S3604 Series Vector Network Analyzer

Overview Specifications Ordering Resources

S3604 series network analyzer provides frequency response, single-port, response isolation, enhanced response, full-dual port, electronic calibration etc. Offer various display formats, such as logarithmic amplitude, linear amplitude, phase, group delay, Smith chart and polar coordinates. S3604 series can accurately measure the amplitude frequency characteristics and phase frequency characteristics and group delay characteristics of microwave network.

S3604 series vector network analyzer can be widely used in radar, communication, navigation and other fields, which are indispensable test equipment in national defense military industry and university scientific research.

Key Features

Wide frequency coverage, frequency range from 100 kHz to 43.5 GHz

More optional intermediate frequency bandwidth, the maximum intermediate frequency bandwidth is up to 30MHz

Advanced calibration technology, vivid wizard calibration, flexible calibration type, compatible with multiple calibration kits

Offer various display formats, such as logarithmic amplitude, linear amplitude, SWR, group delay, Smith chart and polar coordinates

12.1-inch 1280*800 high-resolution multi-touch screen, USB/LAN/GPIB/VGA/HDMI communication interfaces

One-button operation simplifies the measurement, easy to operation by advanced time domain options with added TDR impedance measurement, eye diagram analysis functions

Flexible Calibration Type, Compatible with Multiple Calibration Kits

S3604 series vector network analyzer provides different types of calibration.

Users can choose calibration types based on the test requirements, which greatly facilitates testing on devices with different interfaces.

• Automated calibration

• Guided calibration

(through response calibration, through response and isolation, single port calibration, enhanced response calibration, full two-port SOLT calibration, TRL calibration can be achieve by mechanical calibration kits)

• Electrical calibration (E-cal)
Multiple Windows to Display All Measuring Channels

The analyzer possesses functions of multi-channel and multi-window display. S3604 series vector network analyzer supports up to 64 channels, maximum 32 measuring windows can be simultaneously displayed, and each window can simultaneously display up to 16 test traces, which makes the observation result more visible and the operation more convenient.

The friendly GUI is simple and intuitive, easy to operate and improve test efficiency. Parameters can be entered quickly by using the activated input toolbar. Set limit line and segment scan value for production line to improve test efficiency.
Time Domain Analysis (TDA)

Time-domain analysis refers to analyzing the stability, transient and steady-state performance of the control system according to the time-domain expression of the output quantity under a certain input.

The S3604 series vector network analyzer can realize the switching between the frequency domain and the time domain of the measurement results, obtain the similarity and correlation of the signal waveform at different times, and obtain the characteristic parameters reflecting the operating state of the mechanical equipment. This function can be used to identify discontinuities in devices, fixtures or cables to realize accurate fault location.
TDR Option

The advanced time-domain analysis option of the S3604 series vector network provides a virtual eye pattern and analysis function based on S parameter. The output unit of the simulation code type is used to generate the data bits of 0 and 1 change, convolve the simulation code type with the time-domain impulse response of the tested part, and obtain the virtual eye map after superposition.

Depending on the different high-speed digital communication standards, TDR options can be used for high efficiency Pass/Fail tests using predefined eye pattern templates. And TDR option can apply Jitter, noise and other interference on the simulation eye pattern.

