Gate Deposition Mask for High Density OFETs

Design Type

Not in stock (price excludes taxes)

Order Code: E336

An evaporation mask for deposition of gate contacts, for use with the high density OFET system. A 200 μm standoff-spacer ensures that the mask does not touch the substrate while still enabling good deposition resolution.

Update: As part of our product improvement program, we have decided to simplify the masks available. Each type of mask is now available as a two sided mask. On one side a spacer and substrate holder are welded to the mask and on the other just a substrate holder. This will make both options available for our customers to test out if they are uncertain which is best suited for their work. It also means you only need to purchase a single mask (rather than two) if you would like to use both systems.

Please note that the single sided masks are only available while stocks last. However, if you are concerned that the double sided masks will be too thick for your evaporator, please do get in touch as we will be happy to help with this.

Datasheet

Product Code	E336	E337
Related shadow mask	E321 and E322	E323
Size	75 mm x 75 mm
Thickness	2 mm (exc. bolts)
Material	Stainless steel
Capacity	12 substrates

High density OFET gate mask (dimensions) — Dimensioned diagram of the high density linear OFET gate mask (E336).

High density OFET evaporation gate mask (photo) — Optical image of the high density OFET gate mask (E336).

High density interdigitated OFET evaporation gate mask (technical drawing) — Dimensioned diagram of the high density interdigitated OFET gate mask (E337).

High density interdigitated evaporation gate mask (dimensions) — Dimensioned diagram of the substrate sections of the high density interdigitated OFET gate mask (E337).

Related Products

OFET source-drain shadow masks (High Density)

OFET source-drain masks (High Density)

OFET Active Area Deposition Masks
(High Density)

OFET Evaporation Stack (High Density)

OFET Insulator Deposition Masks for (High Density)

To the best of our knowledge, the technical information provided here is accurate. However, Ossila assume no liability for the accuracy of this information. The values provided here are typical at the time of manufacture and may vary over time and from batch to batch.