Rent & Sale
双光纤衰减器
Key specifications at a glance: Wavelength range: 800 – 1370 nm Attenuation range: 0 to 35 dB Relative power monitoring uncertainty: ±0.1 dB + 300 pW Settling time: 200 ms (typical) Transition speed: selectable from 0.1 to 80 and 1000 dB/s Optical path blocking: >60 dB (typical) Flexible configurations: N7766A: 2 attenuation channels N7768A: 4 attenuation channels Fiber port options: 50 µm, 62.5 µm, or 80 µm for multimode systems Primary application: Determine optical receiver sensitivity by measuring BER vs. input signal power. The output power monitoring ensures accurate, stable settings regardless of input variations. Convenient offset parameters let you set power levels that correspond to signals after other optical components in the test path.
Mixed Signal Oscilloscope
📢 Classic Still in Demand – Tektronix MS071604C 16 GHz Mixed‑Signal Oscilloscope A flagship member of the MSO/DPO70000 series, the MS071604C remains a benchmark for high‑frequency and high‑speed digital testing. ✅ Core specifications Analog bandwidth: 16 GHz (4 channels) Sampling rate: 50 GS/s (4‑ch) / 100 GS/s (2‑ch) Digital channels: 16 built‑in logic channels (2.5 GHz bandwidth) Record length: 62.5 Mpts per channel standard, expandable Typical applications include aerospace & defence, high‑speed serial bus analysis, and complex embedded system debug. 📩 For detailed configuration (options like DSAU, DPOJET analysis software) or availability, feel free to DM or comment below.
Optical Spectrum Analyzer
The AQ6360 is Yokogawa’s first optical spectrum analyzer purpose‑engineered for manufacturing test – not R&D. It delivers the speed, reliability, and simplicity that production floors demand, at roughly 30% lower cost than high‑performance models. Sweep speed is up to 2× faster, directly increasing throughput. The innovative free‑space optical input accepts both single‑mode and multimode fibres – no internal fibre to clean, no mismatch loss. With a wavelength range of 1200–1650 nm, accuracy of ±0.02 nm, and dynamic range of 55 dB, it covers all key telecom wavelengths. Built‑in analysis functions (WDM OSNR, SMSR, DFB‑LD, EDFA, spectral width) simplify testing of lasers, transceivers, and amplifiers. The 8.4″ capacitive touchscreen and standard GP‑IB/Ethernet interfaces ensure intuitive operation and easy automation. Compact (4U, 15.5 kg) and maintenance‑free, the AQ6360 is the smart choice for high‑volume optical component production.
Oscilloscope
The MXR404A delivers 4 GHz bandwidth on all four analog channels simultaneously, with a 16 GSa/s sample rate and a 10‑bit ADC that extends to 16 bits in high‑resolution mode – giving you 4× the vertical resolution of traditional 8‑bit scopes. Its ultra‑low noise floor (43 µV) and high ENOB (9.0) ensure precise measurements even on small signals. Beyond oscilloscope functionality, it integrates logic analysis, protocol decoding, real‑time spectrum analysis, DVM, frequency counter, bode plotter, and a waveform generator – all in one chassis. The 15.6‑inch Full HD capacitive touchscreen and hardware‑accelerated processing make debugging faster and more intuitive. Ideal for high‑speed digital design, power integrity validation, and EMI troubleshooting, the MXR404A is a versatile workhorse for R&D labs and manufacturing test floors.
Digital Phosphor Oscilloscope
Tektronix DPO70604C – 6 GHz bandwidth, 25 GS/s sample rate on all 4 channels, and a 31M record length.- Designed for high-speed signal integrity analysis and complex digital design validation.- Uncover every detail with confidence.
Signal and Spectrum Analyzer
R&S® FSV3007 – 7.5 GHz Signal and Spectrum Analyzer The R&S® FSV3007 is a mid-range signal and spectrum analyzer from Rohde & Schwarz, delivering 10 Hz to 7.5 GHz frequency coverage with 200 MHz analysis bandwidth . It covers all mainstream wireless bands, including Wi-Fi 7 and Sub‑6 GHz 5G
Analyzer Module / 1-slot AXIe
Product Specifications Symbol rates 2 to 32.4 Gbaud One channel per 1-slot module 70 mV input sensitivity Supports NRZ and PAM4 Built-in equalization Real-time bit error and symbol error analysis
Logic Analyzer
Main Features • 500 ps (2 GHz)/32 Mb deep memory timing for capturing intermittent events over long time windows • MagniVu™ timing technology with 125 ps resolution, supporting state acquisition or deep memory timing acquisition to quickly identify hard-to-detect timing issues without repeated testing • Glitch and setup/hold time violation triggering and display to detect and show hard-to-find hardware problems • 235 MHz state acquisition for analyzing high-speed synchronous digital circuits • iView™ time-correlated analog and digital composite views to see how analog issues affect your digital signals • 34/68/102/136 channel configurations provide flexible solutions to fit any budget • Microsoft Windows XP Professional PC controller offers a familiar user interface and networking capabilities • Remote control and monitoring of the TLA in host mode via network or through built-in Windows XP Remote Desktop
Electrometer/High Resistance Meter
Main Features • Resistance measurement up to 1018 Ω • Current measurement range 10aA - 20mA • Voltage drop at minimum current range input <20μv> • 200TΩ input impedance• <3fa bias current=""> • Test rate up to 425 rdgs/s• Built-in ±1kV voltage source
Infiniium UXR Series Oscilloscopes: 110 GHz, 4 Channels
Features • 110 GHz bandwidth • 500 Mpts memory depth per channel, upgradable to 2 Gpts per channel • 256 GSa/s sampling rate on all channels • 160 MHz DDC, upgradable to 2.16 GHz DDC • 160 MHz RTSA, upgradable to 320 MHz RTSA • High-resolution 10-bit analog-to-digital converter (ADC) • Lower background noise and measurement background jitter • High effective number of bits (ENOB) across all supported bandwidths • Optional calibration module N2125A allows you to perform self-calibration on-site • Includes high-speed SDA and clock recovery functions• Includes user-defined functions • Includes InfiniiSim Basic, which can easily compensate for channel loss using a module model • Includes PrecisionProbe/PrecisionCable, helping to quickly characterize probe or cable loss
