Features
- 49 AWG
- 0.0012 in. (30 µm) Diameter
- 5 ft (1.5 m) long
|
SKU |
Metal |
Coating |
AWG* |
Diameter |
Precut Length |
|
C3005 |
Carbon |
— |
49 |
0.0012 in. (30 µm) |
5 ft (1.5 m) |
Carbon wire, 49 AWG, 5ft
Carbon wire is a single 30-micron fiber of electrochemically activated carbon. This fiber is especially useful in microelectrochemical experiments.
Description
Shipping & Delivery
Related products
Single Channel Pulse Generator
The A310 pulse generator/stimulator combines the reproducibility and accuracy of digital electronics with the fine resolution and continuous adjustment possible with analog circuitry. All timing parameters are entered with high resolution, ten-turn potentiometers and six-position range switches. Timing is accurate to within 1% of the set value.
Сatalog number:
CPVC4050G
Carbon, 18 AWG, green
Сatalog number:
5371
Low-noise cable for Microelectrode Holder, A : pin, B : pin
Сatalog number:
13555
Serial Cable
Сatalog number:
504716
Extension Cable, Male banana to Micro-clip, 36″
Micro Nitric Oxide Sensors
The ISO-NOP007 has a tip diameter of just 7 microns and a length of 2mm. The response is linear over a wide dynamic concentration range of NO. The design is based on a single carbon fiber coated with WPI's NO-selective membrane. A detection limit of approximately 1 nM NO makes this electrode ideal for use in tissues and microvessels.
Tidas-E Base Series Photo Diode Array Spectrometer
WPI’s Tidas series is a high end fiber-optic spectrometer module designed for low noise applications. The Tidas series outperforms conventional bench-based spectrophotometers and CCD-based spectrometer modules, when it comes to high precision fiber optic sampling. It relies on a monolithic optical bench made by Zeiss, which is optimized for fiber optic applications. Most cuvette-based standard spectrometers lose more than 90% of light through expensive prism decoupling. The Tidas series is designed for fiber optic sampling cells. Using suitable light sources and sample cells, spectral detection in the wavelength range of 190 to 1100 nm can be performed at noise levels < 0.04 mAU peak to peak.