Skip to main content Start main content

Inper Intelligent Wired Optical Genetic System

breadcrumb01

Specifications

Major Functions / Key Features

Precise regulation of neuronal activity and neural circuit activity at the temporal and spatial levels can be used in combination with all behavioral devices and behavioral software to trigger optogenetic stimulation in animals performing a certain behavior or animals entering a certain area.

Specifications:

  • Main device: SFOS-589 & 635, integrated light source and control module, integrated aluminum alloy fuselage, touch screen control
  • Light source type: laser light source, wavelength 589 and 635 nm
  • Intensity adjustment: 635 nm light source 0-100 mW adjustable, 589 nm light source 0-60 mW adjustable, adjustment accuracy 0.1 %
  • Optical stimulation waveform: Square, Constant, Sine, Triangular, Linear, Exponential, Polynomial seven kinds of optical stimulation waveforms can be output, all waveforms can be combined in the same program output
  • Optical stimulation frequency and pulse width: frequency 0.001-1000 Hz, adjustable precision 0.001 Hz, pulse width: 0.1-100000 ms, adjustable precision 0.1 ms
  • Signal input: 0.5-10.0 V signal input can be accepted, and TTL and Analog signals can be identified
  • Trigger mode: four trigger modes can be realized: edge, random, real-time and gating, with up to 100 Hz signal trigger
  • Trigger delay and refractory period: delay response time 1 ms-9999 ms adjustable, adjustment accuracy 1 ms; the refractory period is adjustable from 0 to 3600 s, and the adjustment accuracy is 0.1 s

Location

720n (Shenzhen Research Institute)

Other Information

Manufacturer:

Model:

Category:

Owned by: Shenzhen Research Institute

Contacts

Ms Zheng Dexiu

Shenzhen Research Institute


Your browser is not the latest version. If you continue to browse our website, Some pages may not function properly.

You are recommended to upgrade to a newer version or switch to a different browser. A list of the web browsers that we support can be found here