ADS1014D Oscilloscope 7 Inch TFT LCD Display Screen 100MHz 2 in 1 Dual Channel Input Storage Oscilloscope Digital Signal Generator
ADS1014D Oscilloscope 7 Inch TFT LCD Display Screen 100MHz 2 in 1 Dual Channel Input Storage Oscilloscope Digital Signal Generator
$199.99
Ex Tax: $199.99
- Stock: In Stock
- Model: MZ000320
- SKU: MZ000320
Description:
The ADS1014D is an integrated 2-in-1 digital oscilloscope and DDS signal generator. It boasts comprehensive functions and excellent practicality, serving as a cost-effective dual-channel desktop test instrument for electronic repair workshops and product R&D laboratories.
This unit delivers a 1GSa/s real-time sampling rate and 100MHz bandwidth across two analog channels. Three complete trigger modes (Auto / Normal / Single) support both periodic analog waveforms and non-periodic digital signals for flexible testing. It integrates a built-in DDS signal generator plus an industry-exclusive Capture Output function with a max 2.5Vpp output level. All signals adopt 1Hz fine frequency stepping, offering 14 standard preset waveforms plus user-customizable captured waveforms.
The Capture Output module extracts full or partial complex waveforms measured by the oscilloscope and reproduces them as generator signals; it can store up to 1000 custom captured waveform sets. Dual input channels are equipped with built-in high-voltage protection circuits that withstand continuous 400V input, eliminating the risk of hardware burnout when probes are mistakenly left in 1× mode during high-voltage testing.
Additional practical functions include a long time-base scroll mode for monitoring slow voltage fluctuations and an optimized one-touch AUTO setup that automatically optimizes waveform display without complex manual tuning. The 7-inch 800×480 high-definition TFT LCD delivers clear waveform visualization. Manual cursor measurement eliminates manual scale conversion to directly read Vpp and frequency values for fast analysis.
A one-click screenshot & waveform storage system utilizes 1GB internal storage to hold up to 1000 screenshot images and 1000 waveform datasets, with instant saving and no redundant pop-up prompts. The built-in waveform manager supports thumbnail preview, page turning, deletion, zoom, pan and secondary cursor measurement for deep data analysis. A built-in USB port connects the unit to a PC as a removable flash drive for easy file export. It also features Lissajous XY mode for dual-signal amplitude, frequency and phase comparison, plus FFT spectrum analysis to identify signal harmonic components.
The ADS1014D is an integrated 2-in-1 digital oscilloscope and DDS signal generator. It boasts comprehensive functions and excellent practicality, serving as a cost-effective dual-channel desktop test instrument for electronic repair workshops and product R&D laboratories.
This unit delivers a 1GSa/s real-time sampling rate and 100MHz bandwidth across two analog channels. Three complete trigger modes (Auto / Normal / Single) support both periodic analog waveforms and non-periodic digital signals for flexible testing. It integrates a built-in DDS signal generator plus an industry-exclusive Capture Output function with a max 2.5Vpp output level. All signals adopt 1Hz fine frequency stepping, offering 14 standard preset waveforms plus user-customizable captured waveforms.
The Capture Output module extracts full or partial complex waveforms measured by the oscilloscope and reproduces them as generator signals; it can store up to 1000 custom captured waveform sets. Dual input channels are equipped with built-in high-voltage protection circuits that withstand continuous 400V input, eliminating the risk of hardware burnout when probes are mistakenly left in 1× mode during high-voltage testing.
Additional practical functions include a long time-base scroll mode for monitoring slow voltage fluctuations and an optimized one-touch AUTO setup that automatically optimizes waveform display without complex manual tuning. The 7-inch 800×480 high-definition TFT LCD delivers clear waveform visualization. Manual cursor measurement eliminates manual scale conversion to directly read Vpp and frequency values for fast analysis.
A one-click screenshot & waveform storage system utilizes 1GB internal storage to hold up to 1000 screenshot images and 1000 waveform datasets, with instant saving and no redundant pop-up prompts. The built-in waveform manager supports thumbnail preview, page turning, deletion, zoom, pan and secondary cursor measurement for deep data analysis. A built-in USB port connects the unit to a PC as a removable flash drive for easy file export. It also features Lissajous XY mode for dual-signal amplitude, frequency and phase comparison, plus FFT spectrum analysis to identify signal harmonic components.
