Rigol RPL2316 Standard Logic Probe

The Rigol RPL2316 Standard Logic Probe is a 16-channel digital probe that expands the measurement capabilities of compatible Rigol Mixed Signal Oscilloscopes. It acquires and displays logic-level signals from digital circuits, enabling engineers and technicians to debug and analyze complex digital systems. The probe connects directly to MSO digital input terminals and features dual branch headers with 8 signal channels each, plus extensive ground connections for reliable signal integrity.

Technical Specifications

• Channels: 16 digital input channels organized as two headers (D0-D7, D8-D15)


• Signal leads: 8 per header


• Ground leads: 12 per header


• Input impedance: 101 kΩ


• Input capacitance: Approximately 8 pF


• Maximum input voltage swing: ±40 V


• Minimum input voltage swing: 500 mV


• Minimum detectable pulse width: 5 ns


• Threshold range: ±20 V


• Threshold accuracy: ±100 mV + 3% of threshold setting


• Cable length: Approximately 100 cm


• Lead length: Approximately 15 cm

Key Features

• Dual-header configuration enables efficient layout and connection to large pin arrays


• Color-coded channels with numeric labeling simplify signal identification


• High ground density (12 grounds per header) minimizes noise coupling


• Dual connection methods: direct pin-row contact or individual grabber-equipped leads


• Wide voltage threshold range with ±100 mV base accuracy


• Fast pulse detection capability (5 ns minimum width)

Typical Applications

• Digital circuit debugging and signal acquisition


• Multi-channel bus and protocol monitoring


• Timing analysis across wide data paths


• Logic-level troubleshooting in embedded systems

Compatibility & Integration The RPL2316 interfaces with Rigol MSO series oscilloscopes: MSO8000, MSO7000, MSO4000, and MSO2000A. Package includes one parallel data cable, active logic head, 20 data leads (two 10-lead sets), 20 grabbers, and soft carrying bag. Operating temperature 0°C to 50°C; storage temperature -20°C to 60°C.