FAB

Electronic Sensor Platform (ESP)

Description

ESP is a signal conditioning platform for converting trapped charges into a voltage signal. Charges are trapped on the surface by a functional material applied by the user, such as graphene, biomolecules, or quantum dots. The platform is useful for the implementation of solid-state high-performance detectors.

JFET_V2.0
Electronic Sensor Platform (ESP)

Note: The expected number of chips to be delivered for this technology is 11 (10 x 10 mm).

Applications

  • Ambient gas/radiation sensor
  • Multiplex detectors for different functionalized coatings

Services

  • Multi-project wafer runs for fabrication of custom designs
  • Cloud design environment (includes design guide, layout template, reference designs, and simulations)
  • DRC and engineering support for sensor design
  • Sub-dicing
  • Mounting and wire bonding in ceramic pin grid array package
  • Integration with microfluidics
  • Reference chips available

Features

  • Silicon junction field effect transistors with unpassivated gate, enabling user-deposition of sensor material
  • 1 metal routing layer, silicon substrate
  • Up to 10 copies per design (10 x 10 mm).  Available as bare die or packaged parts

Design Kits and Libraries

Pricing

Subscribers (Academics in Canada)
Subscribers (Academics in Canada, Peer Reviewed)
Academics outside of Canada or Industry

$3,025
(Per 10 x 10 mm2 design)

$1,000
$100
(Per 10 x 10 mm2 design)

Contact CMC. Contact fab@cmc.ca for MPW access, or sales@cmc.ca for a dedicated run.

Licensing

Terms and conditions License Grant.

Minimum Subscription Required: Research

Does your research benefit from products and services provided by CMC Microsystems?

SponsorChip helps companies enhance their research efforts and links to academic researchers.

Scroll to Top

CMC Planned Service Disruption

Thursday, February 4
7 am to 9 am EST

CMC is performing upgrades on our datacenter infrastructure that will temporarily affect access to CMC online services. We apologize for the inconvenience this will cause.

We apologize for the inconvenience this may cause.

X