Core Features:
7-inch HD TFT Display
7-inch color TFT LCD with 800 × 480 native resolution, vibrant color rendering and high contrast ratio for sharp waveform viewing.
7-inch color TFT LCD with 800 × 480 native resolution, vibrant color rendering and high contrast ratio for sharp waveform viewing.
Built-In DDS Multi-Function Signal Generator
Outputs 14 standard 5Vpp waveforms: sine, square, triangle, sawtooth, reverse sawtooth, ladder, half-wave rectified, full-wave rectified, exponential, logarithmic, square root, multi-tone and custom captured waveforms. Sine wave max frequency reaches 10MHz; other standard waveforms top out at 2MHz, while captured custom waveforms support up to 1MHz. All signals feature precise 1Hz frequency stepping, unlike coarse half-frequency division used by many portable competitors.
Outputs 14 standard 5Vpp waveforms: sine, square, triangle, sawtooth, reverse sawtooth, ladder, half-wave rectified, full-wave rectified, exponential, logarithmic, square root, multi-tone and custom captured waveforms. Sine wave max frequency reaches 10MHz; other standard waveforms top out at 2MHz, while captured custom waveforms support up to 1MHz. All signals feature precise 1Hz frequency stepping, unlike coarse half-frequency division used by many portable competitors.
Industry-Exclusive Capture Output Function
Capture Output records real complex waveforms measured by the oscilloscope and reproduces them via the signal generator, storing up to 1000 unique custom waveform profiles. Unlike traditional arbitrary signal generators that rely on manually drawn distorted waveforms, captured signals retain authentic circuit characteristics. Frequency is fully adjustable from 1Hz to 1MHz at 2.4Vpp with 1Hz ultra-fine resolution for advanced circuit simulation, a feature unavailable on most standalone oscilloscopes or signal generators.
Capture Output records real complex waveforms measured by the oscilloscope and reproduces them via the signal generator, storing up to 1000 unique custom waveform profiles. Unlike traditional arbitrary signal generators that rely on manually drawn distorted waveforms, captured signals retain authentic circuit characteristics. Frequency is fully adjustable from 1Hz to 1MHz at 2.4Vpp with 1Hz ultra-fine resolution for advanced circuit simulation, a feature unavailable on most standalone oscilloscopes or signal generators.
Optimized Anti-Jitter Encoder Decoding Algorithm
Low-cost desktop oscilloscopes commonly suffer encoder oxidation and contact wear after roughly one year of use, causing noisy jitter and unstable waveform jumping during adjustment. The ADS1014D’s custom decoding algorithm fully resolves this hardware limitation; even heavily worn encoders deliver smooth, accurate operation without waveform flickering or instability.
Low-cost desktop oscilloscopes commonly suffer encoder oxidation and contact wear after roughly one year of use, causing noisy jitter and unstable waveform jumping during adjustment. The ADS1014D’s custom decoding algorithm fully resolves this hardware limitation; even heavily worn encoders deliver smooth, accurate operation without waveform flickering or instability.
Dual Independent Input Channels
Two input channels with 1MΩ input impedance simultaneously measure two separate signals for side-by-side comparison. Ideal for analyzing amplifier input/output gain, distortion and internal resistance, or verifying complementary PWM waveforms on half-bridge / full-bridge switching power supplies, delivering wider testing capability than single-channel oscilloscopes.
Two input channels with 1MΩ input impedance simultaneously measure two separate signals for side-by-side comparison. Ideal for analyzing amplifier input/output gain, distortion and internal resistance, or verifying complementary PWM waveforms on half-bridge / full-bridge switching power supplies, delivering wider testing capability than single-channel oscilloscopes.
400V Overvoltage Anti-Burn Protection
Both channels integrate dedicated high-voltage protection modules rated for continuous 400V input, preventing permanent hardware damage when probes are accidentally left in 1× mode during high-voltage measurements.
