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Bandwidth Selection:
350 MHz, 500 MHz, 1 GHz
Resolution:
12 Bits
Sampling Rate:
10 GS/s
Max Memory:
250 Mpts/ch
Channels:
4
The HDO6000B Oscilloscope combines high-definition performance with versatile functionality. Offering up to 12-bit resolution and intuitive operation, it is perfect for detailed waveform analysis and testing. Whether you’re working on digital designs or DDR memory test applications, this oscilloscope ensures clarity and precision, making it a reliable option for those exploring the best oscilloscope for modern testing needs.
The DL-HCM series probes by Teledyne LeCroy are advanced 60 V common-mode differential probes designed for precise power conversion measurements in GaN-based and 48 V systems. Offering bandwidths of 250 MHz (DL02-HCM), 500 MHz (DL05-HCM), and 1 GHz (DL10-HCM), these probes feature 80 V differential and 60 V common-mode voltage ranges, making them ideal for high-power DC-DC converters, AC-DC power supplies, and wireless charging systems. Exceptional accuracy, low noise, and a wide range of tips enhance their versatility and usability.
The Teledyne LeCroy low noise differential probe collection includes a diverse range of differential probes tailored for high-precision signal measurements. These probes span from low-bandwidth models like the ZD Series (up to 1.5 GHz) and ZD200 (200 MHz) for automotive and general-purpose use, to high-bandwidth options such as the DH Series (8-30 GHz) for PCIe and DDR systems. The WaveLink System (4-6 GHz) offers superior signal fidelity for high-speed DDR signals, while the AP033 Active Differential Probe excels in capturing high-speed differential signals with bandwidth up to 500 MHz. With various tips and compatibility across multiple devices, these probes address diverse testing needs across industries.
The Typhoon HIL606 is a flagship 4th-generation Hardware-in-the-Loop (HIL) simulator offering unmatched speed, power, and flexibility for real-time testing. Equipped with an 8-core processor, it enables simulation of complex models, including microgrids and fast-switching converters, with minimal simulation steps of 200 ns and digital input sampling at 3.5 ns. Its extensive connectivity options, including EtherCAT, CAN FD, and Quad SFP ports, allow seamless integration with diverse hardware and software tools. With the capacity to parallel up to 16 devices and robust support for real-time protocols, the HIL606 is ideal for advanced applications in e-mobility, microgrids, and high-frequency power systems.
The Typhoon HIL404 is a 4th-generation Hardware-in-the-Loop (HIL) testing platform offering ultra-high fidelity and exceptional speed for real-time simulations. Designed for demanding applications in power electronics and automotive systems, it supports 200 ns simulation time steps and 3.5 ns digital input sampling resolution, making it the fastest HIL device available. The HIL404 features advanced nonlinear machine modeling, real-time semiconductor power loss emulation, and seamless integration with simulation tools like MATLAB/Simulink and JMAG. With extensive connectivity options, it supports rapid control prototyping, automated testing, and real-time emulation of complex systems such as microgrids, motor drives, and battery inverters.
The ZS Series high-impedance active probes from Teledyne LeCroy are designed for high-fidelity signal measurements up to 4 GHz. With high input resistance (1 MΩ) and low input capacitance (0.6–0.9 pF), they minimize circuit loading, preserving signal integrity across a wide frequency range. These probes feature ±8 V dynamic range, ±12 V offset capability, and come with a variety of tips and grounding options to handle diverse probing challenges. Their compact design integrates seamlessly with oscilloscopes, ensuring ease of use and accurate performance. Models are tailored for oscilloscopes ranging from 1 GHz to 4 GHz bandwidth.
The HVD3000A series high voltage differential probes by Teledyne LeCroy are designed for precise and safe measurements in high-voltage environments. These probes feature exceptional common-mode rejection ratios (CMRR) across a broad frequency range, making them ideal for noisy power electronics. They are capable of measuring up to 7 kV differential voltages with high accuracy (1% gain) and support applications from solar PV systems to electric drives and switch-mode power supplies. The ProBus interface ensures seamless integration with compatible oscilloscopes, offering auto-scaling and no need for additional power supplies. With CAT safety ratings up to 6 kV and wide bandwidths up to 400 MHz, these probes are versatile tools for high-performance testing.
