |
| 1 dB Gain Compression: ＞0dBm, nominal (fc≥50MHz, 0dB RF attenuation，Preamp off, 20℃~30℃) |
| Residual response:<-90dBm, nominated (connect 50Ω load at input port, 0dB input attenuation，20℃~30℃) |
| Intermediate frequency:＜-60dBc |
| System related sidebands: ＜-60dBc (Referenced to local oscillators, referenced to A/D conversion, referenced to subharmonic of first LO, referenced to harmonic of first LO) |
| Input related spurious: <-60dBc (-30 dBm signal at input mixer, 20℃~30℃) |
| ✨Sweep time and triggering |
| Sweep time:SPAN≥100Hz 10ms to 3000s / Zero sweep width 10ms to 3000s |
| Sweep time uncertainty: SPAN≥100Hz 5%(nominal) / Zero sweep(Sweep time >1ms) / 5%(nominal) |
| Mode: Continue, single |
| Trigger:Free run, video, external |
| External trigger level:5V TTL level |
| ✨Tracking Generator |
| Frequency Range: |
| SS370AT 100kHz to 500MHz |
| SS370BT 100kHz to 1GHz |
| SS370CT 100kHz to 1.5GHz |
| Output power level range:-40dBm to 0dBm |
| Output power level resolution:1dB |
| Output flatness:±3dB |
| Tracking generator spurious: |
| Harmonic spurious -30dBc (Tracking generator output power -10 dBm) |
| Non-harmonic spurious -40 dBc (Tracking generator output power -10 dBm) |
| Tracking source to input terminal isolation:-60dB (Tracking generator output power 0 dBm) |
| Maximum safe reverse level:Average total power: +30 dBm，DC : ±50 VDC |
| ✨Inputs and Outputs: |
| Front panel RF input connector:50 Ω，N-type female |
| Front panel track generator output:50 Ω，N-type female |
| Internal/ External Reference:50 Ω，N-type female |
| External Trigger Input:50 Ω，N-type female |
| Communication port: USB HOST, USB DEVICE, LAN, earphone port, HDMI |
| ✨General technical specification: |
| Display:HD TFT Color LCD，9inches (1280*800) |
| Weight :Product: 3.3KG/7.5LB, Package: 5.5KG/12LB |
| Dimension:Product:37×19×10cm/14.6x7.5x4inch; Package: 49x34x24cm/19x13.4x9.5inch |
| Working temperature:0℃ ~ +40℃ |
| Storage temperature:-20°C ~ +60°C |
| Power Supply: 100V~240V 50/60Hz |
EMI Filter and Quasi-peak Detector
EMI Pre-Compliance Testing
Equipped with an EMI filter (6 dB) and quasi-peak detector, the SS370 series high-precision spectrum analyzers ensures accurate EMI pre-testing and diagnostics, with dedicated software for comprehensive test reports.
200 Built-in EMC Test Templates
Comprehensive EMC Testing Support (Optional)
The SS370 series spectrum analyzers includes over 200 built-in EMC test templates, automatically configuring the analyzer for compliance testing. Users can also define custom regulations for comparative analysis.
SS370 SPECTRUM ANALYZER FEATURES
| ✨Frequency Range from 9 kHz up to 1.5 GHz[SS370A/SS370AT (9kHz~500MHz @ SS370AT with 100kHz~500Mhz Generator) SS370B/SS370BT (9kHz~1GHz @ SS370BT with 100kHz~1GHz Generator) SS370C/SS370CT (9kHz~1.5GHz @ SS370CT with 100kHz~1.5GHz Generator)]. |
| ✨Display average noise level (DANL) as low as -160dBm. |
| ✨Phase noise -80dBc/Hz@1GHz offset 10kHz |
| ✨Full amplitude accuracy <0.7dB. |
| ✨Minimum resolution bandwidth (RBW) 1Hz. |
| ✨Provide EMI pre-compliance measurement function, optional EMC test software. |
| ✨Optional tracking source (standard tracking source hardware, which can be remotely upgraded according to needs later), SS370A, SS370B, SS370C without tracking source, SS370AT, SS370BT, SS370CT with tracking source. |
| ✨Waterfall chart, modulation quality analysis, audio demodulation and other conventional tests and extended functions. |
| ✨Standard Pass/Fail on-site detection warning function. |
| ✨Adopts full digital intermediate frequency technology. |
| ✨Rich interfaces: USB Host, USB Device, LAN, audio output interface, HDMI. |
| ✨9-inch display, high resolution 1280×800 pixels. |
Multiple Extension Functions
Advanced Signal Analysis & Waterfall Display
Featuring modulation quality analysis, audio demodulation, field strength measurement, frequency counting, and channel power testing, the SS370 series spectrum analyzers supports versatile applications. The waterfall display function visualizes frequency and power changes over time, aiding in identifying intermittent signals and system stability issues.
