ZOYI Mini Oscilloscope Multimeter 5MHz 48MSa/s True RMS 9999 Count V.C.F ZT-701

Save 67% on the ZOYI Mini Oscilloscope Multimeter 5MHz 48MSa/s True RMS 9999 Count V.C.F ZT-701 from AliExpress. We found this offer 2+ weeks ago, so hurry whilst stocks last! - Manufacturers part number: UKZOYIZT701

• 🔧 Perfect for Hobbyists & Pros — Whether you’re repairing electronics, troubleshooting circuits, testing components or doing DIY projects — ZT-701 gives reliable results without needing separate tools.
• 🔋 User-Friendly Features — Includes data hold, backlight for dim environments, auto power-off to conserve battery, and built-in lithium battery with USB charging support.
• 📦 Complete Package with Lifetime Support Includes: ZT‑703S Oscilloscope Multimeter, carrying bag, colour box, user manual, oscilloscope probe kit, high-voltage test leads, temperature probe, USB‑C charging cable, and lifetime technical support. Contact us anytime for assistance.
• 📊 True RMS & Auto/Manual Ranging — Provides accurate readings even on non-linear loads. Auto-ranging simplifies use, while manual mode gives flexibility for advanced measurement control.
• 💼 Compact & Portable Design — Lightweight handheld form factor makes it easy to carry around for field repairs, DIY electronics projects, and on-site diagnostics.
• 📏 Wide Measurement Ranges — From mV to 600 V for voltage, low ohms to high megaohms for resistance, and a broad capacitance range — ideal for testing small components to full circuits.
• 📈 Real-Time Waveform Capture — Oscilloscope mode offers real-time sampling at 48MSa/s with up to 5 MHz bandwidth, capturing voltage waveforms and signal details for comprehensive analysis.
• 🔍 Accurate Measurements — Measures DC/AC voltage (up to 600 V), resistance, capacitance, frequency, diode, and continuity with reliable precision.
• ⚡ 2-in-1 Oscilloscope & Multimeter — Combines a 5 MHz bandwidth digital oscilloscope and a 9999-count true RMS multimeter in a single compact unit. Perfect for electronics diagnostics, circuit debugging and waveform analysis.