VNA4435 Vector Network Analyzer
■Measurement frequency:100kHz~43.5GHz
■Measurement Port: 2 Ports or 4 Ports
■Excellent dynamic range: 125dB (typ.) @ 43.5GHz
■Ultra-Low trace noise: 2mdB rms (tpy.) @ IFBW=70KHz
■Output power range: -55dBm~+10dBm
■Ultra-high temperature stability:<0.01dB/℃
Classification:
VNA Products
Key words:
VNA4435 Vector Network Analyzer
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- Product Description
- Specification
- Relevant information
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- Commodity name: VNA4435 Vector Network Analyzer
Measuring frequency100kHz~43.5GHz
■Measurement frequency:100kHz~43.5GHz
■Measurement Port: 2 Ports or 4 Ports
■Excellent dynamic range: 125dB (typ.) @ 43.5GHz
■Ultra-Low trace noise: 2mdB rms (tpy.) @ IFBW=70KHz
■Output power range: -55dBm~+10dBm
■Ultra-high temperature stability:<0.01dB/℃
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Introduction：
With a frequency range from 100KHz to 43.5 GHz, the VNA4435 vector network analyzers can cover testing for microwave products in C/X/Ku/K/Ka bands. They can be widely used in R&D and production testing in various industries, such as microwave communications, satellite communications, aerospace, and military.
The VNA4435 provides excellent performance in terms of Dynamic range, trace noise, accuracy, and stability. It supports various fixture simulation algorithms such as automatic port extension, AFR(Automatic Fixture Removal), as well as time-domain analysis and eye diagram testing. It also supports the expansion of millimeter wave frequency bands to 110GHz through external spread spectrum modules. It can adapt to most mechanical and electronic calibration components in the market and provide customized testing software to meet the flexible and diverse testing needs.
Key features：
【Performance】 【Functional】 Measurement frequency:100kHz~43.5GHz Support Time Domain Analysis(TDR) and enhance TDR (Eye Diagram/Rise time/Skew...) Measurement Port: 2 Ports or 4 Ports Compatible with main-stream mechanical and electronic calibration kits Excellent dynamic range: 125dB (typ.) @43.5GHz Full calibration algorithms (including SOLT, SOLR, TRL, response calibration, etc.) Ultra-Low trace noise: 2mdB rms (tpy.) @ IFBW=70KHz Embedding/De-Embedding techniques such as automatic port extension, fixture simulation, AFR(Automatic Fixture Removal), etc... Output power range: -55dBm~+10dBm Support external extended spectrum module to achieve 110GHz or higher Ultra-high temperature stability:<0.01dB/℃ The remote control interface supports VISA and SCPI protocols, and is compatible with customers' testing software 
Excellent dynamic range: 100dB@IFBW =10kHz Ultra low trace noise: 2mdB rms (typ.) @ IFBW=70kHz 
Efficiently solving the testing difficulties of
non-standard connector components by AFRMillimeter Wave Frequency Band Expansion Test 
Enhance TDR eye Diagram Technical Specifications：
SYSTEM MEASUREMENT RANGE Frequency Range 100kHz to 43.5GHz Number of Test Ports 2 or 4 Test Port Connector Type NMD 2.4mm, male Output Power Range -55dBm to +10dBm System Impedance 50Ω Frequency Setting Resolution 1Hz Power Setting Resolution 0.05dB Number of Measurement Points 2 to 100,001 System Bandwidth(IFBW) 10Hz to 1.5MHz System Dynamic Range:
(RF Range Fixed Mode=OFF)
@IFBW=10Hz100kHz to 500kHz 95dB 500kHz to 2MHz 110dB 2MHz to 5.8GHz 135dB 5.8GHz to 26.5GHz 130dB 26.5GHz to 43.5GHz 125dB MEASUREMENT ACCURACY(UNCERTAINTY) Noise: Meas. Power=Max Output Power Transmission 100kHz to 10MHz(IFBW=3kHz) 4mdB rms/0.03deg rms 10MHz to 6GHz(IFBW=70kHz) 4mdB rms/0.03deg rms 6GHz to 26.5GHz(IFBW=70kHz) 3mdB rms/0.02deg rms 26.5GHz to 43.5GHz(IFBW=70kHz) 4mdB rms/0.03deg rms Reflection 100kHz to 10MHz(IFBW=3kHz) 5mdB rms/0.05deg rms 10MHz to 6GHz(IFBW=70kHz) 5mdB rms/0.03deg rms 6GHz to 26.5GHz(IFBW=70kHz) 4mdB rms/0.04deg rms 26.5GHz to 43.5GHz(IFBW=70kHz) 5mdB rms/0.04deg rms