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P7300 Oscilloscope Probe: Tired of Inaccurate Signal Measurements?
Frustrated with probes that lag on high-frequency signals or lack precise voltage readings? The P7300 Oscilloscope Probe delivers accurate, reliable signal analysis!
Appearance & Structure
Ergonomic design for comfortable extended use. Durable 130±2cm flexible cable eases maneuvering. Includes colorful test rings, yellow caps, and a screw accessory for versatility. Lightweight (≈55g) to prevent hand fatigue.
Product Parameters
Parameter
Detail
Model
P7300
Bandwidth
300MHz
Rise Time
1.15ns
Attenuation Ratio
1X / 10X
Input Resistance
1X: 1MΩ±2% / 10X: 10MΩ±2%
Input Capacitance
1X: 85pF - 135pF / 10X: 14pF - 18pF
Max Input Voltage
1X: 300V (Vp-p) / 10X: 600V (Vp-p)
Compensation Range
9 - 30pF
Cable Length
130±2cm
Weight
≈55g
Operation Environment
-10℃ - 50℃, 0 - 80%RH
Storage Environment
-20℃ - 75℃, 0 - 90%RH
Function Introduction
300MHz High-Bandwidth: Captures fast signals with 1.15ns rise time, ideal for high-speed circuits, RF, and communication systems.
Dual Attenuation: Switch 1X for precise low-voltage measurements or 10X for safe 600V high-voltage testing without distortion.
Precise Inputs: Calibrated resistance and capacitance minimize interference, ensuring accurate signal reproduction.
Adjustable Compensation: 9-30pF range fine-tunes to oscilloscopes, eliminating waveform distortion.
Rugged Reliability: Operates in -10℃ to 50℃ (0-80%RH); stores safely at -20℃ to 75℃ (0-90%RH) for lab/field use.
Applicable Scenarios
Advanced Electronics R&D: Tests high-speed ICs, 5G devices, and high-frequency power supplies.
Telecommunications: Analyzes signals in base stations, routers, and fiber systems for optimal performance.
Automotive Electronics: Diagnoses high-speed data buses, sensors, and power circuits in EVs and autonomous vehicles.
Education: Teaches high-frequency signal analysis and advanced oscilloscope operation.
Why Choose P7300?
Precision: 300MHz bandwidth + fast rise time for detailed, accurate measurements.
Versatility: Dual attenuation and wide compensation work with most oscilloscopes.
Durability: Rugged build handles lab and field environments reliably.