1. S3604C/D/E
Frequency Range	S3604C: 100 kHz to 14 GHz, S3604D: 100 kHz to 20 GHz, S3604E: 100 kHz to 26.5 GHz S3604G: 10 MHz to 43.5 GHz
Frequency Resolution	0.1 Hz
Frequency Accuracy	±1×10^-7 (23℃±3℃)
Max. Output Power	2-port • 100kHz – 10MHz: +5dBm • 10MHz – 4GHz: +15dBm • 4GHz – 10GHz: +15dBm • 10GHz – 14GHz: +10dBm • 14GHz – 20GHz: +9dBm • 20GHz – 24GHz: +6dBm • 24GHz – 26.5GHz: 0dBm 4-port • 100kHz – 10MHz: +3dBm • 10MHz – 4GHz: +13dBm • 4GHz – 10GHz: +10dBm • 10GHz – 14GHz: +4dBm • 14GHz – 20GHz: +3dBm • 20GHz – 24GHz: -2dBm • 24GHz – 26.5GHz: -6dBm
Power Sweep Range	2-port • 100kHz – 10MHz: 40dB • 10MHz – 20GHz: 45dB • 20GHz – 26.5GHz: 40dB 4-port • 100kHz – 10MHz: 40dB • 10MHz – 20GHz: 38dB • 20GHz – 26.5GHz: 34dB
Dynamic Range	2-port • 100kHz – 10MHz: 102dB • 10MHz – 4GHz: 132dB • 4GHz – 10GHz: 133dB • 10GHz – 14GHz: 125dB • 14GHz – 20GHz: 124dB • 20GHz – 24GHz: 120dB • 24GHz – 26.5GHz: 115dB 4-port • 100kHz – 10MHz: 102dB • 10MHz – 4GHz: 132dB • 4GHz – 10GHz: 130dB • 10GHz – 14GHz: 120dB • 14GHz – 20GHz: 119dB • 20GHz – 24GHz: 115dB • 24GHz – 26.5GHz: 110dB
Effective Directivity	48dB (100kHz – 2GHz), 44dB (2GHz – 20GHz), 44dB (20GHz – 26.5GHz)
Effective Source Match	40dB (100kHz – 2GHz), 30dB (2GHz – 20GHz), 30dB (20GHz – 26.5GHz)
Effective Load Match	48dB (100kHz – 2GHz), 44dB (2GHz – 20GHz), 44dB (20GHz – 26.5GHz)
Reflection Tracking	±0.04dB (100kHz – 100MHz), ±0.05dB (100MHz – 20GHz), ±0.05dB (20GHz – 26.5GHz)
Transmission Tracking	±0.10dB (100kHz – 100MHz), ±0.08dB (100MHz – 20GHz), ±0.10dB (20GHz – 26.5GHz)
Port Connection	3.5mm (male)

2. S3604G
Frequency Range	10 MHz to 43.5 GHz
Frequency Resolution	0.1Hz
Frequency Accuracy	±1×10^-7 (23℃±3℃)
Max. Output Power	• 10MHz – 50MHz: +12dBm • 50MHz – 250MHz: +13dBm • 250MHz – 1GHz: +13dBm • 1GHz – 10GHz: +13dBm • 10GHz – 20GHz: +10dBm • 20GHz – 35GHz: +8dBm • 35GHz – 43.5GHz: +3dBm
Power Sweep Range	• 10MHz – 50MHz: 30dB • 50MHz – 10GHz: 33dB • 10GHz – 20GHz: 30dB • 20GHz – 35GHz: 28dB • 35GHz – 43.5GHz: 28dB
Dynamic Range	• 10MHz – 50MHz: 90dB • 50MHz – 250MHz: 98dB • 250MHz – 1GHz: 115dB • 1GHz – 10GHz: 128dB • 10GHz – 20GHz: 122dB • 20GHz – 35GHz: 118dB • 35GHz – 43.5GHz: 110dB
Effective Directivity	42dB (10MHz – 2GHz), 45dB (2GHz – 20GHz), 38dB (20GHz – 43.5GHz)
Effective Source Match	40dB (10MHz – 2GHz), 30dB (2GHz – 20GHz), 30dB (20GHz – 43.5GHz)
Effective Load Match	42dB (10MHz – 2GHz), 45dB (2GHz – 20GHz), 36dB (20GHz – 43.5GHz)
Port Connection	2.4mm (male)

3. General
Number Of Measuring Ports	standard 2 port, optional 4 port
Peripheral Interface	USB, GPIB, VGA, LAN, HDMI interface
Display	12.1-inch 16:10 screen (equipped with capacitive touch function)
Power Consumption	Maximum 300W
Dimension	426 (W) × 266 (H) × 400 (D) mm (no soles, no handles) 516 (W) ×280 (H) ×490 (D) mm (include soles and handles)
Weight	S3604C/D/E: max. 25kg S3604G: max. 28kg
	(Note: see more detail information in the Source – Datasheet.)