Both channels integrate dedicated high-voltage protection modules rated for continuous 400V input, preventing permanent hardware damage when probes are accidentally left in 1× mode during high-voltage measurements.
One-Touch AUTO Waveform Setup
Eliminates tedious manual parameter tuning with intelligent tracking logic that auto-detects signal properties and adapts 25% / 50% / 75% trigger levels. It reliably stabilizes dead-zone and multi-edge irregular signals that standard oscilloscopes fail to process. A 1Vpp signal centers fully on screen in just 2 seconds, faster than the 5-second average of comparable bench oscilloscopes; larger amplitude waveforms stabilize even quicker.
Eliminates tedious manual parameter tuning with intelligent tracking logic that auto-detects signal properties and adapts 25% / 50% / 75% trigger levels. It reliably stabilizes dead-zone and multi-edge irregular signals that standard oscilloscopes fail to process. A 1Vpp signal centers fully on screen in just 2 seconds, faster than the 5-second average of comparable bench oscilloscopes; larger amplitude waveforms stabilize even quicker.
Complete Multi-Mode Trigger System
Three dedicated trigger modes cover all test scenarios: Single Trigger captures transient burst signals such as automotive ignition pulses; Normal Trigger tracks non-periodic digital signals like infrared remote control codes; Auto Trigger continuously displays repeating analog waveforms including sine waves.
Three dedicated trigger modes cover all test scenarios: Single Trigger captures transient burst signals such as automotive ignition pulses; Normal Trigger tracks non-periodic digital signals like infrared remote control codes; Auto Trigger continuously displays repeating analog waveforms including sine waves.
Manual Cursor Measurement
Automated measurement accuracy drops with noisy or complex peak waveforms. The manual cursor tool lets users directly mark waveform points to read Vpp and frequency instantly, removing the need for manual scale lookup and mathematical conversion for precise manual analysis.
Automated measurement accuracy drops with noisy or complex peak waveforms. The manual cursor tool lets users directly mark waveform points to read Vpp and frequency instantly, removing the need for manual scale lookup and mathematical conversion for precise manual analysis.
One-Click Screenshot & Waveform Storage
1GB built-in internal storage holds up to 1000 screenshot images and 1000 full waveform datasets. Capture and save all data with a single tap; no multi-step pop-up menus or extra confirmation prompts required for fast workflow.
1GB built-in internal storage holds up to 1000 screenshot images and 1000 full waveform datasets. Capture and save all data with a single tap; no multi-step pop-up menus or extra confirmation prompts required for fast workflow.
Full-Featured Waveform File Manager
Intuitive thumbnail-based file browser supports preview, parameter inspection, page navigation and file deletion. Saved waveforms support zoom, pan and re-measurement via cursors for post-test secondary analysis, offering far more flexible data management than basic entry-level oscilloscopes.
Intuitive thumbnail-based file browser supports preview, parameter inspection, page navigation and file deletion. Saved waveforms support zoom, pan and re-measurement via cursors for post-test secondary analysis, offering far more flexible data management than basic entry-level oscilloscopes.
USB File Export to PC
Integrated USB port mounts the oscilloscope as a removable USB flash drive when connected to a computer. Users can copy screenshots and waveform files directly to PCs or mobile devices for offline analysis, reporting and documentation.
Integrated USB port mounts the oscilloscope as a removable USB flash drive when connected to a computer. Users can copy screenshots and waveform files directly to PCs or mobile devices for offline analysis, reporting and documentation.
Lissajous XY Graph Display Mode
Maps Channel 1 input to the X-axis and Channel 2 input to the Y-axis to generate Lissajous figures, used to compare relative amplitude, frequency and phase difference between two measured signals.
Maps Channel 1 input to the X-axis and Channel 2 input to the Y-axis to generate Lissajous figures, used to compare relative amplitude, frequency and phase difference between two measured signals.
Package Included:
1 x ADS1014D 2-in-1 Oscilloscope & Signal Generator Main Unit
1 x ADS1014D 2-in-1 Oscilloscope & Signal Generator Main Unit
Detail Images:
