<p id="xvz91"></p>

          <pre id="xvz91"><del id="xvz91"></del></pre>

          <pre id="xvz91"></pre>
          <del id="xvz91"></del>
          
          <ruby id="xvz91"></ruby>

            <p id="xvz91"></p>
            <pre id="xvz91"></pre><p id="xvz91"></p><p id="xvz91"></p>
              <pre id="xvz91"><ruby id="xvz91"></ruby></pre>
              深圳市元鋒科技有限公司
              網站導航

              產品中心

              當前位置:主頁 > 產品中心 > 電子測試測量儀器儀表 > 矢量網絡分析儀 >TTR503A矢量網絡分析儀
              TTR503A矢量網絡分析儀

              TTR503A矢量網絡分析儀

              型號:TTR503A

              產品時間:2023-11-10

              簡要描述:

              TTR503A矢量網絡分析儀是一種電氣測試儀器,它使用已知的連續波 (CW) 信號來測量射頻 (RF) 和微波器件、系統和子系統在設計和制造應用中的幅度和相位響應。它是幫助制造無線設備的重要測試工具。

              推薦產品
              詳細介紹

              TTR503A矢量網絡分析儀Legendary support and quality meets ease-of-use and affordability. The Tektronix TTR500 series 2-port, 2-path VNA is our latest breakthrough - an unmatched combination of measurement performance and convenience. Get the power to make everyday measurements with the accuracy and confidence you expect from Tektronix, all without breaking your budget.

              Key performance specifications

              • 100 kHz to 6 GHz frequency range
              • > 122 dB dynamic range
              • -50 to +7 dBm output power
              • < 0.008 dB RMS trace noise

              Key features

              • Full 2-port 2-path S-parameter measurement (S11, S21, S12, S22) in a variety of formats.
              • Complete vector network analysis capability with Tektronix VectorVu-PC™ software.
              • Built-in bias tee accessible on both ports to bias active devices.
              • Application programming interface (API) for Microsoft Windows environment and LabView driver.
              • Robust SCPI command interface (compatible with current VNA models) to optimize code migration.
              • Touchstone file support (import/export) for use with Electronic Design Automation (EDA) simulation tools.
              • Offline simulation mode for analysis of S-parameter files when disconnected from the instrument.
              • Industry-leading three year warranty.

              Applications

              • Antenna matching and tuning
              • RF component design and validation
              • Education

              Benchtop performance at a fraction of the cost

              The TTR500 offers industry-leading price and performance. With more than 122 dB dynamic range and less than 0.008 dB RMS trace noise, the TTR500 has performance similar to expensive, conventional benchtop VNAs.

               

              TTR500-Series-VNA-Datasheet

               

              TTR503A矢量網絡分析儀

              Compact and transportable: Take test where you need it

              Gone are the days when you had to roll a cart with a heavy, shared VNA. Weighing under 3.5 lbs (1.59 kg), the TTR500 has a form factor small enough to fit in a briefcase. With a price tag to match, you can put a VNA on every engineering bench to improve efficiency and uptime. In a classroom, students can get hands-on experience with industry standard test instrumentation.

               

              TTR500-Series-VNA-Datasheet

               

               

              Performance, size, reliability, affordability - choose four

              The TTR500A series VNA includes an impressive array of technological and patented advances that allowed us to bend many of the traditional trade-offs between RF performance, size, reliability, and cost.

              Performance: Inside the VNA is a tightly integrated, single-board design. At its core lies a proprietary ASIC that implements all of the transmitting and receiving functions. Along with decades of experience in RF front-end and shielding design, this integration allowed us to implement advanced DSP and patented error correction techniques that dramatically improve measurement accuracy and dynamic range.

               

              TTR500-Series-VNA-Datasheet

               

               

              Convenience: Traditional benchtop VNAs have a computer inside that typically becomes obsolete by the time the product hits the market. Our architecture enables significant improvements in size, cost, and reliability by communicating over USB to your PC, while adding additional benefits and convenience. For example, run VectorVu-PC with other applications, share data seamlessly, and save individual application setups on your PC when multiple users share the TTR500.

              Size: A compact single-board design without heavy input and display components allows the TTR500 to pack a lot of powerful functionality in a tablet-sized frame. Store it in a drawer, pack it in your briefcase, or carry it on a plane. Take quality test and measurement technology wherever you need it.

              Reliability: In addition to reduced part count, integration on a singleboard consumes less energy than traditional benchtop VNAs. The board generates less heat, resulting in lower component stresses and higher reliability. A fanless design provides a quieter operation. We back all of this with a three year warranty.

