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Properties2039

Applications2427

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List of Products 11,147 Result

Ion Mobility Sensors (IMS)

ELECTRONICS - SENSOR   |  SENSOR

Ion Mobility Sensors (IMS)

Properties :

High sensitivity,Selectivity

Application :

Gas sensor,Chemical sensing
Sono Photonic Sensors (SPS)

ELECTRONICS - SENSOR   |  SENSOR

Sono Photonic Sensors (SPS)

Properties :

Chemical Stability,High sensitivity,Selectivity

Application :

Gas sensor
Enzyme coated Carbon Nanotube Sensor

ELECTRONICS - SENSOR   |  BIOSENSOR

CNT Enzyme coated Carbon Nanotube Sensor

Metal Nanoparticle Sensors (MNPS)

ELECTRONICS - SENSOR   |  SENSOR

Pd Metal Nanoparticle Sensors (MNPS)

Properties :

High Specific Surface Area

Application :

Hydrogen sensing
PLateau Tip - Force Modulation Mode - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

PLateau Tip - Force Modulation Mode - Reflex Coating

Properties :

High sensitivity,Dissipate Static Charge

Application :

Atomic force microscope (AFM) tips,AFM imaging
PLateau Tip - Force Modulation Mode

ELECTRONICS - SENSOR   |  SENSOR

PLateau Tip - Force Modulation Mode

Properties :

High sensitivity,Dissipate Static Charge

Application :

Atomic force microscope (AFM) tips,AFM imaging
Tipless - Force Modulation Mode

ELECTRONICS - SENSOR   |  SENSOR

Tipless - Force Modulation Mode

Properties :

Inert,High sensitivity,Dissipate Static Charge

Application :

Atomic force microscope (AFM) tips,AFM imaging
Tipless - Force Modulation Mode

ELECTRONICS - SENSOR   |  SENSOR

Tipless - Force Modulation Mode

Properties :

Inert,High sensitivity,Dissipate Static Charge

Application :

Atomic force microscope (AFM) tips,AFM imaging
Tipless - Force Modulation Mode

ELECTRONICS - SENSOR   |  SENSOR

Tipless - Force Modulation Mode

Properties :

Inert,High sensitivity,Dissipate Static Charge

Application :

Atomic force microscope (AFM) tips,AFM imaging
PointProbe® Plus Force Modulation Mode - Au coating

ELECTRONICS - SENSOR   |  SENSOR

Au PointProbe® Plus Force Modulation Mode - Au coating

Properties :

Versatility

Application :

Atomic force microscope (AFM) tips,AFM imaging
PointProbe® Plus Electrostatic Force Microscopy - PtIr5 Coating

ELECTRONICS - SENSOR   |  SENSOR

Cr PointProbe® Plus Electrostatic Force Microscopy - PtIr5 Coating

Properties :

Versatility,High sensitivity

Application :

Atomic force microscope (AFM) tips,AFM imaging
PointProbe® Plus Electrostatic Force Microscopy - PtIr5 Coating

ELECTRONICS - SENSOR   |  SENSOR

Cr PointProbe® Plus Electrostatic Force Microscopy - PtIr5 Coating

Properties :

Versatility,High sensitivity

Application :

Atomic force microscope (AFM) tips,AFM imaging
PointProbe® Plus Electrostatic Force Microscopy - PtIr5 Coating

ELECTRONICS - SENSOR   |  SENSOR

Cr PointProbe® Plus Electrostatic Force Microscopy - PtIr5 Coating

Properties :

Versatility,High sensitivity

Application :

Atomic force microscope (AFM) tips,AFM imaging
PointProbe® Plus Electrostatic Force Microscopy - PtIr5 Coating

ELECTRONICS - SENSOR   |  SENSOR

Cr PointProbe® Plus Electrostatic Force Microscopy - PtIr5 Coating

Properties :

Versatility,High sensitivity

Application :

Atomic force microscope (AFM) tips,AFM imaging
SuperSharpSilicon™ Magnetic Force Microscopy - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

SuperSharpSilicon™ Magnetic Force Microscopy - Reflex Coating

Application :

Atomic force microscope (AFM) tips,AFM imaging
SuperSharpSilicon™ Magnetic Force Microscopy - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

SuperSharpSilicon™ Magnetic Force Microscopy - Reflex Coating

Application :

Atomic force microscope (AFM) tips,AFM imaging
SuperSharpSilicon™ Magnetic Force Microscopy - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

SuperSharpSilicon™ Magnetic Force Microscopy - Reflex Coating

Application :

Atomic force microscope (AFM) tips,AFM imaging
SuperSharpSilicon™ Magnetic Force Microscopy - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

SuperSharpSilicon™ Magnetic Force Microscopy - Reflex Coating

Application :

