High Bandwidth: Up to 300 MHz for accurate signal capture.
Fast Sample Rate: 2 GSa/s sample rate for detailed waveform capture.
Multiple Channels: Choose between 2-channel or 4-channel models for simultaneous signal analysis.
Widescreen Display: A large 7″ TFT color display with 800 x 480 resolution provides more viewing space.
32 Automatic Measurements: Simplify data analysis with built-in measurements such as frequency, rise time, and more.
FFT and Additional Math Functions: Supports frequency-domain analysis and advanced waveform calculations.
50 Ω Input Coupling: Ensures compatibility with high-frequency signals.
Built-in Help System: Offers context-sensitive help for ease of use.
Remote Control via PC: Control and analyze waveforms using the included PC software.
USB Ports: Store data, setups, and screenshots easily via front and rear panel USB host ports.
LAN and USB Device Ports: Enables remote control via SCPI and USBTMC compliance.

Technical Specifications:

Applications:

R&D and Circuit Design: Ideal for signal capture and analysis in research and product development.
Education: Provides essential features for teaching signal analysis and oscilloscope use in classrooms and labs.
Electronics Testing and Debugging: Offers multi-channel acquisition and automatic measurements for troubleshooting and evaluating circuit designs.
Manufacturing and Production Testing: Conduct quality control with advanced triggering and pass/fail analysis.

2550 Series Datasheet

The post 2550 Oscilloscope first appeared on Westek Electronics.

100 MHz Bandwidth suitable for a wide range of signals.
4 Analog Channels allow simultaneous observation of multiple signals.
1 GSa/s Maximum Sample Rate ensures fast signal capture.
14 Mpts Memory Depth provides detailed waveform storage and playback.
7-inch TFT-LCD Display with 800 x 480 resolution, offering clear, detailed visuals.
Waveform Capture Rates up to 100,000 wfms/s (normal mode) and 400,000 wfms/s (sequence mode) for real-time analysis.
Versatile Triggering Capabilities: Includes pulse width, line-selectable video, and serial protocols for fine-tuned signal capture.
Segmented Acquisition: Stores up to 80,000 frames, ideal for analyzing repetitive signals over extended periods.
Serial Decoding: Supports I2C, SPI, UART, CAN, and LIN protocols for communication system analysis.
FFT Analysis: Performs frequency-domain analysis and supports 7 additional math operations for deeper insights into signal behavior.
Masking Tool with adjustable limits for pass/fail testing, simplifying production and quality control testing.

Additional Features:

USB Host Port: For storing waveforms, screenshots, and setups on USB drives.
LAN and USBTMC-Compliant Device Ports: For easy PC connectivity and remote control.
User-Friendly Interface: Simplifies operation with an intuitive layout and easy navigation.
Built-In Functions: Includes mask testing, math functions, and waveform analysis for comprehensive testing capabilities.

Applications:

Educational Labs: Perfect for teaching electronics and signal analysis with its easy-to-use interface and versatile functions.
Embedded Systems Development: Debug and analyze signals in embedded systems with serial decoding and triggering capabilities.
Circuit Design and Troubleshooting: Use the segmented acquisition and waveform capture features to troubleshoot and evaluate circuit performance.
Power Supply Testing: Analyze power signals and perform pass/fail testing with the masking tool and advanced math operations.
Automotive Electronics: Evaluate communication protocols like CAN and LIN for automotive applications, ensuring signal integrity and compliance.

Technical Specifications:

Ideal for:

Educators and Students: Simplifies teaching of oscilloscope fundamentals and hands-on labs.
Engineers and Technicians: Analyze waveforms, evaluate performance, and troubleshoot complex systems.
R&D Professionals: Conduct advanced signal analysis in research and development environments.
Manufacturers: Perform pass/fail testing and quality control in production lines with ease.

This combination of high-performance signal capture, powerful analysis tools, and affordability makes the 2194 oscilloscope a standout choice for a broad range of applications in education, research, and industry.

2194 Datasheet

The post 2194 Oscilloscope first appeared on Westek Electronics.

100 MHz Bandwidth with 1 GSa/s Sample Rate: Provides precise and fast signal capture, suitable for a range of testing applications.
Large 7″ Widescreen Color Display: Offers 800 x 480 resolution, providing a significantly larger viewing area compared to typical economy oscilloscopes with 5.7” displays.
32 Automatic Measurements: Includes a variety of measurement functions to simplify signal analysis.
FFT and Four Additional Math Functions: Perform complex signal analysis with built-in Fast Fourier Transform (FFT) and other math operations.
Versatile Triggering Capabilities: Trigger on pulse width, line-selectable video, slope, and alternating signals for more precise measurements.
Advanced Tools:
Digital Filter: Adjustable limits for signal conditioning.
Pass/Fail Testing: Automated testing based on user-defined criteria.
Waveform Recorder Mode: Record and playback waveforms for detailed signal examination.
Special EDU Mode: Designed for educators, this mode disables the Auto Set button, Measure menu, and Cursors menu, encouraging students to learn manual settings.
12 Language User Interface: Accessible in multiple languages for ease of use globally.
PC Software: Remotely control the oscilloscope, capture, save, and analyze waveform data on a connected PC.
USB and LAN Connectivity:
USB Host Port: Save and recall waveform setups, data, and screenshots to a USB flash drive.
USB Device Port: Supports SCPI commands for remote control via USBTMC-compliant devices.
LAN Interface: Enables remote control and data transfer over a network.
Optional GPIB Connectivity: Available via the USB-to-GPIB adapter (model AK40G).

