Assisted 1x2 Fiber-optic & Electric Rotary Joint - 24 contacts
Assisted 1x2 Fiber-optic & Electric Rotary Joint - 24 contacts
The Assisted 1x2 Fiber-optic & Electric Rotary Joint is an assisted rotary joint that splits a single fiber-optic channel into two, splitting according to intensity (i). They are primarily used for bilateral optogenetic stimulation. Its rotation is electrically driven as it senses and follows the tethered animal’s rotations. It detects the torsion of the optical cable during animal movement and releases it with a very high sensitivity. The assistance of this rotary joint helps to counter the frictional force of the internal slip-ring and offers quality transmission of electrical signal during any experiment with freely-moving small animals like mice. It comes with 24 electrical contacts.
…generating
The Assisted 1x2 Fiber-optic & Electric Rotary Joint is an assisted rotary joint that splits a single fiber-optic channel into two, splitting according to intensity (i). They are primarily used for bilateral optogenetic stimulation. Its rotation is electrically driven as it senses and follows the tethered animal’s rotations. It detects the torsion of the optical cable during animal movement and releases it with a very high sensitivity. The assistance of this rotary joint helps to counter the frictional force of the internal slip-ring and offers quality transmission of electrical signal during any experiment with freely-moving small animals like mice. It comes with 24 electrical contacts.
Items includes :
- 1 Assisted 1x2 Fiber-optic & Electric Rotary Joint - 24 contacts
- 2 Output fiber-optic patch cords
Not suitable for:
- Photometry
| Electrical Connector | HDMI + 4(Molex Micro-fit 3.0 Dual Row 4 Contacts Connector) 2x PZN-12(Omnetics Polarized Nano 12 Contacts) 2x HARWIN (Datamate L-Tek 12 pos 2 row) 1x SMA + 1x USB2-B micro + 1x PZN12 (Omnetics Polarized Nano 12 Contacts) |
| Optical Connectors | FC receptacle |
| Optical Transmission * Tested with 200 µm - NA 0.22 | 40 % each output |
| Maximum variation | < 3 % peak-to-peak |
| Effective NA | 0.22 |
| Electrical Connectors | see options |
| Number of contacts | 24 |
| Simple resistance | < 0.5 Ω |
| Resistance variation during rotation (constant rotation) | < 0.025 Ω |
| Start up torque | < 40 µN*m |
| Maximum Rotation Speed | 40 RPM |
| Power Supply | 10W mini USB (included) |
Tests that have been performed showed the compatibility of the following third party systems with the Assisted Electrical Rotary Joints – 24 channels:
| Compatibility of the rotary joint with other devices | |||
| Company | Product | Connectors | Adaptor (if necessary) |
| Blackrock Microsystem | CerePlex M | HDMI+4 | - |
| CerePlex µ | HDMI+4 | - | |
| Intan Technologies | RHD 16/32/64/128ch | 2xPZN12 | - |
| 2xHARWIN | Harwin 12 to Omnetics 12 Adapter | ||
| SMA + USB2-B micro + PZN12 | - | ||
| Neuropixels | Neuropixels 1.0 | HDMI+4 | Neuropixel Adapter (HDMI) |
| 2xPZN12 | Neuropixel Adapter (PZN12) | ||
| SMA + USB2-B micro + PZN12 | Neuropixel Adapter (USB2-B micro or PZN12) | ||
|
Neuropixels 2.0 |
HDMI+4 | Neuropixel Adapter (HDMI) | |
| 2xPZN12 | Neuropixel Adapter (PZN12) | ||
| SMA + USB2-B micro + PZN12 | Neuropixel Adapter (USB2-B micro or PZN12) | ||
| Pinnacle Technology Inc | EEG/EMG 3CH | HDMI+4 | Adapter HDMI PINNACLE 3 channels |
| EEG/EMG 4CH | HDMI+4 | Adapter HDMI PINNACLE 4 channels | |
| UCLA Miniscope | Miniscope V.4 | HDMI+4 | UCLA Miniscope Adapter |
| 2xPZN12 | UCLA Miniscope Adapter | ||
| SMA + USB2-B micro + PZN12 | UCLA Miniscope Adapter (SMA or PZN12) | ||
| White Matter LLC | eCube | HDMI+4 | Provided by White Matter LLC |
Related products
-
Choose your option
-
Choose your option
-
Choose your option
-
Choose your option