Atomic force microscope (AFM) tips,AFM imaging
Point Probe® Plus - Magnetic Force Microscopy - High Quality-Factor - Low Coercivity - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

Point Probe® Plus - Magnetic Force Microscopy - High Quality-Factor - Low Coercivity - Reflex Coating

Properties :

Low Coercivity

Application :

Atomic force microscope (AFM) tips,AFM imaging
Point Probe® Plus Magnetic Force Microscopy - Low Coercivity - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

Point Probe® Plus Magnetic Force Microscopy - Low Coercivity - Reflex Coating

Properties :

Low Coercivity

Application :

Atomic force microscope (AFM) tips,AFM imaging
Point Probe® Plus Magnetic Force Microscopy - Low Coercivity - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

Point Probe® Plus Magnetic Force Microscopy - Low Coercivity - Reflex Coating

Properties :

Low Coercivity

Application :

Atomic force microscope (AFM) tips,AFM imaging
Point Probe® Plus Magnetic Force Microscopy - Low Coercivity - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

Point Probe® Plus Magnetic Force Microscopy - Low Coercivity - Reflex Coating

Properties :

Low Coercivity

Application :

Atomic force microscope (AFM) tips,AFM imaging
Point Probe® Plus Magnetic Force Microscopy - Low Momentum - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

Point Probe® Plus Magnetic Force Microscopy - Low Momentum - Reflex Coating

Properties :

Electrical Conductivity,High sensitivity,Low Momentum

Application :

Atomic force microscope (AFM) tips,AFM imaging
Point Probe® Plus Magnetic Force Microscopy - Low Momentum - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

Point Probe® Plus Magnetic Force Microscopy - Low Momentum - Reflex Coating

Properties :

Electrical Conductivity,High sensitivity,Low Momentum

Application :

Atomic force microscope (AFM) tips,AFM imaging
Point Probe® Plus Magnetic Force Microscopy - Low Momentum - Reflex Coating

ELECTRONICS - SENSOR   |  SENSOR

Point Probe® Plus Magnetic Force Microscopy - Low Momentum - Reflex Coating

Properties :

Electrical Conductivity,High sensitivity,Low Momentum

Application :

Atomic force microscope (AFM) tips,AFM imaging
AMD Opteron 4200 Series Processor 4228 HE (ecx-Off-US-890088)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 4200 Series Processor 4228 HE (ecx-Off-US-890088)

Properties :

Wattage: 65,Frequency: 2800,Socket: C32,Cores:6,L2 Cache: 6144
AMD Opteron 4200 Series Processor 4226 (ecx-Off-US-884571)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 4200 Series Processor 4226 (ecx-Off-US-884571)

Properties :

Socket: C32,Wattage: 95,Cores:6,Frequency: 2700,L2 Cache: 6144
AMD Opteron 6300 Series Processor 6308 (ecx-Off-US-394417)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 6300 Series Processor 6308 (ecx-Off-US-394417)

Properties :

Socket: G34,Wattage: 115,Cores: 4,Frequency: 3500,L2 Cache: 4096
AMD Opteron 4300 Series Processor 4386 (ecx-Off-US-391096)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 4300 Series Processor 4386 (ecx-Off-US-391096)

Properties :

L2 Cache: 8192,Socket: C32,Wattage: 95,Frequency: 3100
AMD Opteron 6200 Series Processor 6272 (ecx-Off-US-257253)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 6200 Series Processor 6272 (ecx-Off-US-257253)

Properties :

Cores: 16,Socket: G34,L2 Cache: 1024,Wattage: 115,Frequency: 2100
AMD Opteron 6200 Series Processor 6274 (ecx-Off-US-257190)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 6200 Series Processor 6274 (ecx-Off-US-257190)

Properties :

Cores: 16,Frequency: 2200,Socket: G34,L2 Cache: 1024,Wattage: 115
AMD Opteron 4200 Series Processor 4280 (ecx-Off-US-257136)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 4200 Series Processor 4280 (ecx-Off-US-257136)

Properties :

Cores: 8,L2 Cache: 8192,Frequency: 2800,Socket: C32,Wattage: 95
AMD Opteron 6300 Series Processor 6308 (ecx-Off-US-394417)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 6300 Series Processor 6308 (ecx-Off-US-394417)

Properties :

Socket: G34,Wattage: 115,Cores: 4,Frequency: 3500,L2 Cache: 4096
AMD Opteron 4300 Series Processor 4386 (ecx-Off-US-391096)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 4300 Series Processor 4386 (ecx-Off-US-391096)

Properties :

L2 Cache: 8192,Socket: C32,Wattage: 95,Frequency: 3100
AMD Opteron 6200 Series Processor 6272 (ecx-Off-US-257253)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 6200 Series Processor 6272 (ecx-Off-US-257253)

Properties :