SS370 Series Spectrum Analyzer
| Model | Frequency Range | Tracking Generator |
|---|---|---|
| SS370A | 9kHz ~ 500MHz | No |
| SS370AT | 9kHz ~ 500MHz | 100kHz ~ 500MHz |
| SS370B | 9kHz ~ 1GHz | No |
| Model | Frequency Range | Tracking Generator |
|---|---|---|
| SS370BT | 9kHz ~ 1GHz | 100kHz ~ 1GHz |
| SS370C | 9kHz ~ 1.5GHz | No |
| SS370BT | 9kHz ~ 1.5GHz | 100kHz ~ 1.5GHz |
SS370A/AT/B/BT/C/CT Package
Why we developed SS411F fusion splicer
The Development Story of the SS370 Spectrum Analyzer
SKYSHL has long been committed to advancing fiber optic and electronic testing solutions, delivering cutting-edge equipment for engineers and technicians worldwide. The development of the SS370 series spectrum analyzers was born out of a clear market need: a high-performance, cost-effective, and user-friendly spectrum analyzer that could serve professionals in industries such as telecommunications, automotive electronics, and EMC compliance testing.
The journey began when SKYSHL’s research and development team identified a common challenge among RF engineers—existing spectrum analyzers were often either too expensive or lacked essential features like precise low-noise measurement and EMI testing capabilities. Determined to fill this gap, the team set out to create a device that would offer exceptional performance at a competitive price.
A key breakthrough came in the design of the SS370’s digital intermediate frequency (IF) technology, which enabled the device to achieve a resolution bandwidth (RBW) as low as 1 Hz, providing superior signal differentiation. Engineers also focused on enhancing small-signal detection by optimizing the display average noise level (DANL) down to -160 dBm, allowing for highly sensitive measurements. Low phase noise performance was another priority, ensuring reliable testing for a wide range of applications.
To meet the increasing demand for compliance testing, the SS370 series was equipped with built-in EMI pre-compliance testing features, including a 6 dB EMI filter and quasi-peak detector. Additionally, an optional EMC software package was developed, incorporating over 200 industry-standard test templates, making regulatory testing simpler and more accessible.
Beyond technical specifications, SKYSHL placed great emphasis on usability. The SS370 was designed with an intuitive user interface, featuring a 9-inch high-resolution display for clear signal visualization. The team also integrated advanced functions such as fast ASK/FSK signal capture, PASS/FAIL testing, and a waterfall display for tracking signal changes over time. These enhancements made the SS370 series an indispensable tool for RF engineers, quality control professionals, and research institutions.
After extensive testing and refinement, the SS370 series was finally launched, receiving widespread acclaim for its precision, versatility, and affordability. It has since become a preferred choice for professionals seeking a reliable spectrum analyzer that balances high-end performance with ease of use.
The development of the SS370 series reflects SKYSHL’s commitment to innovation and quality, continuously pushing the boundaries of test and measurement technology. As technology evolves, SKYSHL remains dedicated to providing next-generation solutions to empower engineers worldwide.
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SS370 Questions and Answers
More FAQ
PRODUCT FAQ
SS370AT(SS370BT/SS370CT) with tracking generator, SS370A(SS370B/SS370C) without tracking generator.
The SS370 series has a frequency range of 9 kHz to 1.5 GHz (SS370A: 9 kHz ~ 500MHz, SS370B: 9 kHz ~ 1GHz, SS370C: 9 kHz ~ 1.5GHz). This makes them suitable for a wide range of applications, including RF signal analysis, EMI testing, and wireless communication diagnostics.
Yes, the SS370 comes with built-in EMI pre-compliance testing features, including a 6 dB EMI filter and quasi-peak detector. Additionally, users can opt for EMC testing software(Optional), which includes over 200 standard test templates for easy regulatory compliance evaluation.
