Siglent SAP5000D Differential Probe

Description

Siglent SAP5000D Differential Probe

SAP5000D High-Bandwidth Differential Active Probe: Precision and Performance for High-Speed Signal Measurement

The SAP5000D Differential Active Probe is a cutting-edge tool designed to deliver exceptional performance when measuring high-speed signals. With its high bandwidth and low noise capabilities, this probe ensures accurate, reliable data collection for your most demanding applications. Its high input impedance minimizes the load on your measurement system, allowing for precise and unaltered signal readings.

Key Features of the SAP5000D Active Probe include:

• Bandwidth: DC to > 5 GHz, ensuring excellent coverage for a wide range of high-frequency signals.
• Single-Ended Input Resistance: 10 kΩ, minimizing signal distortion.
• Differential Input Resistance: 20 kΩ for enhanced signal integrity.
• Differential Input Capacitance: As low as 400 fF to minimize signal interference.
• Input Dynamic Range: ± 2.5 V, ensuring flexibility in various measurement scenarios.
• Offset Voltage Range: ± 12 V, ideal for complex signal analysis.

The SAP5000D uses the SAPBus interface, compatible with leading oscilloscopes such as the SDS3000X HD, SDS5000X, SDS6000 Pro, and SDS7000A series. This smart interface simplifies setup by enabling automatic recognition of the probe by the oscilloscope, eliminating the need for external power sources.

Whether you’re conducting high-frequency signal analysis, debugging circuits, or testing advanced electronics, the SAP5000D active probe delivers the precision, low noise, and high bandwidth you need.

Ideal for High-Speed Applications: With its advanced design, the SAP5000D is perfect for industries requiring fast, precise signal measurements, such as telecommunications, RF engineering, and high-speed digital design.

Maximize the accuracy and performance of your oscilloscope with the SAP5000D high-bandwidth differential active probe—a tool engineered for excellence in signal integrity and measurement precision.