Cores: 16,Socket: G34,L2 Cache: 1024,Wattage: 115,Frequency: 2100
AMD Opteron 6200 Series Processor 6274 (ecx-Off-US-257190)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 6200 Series Processor 6274 (ecx-Off-US-257190)

Properties :

Cores: 16,Frequency: 2200,Socket: G34,L2 Cache: 1024,Wattage: 115
AMD Opteron 4200 Series Processor 4280 (ecx-Off-US-257136)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 4200 Series Processor 4280 (ecx-Off-US-257136)

Properties :

Cores: 8,L2 Cache: 8192,Frequency: 2800,Socket: C32,Wattage: 95
AMD Opteron 3300 Series Processor 3380 (ecx-Off-US-134407)

ELECTRONICS - PROCESSOR   |  PROCESSOR

AMD Opteron 3300 Series Processor 3380 (ecx-Off-US-134407)

Properties :

Cores: 8,Frequency: 2600,Socket: AM3+,L2 Cache: 8192,Wattage: 65
Nano DAC™

ELECTRONICS - INTEGRATED CIRCUITS   |  INTEGRATED CIRCUITS (ICS)

Nano DAC™

Properties :

Low power consumption,Smallest pin-compatible,Dual nanoDACs

Application :

Portable battery-powered instruments,Digital gain and offset adjustment,Programmable voltage and current sources,Programmable attenuators,Process control,Data acquisition systems
Nano DAC™

ELECTRONICS - INTEGRATED CIRCUITS   |  INTEGRATED CIRCUITS (ICS)

Nano DAC™

Properties :

Offset error: ±1.5 mV maximum,Maximum Gain error: ±0.1% of FSR maximum,TUE: ±0.1% of FSR maximum

Application :

Process control,Data acquisition systems,Base station power amplifiers,Industrial automation,Optical transceivers
Nano DAC™

ELECTRONICS - INTEGRATED CIRCUITS   |  INTEGRATED CIRCUITS (ICS)

Nano DAC™

Properties :

Offset error: ±1.5 mV maximum,Maximum Gain error: ±0.1% of FSR maximum,TUE: ±0.1% of FSR maximum

Application :

Data acquisition systems,Base station power amplifiers,Process controls (programmable logic controller [PLC] I/O cards),Industrial automation,Optical transceivers

ELECTRONICS - INTEGRATED CIRCUITS   |  INTEGRATED CIRCUITS (ICS)

Nano DAC™

Properties :

Offset error: ±1.5 mV maximum,Total unadjusted error (TUE): ±0.1% of full-scale range (FSR),Maximum Gain error: ±0.1% of FSR maximum

Application :

Data acquisition systems,Base station power amplifiers,Process controls (programmable logic controller [PLC] I/O cards),Industrial automation,Optical transceivers
Nano DAC™

ELECTRONICS - INTEGRATED CIRCUITS   |  INTEGRATED CIRCUITS (ICS)

Nano DAC™

Properties :

Offset error: ±1.5 mV maximum,Maximum Gain error: ±0.1% of FSR maximum,TUE: ±0.1% of FSR maximum

Application :

Data acquisition systems,Base station power amplifiers,Process controls (programmable logic controller [PLC] I/O cards),Industrial automation,Optical transceivers
Nano DAC™

ELECTRONICS - INTEGRATED CIRCUITS   |  INTEGRATED CIRCUITS (ICS)

Nano DAC™

Properties :

Low power consumption,Smallest pin-compatible,Quad nanoDACs

Application :

Portable battery-powered instruments,Digital gain and offset adjustment,Programmable voltage and current sources,Programmable attenuators,Process control,Data acquisition systems
Nano DAC™

ELECTRONICS - INTEGRATED CIRCUITS   |  INTEGRATED CIRCUITS (ICS)

Nano DAC™

Properties :

Low power consumption,Smallest pin-compatible,Quad nanoDACs

Application :

Portable battery-powered instruments,Digital gain and offset adjustment,Programmable voltage and current sources,Programmable attenuators,Process control,Data acquisition systems
Nano DAC™

ELECTRONICS - INTEGRATED CIRCUITS   |  INTEGRATED CIRCUITS (ICS)

Nano DAC™

Properties :

Low power consumption,Smallest pin-compatible,Quad nanoDACs

Application :

Portable battery-powered instruments,Digital gain and offset adjustment,Programmable voltage and current sources,Programmable attenuators,Process control,Data acquisition systems
Nano DAC™

ELECTRONICS - INTEGRATED CIRCUITS   |  INTEGRATED CIRCUITS (ICS)

Nano DAC™

Properties :

Low power consumption,Smallest pin-compatible,Quad nanoDACs

Application :

Portable battery-powered instruments,Digital gain and offset adjustment,Programmable voltage and current sources,Programmable attenuators,Process control,Data acquisition systems