| Description | The PowerLab 4/25 is an economically priced 4-channel data acquisition system suitable for teaching and research use in the fields of human and animal physiology, pharmacology, neurophysiology, biology, zoology, biochemistry and biomedical | The PowerLab/16SP is a high-performance recording unit suitable for a wide range of life science research applications that require up to 16 input channels. Examples include sleep, neurophysiology and isolated tissue studies. The unit is capable of | The PowerLab/4SP is a high-performance data acquisition system suitable for a wide range of research applications including human and animal physiology, pharmacology, neurophysiology, biology, zoology, biochemistry, and biomedical engineering. The |
| Features | Recording speed of up to 200 000 samples per second. Four analog input channels (4 BNC and 2 Pod port DIN connectors). Independently selectable input sensitivities. Analog output for stimulation or pulse generation. Trigger input. 16 bit resolution. Wide range of low-pass filters. AC or DC coupling
USB interface for connection to Windows and MacOS computers. | Sixteen single-ended analog inputs. Two independent stimulator outputs. External trigger input and signal triggering. Wide range of low-pass filters. AC or DC coupling. Digital inputs and outputs for external instrument control. SCSI and USB interface for connection to Windows and MacOS computers | Four general-purpose analog input channels (BNC and Pod port DIN connectors). Two independent stimulator outputs. External trigger input and signal triggering. Wide range of low-pass filters. AC or DC coupling. Digital inputs and outputs for external instrument control. SCSI and USB interface for connection to Windows and MacOS computers. |
| System Requirements | USB connection to Windows and Macintosh computers, PowerLab software. | SCSI and USB interface for connection to Windows and MacOS computers, PowerLab software | SCSI and USB interface for connection to Windows and MacOS computers, PowerLab software |