The SS370 spectrum analyzer offers a minimum resolution bandwidth (RBW) of 1 Hz, allowing for precise differentiation between closely spaced signals, which is essential for detailed spectral analysis.
Yes, the SS370 has a fast signal capture function that allows it to detect and analyze ASK/FSK modulated signals commonly used in automotive remote keys, TPMS modules, and small wireless devices. It can directly measure parameters such as center frequency, power, and frequency offset.
The SS370 series is equipped with multiple connectivity options, including USB, LAN, HDMI, and audio output. These interfaces enable seamless data transfer, remote control, and integration with other test equipment, enhancing its usability in various testing environments.
Any use of the problem buyers can contact us (click the orange circle in the lower left corner or Click here to contact us), our professional engineers will answer your questions by email, operating instructions, remote video conferencing.
PURCHASE FAQ
We all can provide commercial invoice.
We support Paypal,credit card,TT(payment method for quantity more than 10 units) and other payment methods.
The product page will show the shipping country and stock quantity, buyers choose the shipping place as China when purchasing, it will be shipped from China factory, except for the shipment outside of China for the local warehouse shipment (please choose the buyer's country as the shipment place, when the receiving country and the shipping country are not the same, it will be used in the cross-border mode to be shipped from the factory in China).
No reason to return within 90 days, free replacement within 1 year, free repair within 3 years, lifetime limited warranty.
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About Shipping
We seamlessly manage the entire production, sales, and delivery process digitally, which improves the overall production efficiency and strictly controls the quality of the products, and at the same time, the localized deployment of local warehouses enables quick handover of goods.
Our shipment is divided into 2 modes, local warehouse mode and cross-border mode, the product page will show the stock quantity according to the country, if it shows that your country's stock is available, then be sure to select your own country of receipt, we will ship to the buyer through the local warehouse, if your country is out of stock or does not show your country's country name, then please select China, we will ship to you through the cross-border shipment mode from the factory in China. (Learn more)
SHIPPING INFORMATION
Local warehouse mode: take advantage of local warehouse storage, goods are shipped to buyers from local warehouses.
Cross-border mode: goods are shipped to buyers from Chinese factories. (Learn more)
Local Warehouse Mode: We ship from customer's local warehouse, usually delivery is completed within 2-7 days.
Cross-border mode: If the customer chooses the warehouse in China when purchasing goods, then we will first search for the customer's local inventory, if there is, then we will ship the goods from the local overseas warehouse, the delivery time is 2-7 days, if there is no inventory, then we will ship the goods from China, the time is about 7-15 days.
Local Warehouse Mode: We will send the goods from customer's local warehouse, customer only wait for the delivery to the door.
Cross-border mode: we will send the goods from China to the buyer, and the buyer needs to clear the customs in their own country and complete the payment of customs duty. Some countries have duty free delivery service, usually we will inform you by email.
Local warehouse mode: according to the local warehouse courier company.
Cross-border mode: Usually use UPS, DHL, Fedex, China Post, special transportation and other courier companies, if the customer has special requirements, you can contact us, inform the order number and the name of the courier company.
Regardless of which courier company to ship, we will first use the optimal shipping channel, and fast, safe, on-time delivery of goods to customers.
TechGuy42 –
Just got this analyzer for my lab. The 1.5GHz range is perfect for our 5G testing. Setup was a breeze!
RadioFan_99 –
The tracking generator works great for antenna tuning. Saved me so much time compared to my old setup.
EMC_Engineer –
Using this for EMI pre-compliance. The quasi-peak detector is accurate, but wish the software was more intuitive.
WirelessWizard –
How’s the phase noise performance at 1GHz? Need it for some sensitive LO measurements.
LabRat_007 –
The touchscreen is super responsive, but the fan gets loud during long sweeps. Still, great value for the features!
SpectrumSam –
Got the SS370C last week. The -160dBm DANL with preamp is no joke – picked up signals my old analyzer missed completely!
GadgetGirl –
Customer service was awesome when I had questions about the HDMI output. Quick response and actually helpful! 👍
RF_Tinkerer –
The waterfall display is cool for spotting intermittent signals, but I wish it had more color options.
MikeFromIT –
For the price, this analyzer packs serious features. The 1Hz resolution is crazy precise for our IoT device testing.