Pico Technology PICOSCOPE 2204A, PicoScope 2000 Series 2204A, 2 Channels, 10MHz With RS Calibration

Digital/Analogue: Analogue

Oscilloscope Type: PC Based

Dimensions: 142 x 92 x 19mm

Weight: 200g

Minimum Time Base: 10ns/div

Series: PicoScope 2000

Vertical Resolution: 8 bit

Power Source: USB

Record Length: 128M points

Bandwidth: 10MHz

Sample Rate Random: 50 Msps

Minimum Vertical Sensitivity: 10mV/div

Interface: CAN, IIC, LIN, RS232, SPI, UART, USB Number of Analogue Channels: 2 Rise Time: 35ns Maximum Vertical Sensitivity: 4V/div Maximum Time Base: 5000s/div

The Pico Technology PICOSCOPE 2204A is a versatile, high-performance oscilloscope part of the PicoScope 2000 Series. This two-channel oscilloscope offers a bandwidth of 10MHz, making it suitable for various applications, from electronics troubleshooting to research and development. The “” designation ensures that it meets the highest standards of accuracy and reliability, making it a trusted choice for engineers and technicians.

• Two Channels for Versatile Measurements

The PICOSCOPE 2204A features two input channels, allowing users to simultaneously capture and analyse multiple signals. This dual-channel capability is precious in applications where the interaction between two signals needs to be studied or where comparative measurements are essential.

• Compact and Portable Design

The PICOSCOPE 2204A is designed with portability in mind. Its close-packed size and lightweight build make transferring to different workstations or field locations easy, allowing engineers and technicians to take their measurement and analysis tools wherever needed.

The Pico Technology PICOSCOPE 2204A, PicoScope 2000 Series 2204A, 2 Channels, 10MHz With : Diverse Application Range

The PICOSCOPE 2204A’s compact design, high-speed sampling, and user-friendly software make it a valuable tool for a wide range of applications, including:

• Electronics Troubleshooting: Engineers and technicians can use it to quickly identify and diagnose issues in electronic circuits.
• Education: It is an excellent tool for teaching and learning about electronics and signal analysis in educational institutions.
• Research and Development: In research labs, it helps scientists study and analyse signals in diverse fields, from physics to telecommunications.
• Embedded Systems Development: Engineers designing and debugging embedded systems can rely on this oscilloscope for precise measurements.