Pico Technology PICOSCOPE 2205A, 2-Channels Oscilloscope, Analogue, 142 x 92 x 19mm

Digital/Analogue: Analogue

Oscilloscope Type: PC Based

Dimensions: 142 x 92 x 19mm

Weight: 200g

Minimum Time Base: 5ns/div

Series: PicoScope 2000

Vertical Resolution: 8 bit

Power Source: USB

Record Length: 128M points

Bandwidth: 25MHz

Sample Rate Random: 100 Msps

Minimum Vertical Sensitivity: 10mV/div

Interface: CAN, IIC, LIN, RS232, SPI, UART, USB Number of Analogue Channels: 2 Rise Time: 14ns Maximum Vertical Sensitivity: 4V/div Maximum Time Base: 5000s/div

The Pico Technology PICOSCOPE 2205A is a compact and powerful 2-channel oscilloscope designed to meet the needs of engineers and technicians in the UK. With a size of 142 x 92 x 19mm, it is portable and space-efficient without compromising on performance. Ideal for both professional and educational use, it offers high-quality analogue measurements for accurate diagnostics, testing, and troubleshooting in various applications.

Key Reasons to Buy the Pico Technology 2-Channel Oscilloscope, Analogue

The Picoscope 2205A provides high-performance testing in a portable form factor. With its user-friendly interface and advanced attributes, it is perfect for those looking to make precise measurements in a variety of environments.

Crucial Features Include

• Channels: 2 analogue channels for simultaneous measurements.
• Compact Design: Measures just 142 x 92 x 19mm for easy portability.
• High Performance: Ideal for testing, diagnostics, and troubleshooting.
• Easy-to-use Interface: Designed for both professionals and beginners.

Unmatched Benefits of Choosing the Pico Technology PICOSCOPE 2205A, 2-Channel Oscilloscope

• Small size makes it easy to take anywhere for on-the-go testing.
• Ensures reliable, precise analysis in various testing scenarios.
• Ideal for various applications, from educational use to industrial testing.
• High functionality at an affordable price point.

Broad Range Applications

• Electronic circuit design and testing
• Automotive diagnostics
• Educational and research purposes
• Troubleshooting and maintenance in industrial environments
• Consumer electronics testing