Main Machine

Module No.	Item	Description
S3604C	Vector Network Analyzer	100 kHz to 14 GHz
S3604D	Vector Network Analyzer	100 kHz to 20 GHz
S3604E	Vector Network Analyzer	100 kHz to 26.5 GHz
S3604G	Vector Network Analyzer	10 MHz to 43.5 GHz

Options

Module No.	Item	Description
S3604C-400	Four-port Measurement	Four port option for S3604C VNA
S3604D-400	Four-port Measurement	Four port option for S3604D VNA
S3604E-400	Four-port Measurement	Four port option for S3604E VNA
S3604G-400	Four-port Measurement	Four port option for S3604G VNA
S3604-006	English Option	Configure the English front and rear panels and the English operating system
S3604-011	31101 N-type 50Ω Calibration Kit	For Calibration of the Analyzer (DC - 18GHz)
S3604-013	31121 3.5mm Calibration Kit	For Calibration of the Analyzer (DC - 26.5GHz)
S3604-014	20202 3.5mm Calibration Kit	For Calibration of the Analyzer (DC - 9GHz)
S3604-016	31123A 2.4mm Calibration Kit	For Calibration of the Analyzer (DC - 50GHz)
S3604-021	20402 Ecal Calibration Kit	For Calibration of the Analyzer (300kHz - 18GHz, N-type two port)
S3604-022	20403 Ecal Calibration Kit	For Calibration of the Analyzer (10MHz - 26.5GHz, 3.5mm two port)
S3604-023	20404 Ecal Calibration Kit	For Calibration of the Analyzer (10MHz - 50GHz, 2.4mm four port)
S3604-024	20405 Ecal Calibration Kit	For Calibration of the Analyzer (10MHz - 20GHz, 3.5mm four port)
S3604-031	FB0HA0HB025.0 3.5mm Test Cable	For Measurement of the Analyzer (3.5mm Male) Used for S3604C/D/E
S3604-032	FB0HA0HC025.0 3.5mm Test Cable	For Measurement of the Analyzer (3.5mm Female) Used for S3604C/D/E
S3604-033	FB0HA0AH025.0 3.5mm-N Test Cable	For Measurement of the Analyzer (N -male) Used for S3604C/D/E
S3604-034	FB0HA0AL025.0 3.5mm-N Test Cable	For Measurement of the Analyzer (N-Female) Used for S3604C/D/E
S3604-035	3.5mm Economic Test Cable	For Measurement of the Analyzer (3.5mm-Male) Length=63cm, Used for S3604C/D/E
S3604-036	3.5mm Economic Test Cable	For Measurement of the Analyzer (3.5mm-Female) Length=63cm, Used for S3604C/D/E
S3604-037	2.4mm Economic Test Cable	For Measurement of the Analyzer (2.4mm-Male) Length=63cm, Used for S3604G
S3604-038	2.4mm Economic Test Cable	For Measurement of the Analyzer (2.4mm-Female) Length=63cm, Used for S3604G
S3604-041	3.5mm-N Economic Test Cable	For Measurement of the Analyzer (N-Male) Length=63cm, Used for 3604C/D/E
S3604-042	3.5mm-N Economic Test Cable	For Measurement of the Analyzer (N-Female) Length=63cm, Used for S3604C/D/E
S3604-047	FE0BN0BM025.0 2.4mm Gore Test Cable	For Measurement of the Analyzer (2.4mm-Male) Used for S3604G
S3604-048	FE0BN0BL025.0 2.4mm Gore Test Cable	For Measurement of the Analyzer (2.4mm-Female) Used for S3604G
S3604-052	87231 USB Power Sensor	Frequency range: 10MHz - 18GHz
S3604-053	87232 USB Power Sensor	Frequency range: 50MHz - 26.5GHz
S3604-054	S87233 USB Power Sensor	Frequency range: 50MHz - 40GHz
S3604-062	Cabinet Option	/
S3604-S07	AFR Automatic Fixture Remove Option	Used for automatic test and removal of single end and balance device measuring fixture
S3604-S10	Time-domain Measurements	Used for time domain measurements to determine and analyze discontinuous locations in devices, fixtures or cables
S3604-S11	Advanced Time-domain Measurements	Used for TDR time domain impedance test, eye chart analysis, etc.

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