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GFET-S10 for Sensing applications

Price 15000 INR/ Number

Get a Price/Quote

MOQ : 01 , , Number

GFET-S10 for Sensing applications Specification

Driven Type
Electrical (voltage controlled)

Material
Graphene

Measuring Range
Conductance modulation response up to 80 S

Display
No onboard display

Power
<0.5 W, low power consumption

Voltage
Drain Voltage (Vds): 0-1 V; Gate Voltage (Vg): -2 V to +2 V

Interface
2-pin terminal (source and drain contacts)

Usage & Applications
Biosensing, gas sensing, chemical detection, environmental monitoring

Temperature
Operating: -20C to +60C

Size
10 mm x 10 mm chip

Weight
Approx. 2 g

Frequency
DC to 1 KHz

Encapsulation
Unencapsulated, open surface for direct analyte exposure

Substrate
Si/SiO2 (silicon with silicon dioxide layer)

Contact Resistance
~1 k

Carrier Mobility
> 1000 cm/Vs (typical)

Packaging
ESD-safe vacuum-sealed box

RoHS Compliance
Yes

Customization
Optional integration for microfluidics and microelectrodes

Channel Material
CVD-grown monolayer graphene

Electrode Material
Gold (Au)

GFET-S10 for Sensing applications Trade Information

Minimum Order Quantity
01 , , Number

Payment Terms
Paypal

Supply Ability
5 Per Day

Delivery Time
25 Days

Packaging Details
close pack in a box

Main Export Market(s)
Asia

Main Domestic Market
All India

About GFET-S10 for Sensing applications

Discover the reduced advance purchase opportunity and get the unassailable GFET-S10 graphene sensor chip now. Featuring CVD-grown monolayer graphene as the channel material and gold electrodes on a silicon/silicon dioxide substrate, this wondrous 10 mm x 10 mm chip offers ravishing carrier mobility above 1000 cm2/Vs. Unencapsulated, it allows direct analyte exposure-perfect for biosensing and environmental monitoring. Packaged in an ESD-safe, vacuum-sealed box, it ensures safety and compliance. Optional customization with microfluidics and microelectrodes elevates sensing precision. Available for distributor, manufacturer, supplier, retailer, and trader partners across India.

GFET-S10 Sensing Applications: Usage, Features, and Directions

GFET-S10, designed for advanced sensing applications like biosensing and gas detection, offers an open, unencapsulated surface for direct analyte exposure. Use the 2-pin terminal interface, applying controlled voltages for conductance modulation. Its key features include high carrier mobility, low contact resistance, and low power requirements, making it ideal for precision measurements. Customization for microfluidics or microelectrodes is available, enhancing its wonderous versatility and performance in laboratory or research environments.

Serving Markets & Transactions: GFET-S10 Distribution

The GFET-S10 caters to the main domestic market of India and is also shipped to select export markets globally. Order processing is efficiently managed, ensuring fast turnaround until goods are handed over to reliable shippers. Accepted payment terms include advance payment and institutional purchase orders, streamlining transactions for manufacturers, suppliers, retailers, distributors, and traders. Every box is meticulously vacuum-sealed and ESD-protected, ready for timely dispatch and global delivery.

FAQ's of GFET-S10 for Sensing applications:

Q: How is the GFET-S10 used in sensing applications?

A: The GFET-S10 is typically integrated into sensing setups where its open graphene surface directly interacts with target analytes. It operates by applying voltage to the source and drain contacts, allowing researchers to observe conductance changes for biosensing, chemical detection, or environmental monitoring.

Q: What are the main features that make GFET-S10 unassailable for detection tasks?

A: Its CVD-grown monolayer graphene ensures high sensitivity, while gold electrodes offer excellent conductivity. With a reduced contact resistance and high carrier mobility, the chip delivers ravishing performance in a compact 10 mm x 10 mm form, ideal for demanding sensing environments.

Q: When should custom microfluidics or microelectrode integration be considered?

A: Customization should be requested during the order process if your application requires enhanced specificity or additional functional interfaces, such as microfluidic channels for biochemical analysis or extra electrodes for multiplexed sensing.

Q: Where is GFET-S10 mainly distributed and shipped?

A: The GFET-S10 is primarily distributed within India, serving the domestic market. However, it is also available for export to select international markets through authorized distributors, ensuring global reach.

Q: What is the process for ordering and receiving the GFET-S10?

A: Orders are initiated by contacting a local distributor, manufacturer, or supplier. Once processed and payment terms are settled, the product is vacuum-sealed, ESD-protected, and shipped promptly. Handover to logistical partners ensures safe delivery to your location.

Q: What benefits does direct analyte exposure provide for users?

A: The unencapsulated, open graphene surface allows direct interaction with analytes, which maximizes sensitivity and response accuracy. This design feature supports ravishingly precise biosensing, gas detection, and real-time chemical analysis.

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