              Affordability: With fewer parts and an integrated design, we created a handheld VNA that delivers traditional benchtop performance and convenience at an unrivaled price. Why settle for less?

              Integrated bias tee for active devices

              Use the built-in bias tee (standard in both models) to provide a DC bias to active devices without the expense and complication of external circuitry. Power the bias tee directly through BNC connectors on the rear panel.

               

              TTR500-Series-VNA-Datasheet

               

               

              Complete line of affordable accessories

              To simplify shopping for the complete VNA solution, Tektronix offers a range of accessories for high-accuracy measurements. Select from calibration kits, phase-stable cables, adapters, attenuators, rackmount, rugged carry case, and a training kit. See Ordering information for a full list of available accessories.

               

              TTR500-Series-VNA-Datasheet

               

               

              Full 2-port 2-path S-parameter measurements

               

              TTR500-Series-VNA-Datasheet

               

               

              An independent RF source and three RF receivers for each port of the TTR500 enable you to take high-accuracy magnitude and phase measurements with a 1-port or 2-port device under test (DUT). Use the TTR500 to perform complete S11, S12, S21, and S22measurements of the DUT and display data in a variety of formats (see measurement functionality table).

              VectorVu-PC measurement functionality

              Sweep typesMeasured parameters
              Linear 
              Log
              S11, S12, S21, S22
              Absolute receiver level
              Data display formatsChannel/trace functions
              Logarithmic magnitude 
              Linear magnitude 
              Phase 
              Expanded phase 
              Group delay 
              Smith chart 
              Polar 
              SWR 
              Real/Imaginary
              Up to 16 channels 
              Up to 16 traces/channel 
              Up to 9 markers/trace + reference marker 
              Memory math 
              Averaging 
              Smoothing 
              Save/load state, calibration, and trace data
              CalibrationTrigger
              Response (Reflection/Transmission) 
              Enhanced response 
              Full 1-port SOL 
              Full 2-port SOLT 
              - Defined thru 
              - Unknown thru 
              User-defined calibration kit
              Manual 
              Internal 
              External 
              SCPI command

              Rapid measurement and analysis with VectorVu-PC

              VectorVu-PC (available as free download) features an industry-standard interface that minimizes the learning curve so you have more time to test your design. The software delivers a traditional look and feel to control and calibrate the instrument, while providing touchscreen compatibility for Windows PC, laptop, or tablet. For automated test systems, we include a SCPI programming interface that is compatible with common legacy VNAs. A LabView driver is also available for analysis and control. See the TTR500 programmer manual for more information.

               

              TTR500-Series-VNA-Datasheet

               

               

              Offline simulation mode for convenient data analysis

              VectorVu-PC features a simulation mode to analyze S-parameter data when disconnected from the TTR500. Capture measurements at the test site and analyze the data anywhere. Share it with your team or class when access to the TTR500 is limited.

              Compatibility with EDA simulation tools

              VectorVu-PC supports the Touchstone (S1P, S2P) file format to import and export S-parameter data in the simulation mode. You can also share data in this format with common EDA simulation tools.

              Tektronix: A name you can trust

              For over 70 years, Tektronix has delivered industry-leading solutions to the people who drive technological progress. We maintain unrivaled standards of quality, reliability, service, and support with every product, like free access to our Technical Support Centers around the world.

               


              產品咨詢

              留言框

              • 產品:

              • 您的單位:

              • 您的姓名:

              • 聯系電話:

              • 常用郵箱:

              • 省份:

              • 詳細地址:

              • 補充說明:

              • 驗證碼:

                請輸入計算結果(填寫阿拉伯數字),如:三加四=7

              聯系方式

              郵件:yf@szyf518.com
              地址:深圳市寶安區寶安大道3016號富星通大廈716

              產品技術咨詢微信號移動端公司官網瀏覽

              在線客服 聯系方式 二維碼

              服務熱線

              400-617-8668

              掃一掃,關注我們

              黄色中文字幕_亚洲高清无码加勒比_久久亚洲欧美国产精品_国产乱子伦精品视频
              <p id="xvz91"></p>

                      <pre id="xvz91"><del id="xvz91"></del></pre>

                      <pre id="xvz91"></pre>
                      <del id="xvz91"></del>
                      
                      <ruby id="xvz91"></ruby>

                        <p id="xvz91"></p>
                        <pre id="xvz91"></pre><p id="xvz91"></p><p id="xvz91"></p>
                          <pre id="xvz91"><ruby id="xvz91"></ruby></pre>