Sanko RF BNA100 SERIESCOMPACT VECTOR NETWORK ANALYZER
- The BNA100 Series is a compact and powerful Vector Network Analyzer designed for various applications with a frequency range of 300kHz to 6.5GHz/8.5GHz.
- It’s user-friendly.
- The BNA100 Series provides superior performance, wide dynamic range, low noise, and high-resolution scanning.
- Its versatile software supports advanced measurements, and the USB interface allows easy connection to a PC for remote control and data storage.
- A cost-effective solution for accurate RF testing.
- Compact Vector Network Analyzer
Product Features
Options
Documents
Applications
Product Features
Frequency Range : 300KHz – 6.5GHz/8.5GHz
Output Power Range : -20dBm to +10dBm
Measurement parameters: S11 to S22
Measurement point per sweep : 2 to 20001
Dynamic range : 120dB @ IFBW 10Hz
Low Trace Noise : 5mdB rms @IFBW 3kHz
Measurement Speed : 68us/point @IFBW 100kHz
Support : Standard Visa
Options
Frequency Options
300KHz – 6.5GHz
300KHz – 8.5GHz
Documents
Applications
Energy
- Analyzing and optimizing RF components in wireless power transfer systems and smart grids. Ensuring the efficiency of wireless charging systems for electric vehicles.
Aerospace and Defence
- Verifying the functionality of radar systems, antennas, and communication devices in military and aerospace applications. Testing the radar cross-section of an aircraft using a VNA to optimize stealth capabilities.
Research and Academia
- Conducting experiments and research in RF and microwave engineering.Investigating the characteristics of novel RF materials for use in communication systems. Courseware Solutions
Medical Devices
- Analyzing and designing RF components in medical devices such as MRI machines and wireless medical sensors. Ensuring the accuracy and reliability of RF components in a medical imaging device.
Manufacturing Quality Control
- Ensuring the quality and performance of RF components during the manufacturing process. Verifying the specifications of RF filters produced in a manufacturing facility.
Automotive
- Testing and optimizing the performance of RF components in automotive communication systems and sensors. Analyzing the signal integrity of radar sensors for collision avoidance systems.
Internet of Things (IoT)
- Analyzing and optimizing the RF performance of devices in IoT networks. Testing the communication range and reliability of sensors in a smart home system.