Applications:

General-Purpose Testing: Suitable for a wide range of applications in electronics repair, production line testing, and troubleshooting.
Education: Ideal for teaching environments, especially with the built-in EDU mode for guided student learning.
Signal Analysis: Advanced triggering, FFT, and math functions make this oscilloscope versatile for in-depth signal analysis in R&D and design.

2190E Datasheet

The post 2190E Oscilloscope first appeared on Westek Electronics.

Bandwidth Options: 100 MHz and 200 MHz
Sample Rate: 1 GSa/s for precise signal capture
Memory Depth: 12 Mpts, allowing for detailed waveform analysis
Isolation: Models 2515B and 2516B offer 1000 V CAT II and 600 V CAT III isolation between channels, multimeter, power input, and USB ports for enhanced safety in high-voltage environments
Serial Bus Decoding: Supports IIC, SPI, UART, CAN, and LIN protocol decoding, making it ideal for embedded system troubleshooting
Advanced Math Functions: Includes FFT and 7 additional math functions for comprehensive signal analysis
Built-in 6000-Count DMM: Measures DC/AC voltage, DC/AC current, resistance, capacitance, diode, and continuity, expanding its utility as a multifunctional tool
Recorder and Trend Plot Functions: Log data over time to capture and analyze transient or long-term signal behavior
USB Connectivity: USB host port for storing waveforms, setups, and screenshots on USB flash drives, and micro-USB device port for remote PC control
Portable & Lightweight: Designed for field use with portability and ruggedness in mind

Applications:

General-purpose signal analysis in electronics repair, service, and maintenance
Embedded system troubleshooting with serial bus decoding
Power system analysis and monitoring with built-in DMM
Field testing and data logging with portable, high-performance capabilities
Isolated measurements in high-voltage environments for enhanced safety

Product Overview:

The 2510B Series handheld oscilloscopes are ideal for engineers and technicians who need a versatile, portable instrument capable of high-speed signal capture, data logging, and safe high-voltage measurements in the field.

2510B Series Datasheet

The post 2510B Series Handheld Digital Storage Oscilloscopes first appeared on Westek Electronics.

Bandwidth Options: 100 MHz, 200 MHz, 350 MHz
High Sample Rate: 2 GSa/s
Deep Memory: 200 Mpts maximum depth for detailed waveform capture
Fast Waveform Update Rates: Up to 120,000 wfms/s (normal mode) and 500,000 wfms/s (sequence mode) for quick signal acquisition
Mixed Signal Capability: MSO models include 16 digital channels with a logic probe set, allowing simultaneous analysis of both analog and digital signals
Serial Bus Decoding: Supports protocols such as I2C, SPI, UART, CAN, and LIN
Arbitrary Waveform Generator: Built-in 50 MHz DDS waveform generator for signal generation and testing
Advanced Display: 10.1” TFT-LCD capacitive touchscreen with 1024 x 600 resolution for easy operation and enhanced visibility
Power Analysis: Dedicated power analysis features for evaluating 11 different power supply parameters
Advanced Triggering & Math Functions: Zone triggers, math operations, FFT, and a formula editor for advanced signal analysis
Bode Plot Feature: Measure and plot system frequency response with ease
History Function: Review up to 90,000 frames of captured waveforms, enabling detailed signal analysis over time
Remote Control & Connectivity: Standard LAN, USBTMC-compliant USB device port, and two USB host ports. Remote control via built-in web server or PC software
Upgradeable Options: DSO models can be upgraded to MSO, and additional serial decoding options (e.g., FlexRay, I2S, CAN FD, MIL-STD-1553B, SENT, and Manchester) are available with software licenses

Applications:

General Purpose Signal Analysis: Analyze and measure a wide range of analog and digital signals in research, development, and troubleshooting
Power Supply Analysis: Measure key parameters in power supplies using built-in power analysis tools
Embedded Systems: Decode serial communication protocols like I2C, SPI, UART, CAN, and LIN for testing embedded systems
Mixed-Signal Design: Simultaneous analysis of analog and digital signals, ideal for mixed-signal design and debugging

Product Overview:

The 2560B Series provides engineers and technicians with a powerful, versatile tool for signal analysis, from general-purpose testing to advanced debugging in embedded systems and power supply design.

2560B Series Datasheet

The post 2560B Series Digital Storage Oscilloscopes (DSO) and Mixed Signal Oscilloscopes (MSO) first appeared on Westek Electronics.