FREQUENCY RESPONSE OF THIN FILM Search Results

U.C. 2003

Abstract: RESISTOR 0201 footprint dimension Chip Resistors Parasitic capacitance 53RD 0201 footprint frequency response of thin film resistors 0201 digest
Contextual Info: Frequency Response of Thin Film Chip Resistors Robert S Johnson, Charles Wakeman, William Cuviello Vishay Thin Film 2160 Liberty Drive Niagara Falls, NY 14304 phone: 716-283-4025 facsimile: 716-283-5932 e-mail: Robert.Johnson@Vishay.com Abstract. High frequency measurements from 0.1 to 40 GHz were

Contextual Info: State of the Art, Inc. 1512 High Frequency Chip Attenuator Thin Film, Wraparound Terminations PERFORMANCE CHARACTERISTICS Attenuation Factor Maximum Power Frequency Range The Frequency response data plotted below shows an example of VSWR obtained in pressure contact fixtures. Data for chips which are solder attached

Contextual Info: State of the Art, Inc. 1005 High Frequency Chip Attenuator Thin Film, Top Surface Terminations PERFORMANCE CHARACTERISTICS Attenuation Factor Maximum Power Frequency Range The Frequency response data plotted below shows an example of VSWR obtained in pressure contact fixtures. Data for chips which are solder attached

Contextual Info: State of the Art, Inc. 1512 High Frequency Chip Attenuator Thin Film, Top Surface Terminations PERFORMANCE CHARACTERISTICS Attenuation Factor Maximum Power Frequency Range The Frequency response data plotted below shows an example of VSWR obtained in pressure contact fixtures. Data for chips which are solder attached

Contextual Info: State of the Art, Inc. 0706 High Frequency Chip Attenuator Thin Film, Top Surface Terminations PERFORMANCE CHARACTERISTICS Attenuation Factor Maximum Power Frequency Range The Frequency response data plotted below shows an example of VSWR obtained in pressure contact fixtures. Data for chips which are solder attached

Technical Note

Abstract: RESISTOR 0201 footprint dimension Chip Resistors Parasitic capacitance 0201 footprint RESISTOR 0402 footprint dimension 0201 capacitor footprint 0201 resistor Thin Film Resistors frequency response of thin film resistors 0201
Contextual Info: V I S H AY I N T E R T E C H N O L O G Y, I N C . Resistive Products Technical Note Frequency Response of Thin Film Chip Resistors ABSTRACT EXPERIMENTAL High frequency measurements from 0.1 GHz to 40 GHz were performed on industry standard flip chip thin film resistors

Contextual Info: State of the Art, Inc. 0303 Coplanar Chip Attenuator Thin Film, Top Surface Terminations PERFORMANCE CHARACTERISTICS Attenuation Factor Maximum Power Frequency Range The Frequency response data plotted below shows an example of VSWR obtained in pressure contact fixtures. Data for chips which are solder attached

PY-FTIR-02

Abstract: FTIR sensor Pyroelectric sensor ZnSe ir sensor to39 PYFTIR-01 application of pyroelectric sensor TO39 package laser ir beam Pyroelectric Detectors
Contextual Info: PY-FTIR-02 PYROELECTRIC DETECTORS Introduction Pyreos is pleased to present our unique thin film pyroelectric single element detector in TO39 package. The detector is ideal for use in FTIR applications due to its fast response, and flat, stable responsivity up to ~ 1 KHz frequency. The rugged solid state nature of our

Nippon capacitors

Abstract: CF5012 CF5012ANB
Contextual Info: CF5012 series Low-current Consumption Crystal Oscillator Module ICs OVERVIEW The CF5012 series are low-current consumption 3rd-harmonic crystal oscillator module ICs. Internal circuit optimization means these devices have reduced current consumption in comparison with our existing 3rd-harmonic oscillator devices. The crystal oscillator circuit has a built-in thin-film feedback resistor with good temperature characteristics and built-in capacitors with excellent frequency response, resulting in a stable 3rdorder overtone oscillator with only the connection of a crystal element.

passive low pass filter at 60 ghz

Abstract: microwave pass band selective filter hr 8445 duobinary optical duobinary MZ-modulator triplexers ISO14000 Mach-Zehnder modulator ROGERS PLANAR RESISTOR
Contextual Info: Thin Film Technology Filter Design Guide Rev 6.0 September 2010 Thin Film Technology Filter Design Guide Page 1 of 33 Table of Contents About TFT …………………………………………………………… How to Use This Guide ……………………………………………

Contextual Info: V is h ay I n t e rt e c h n olo g y, I n c . I INNOVAT AND TEC O L OGY MIC N HN THIN FILM RESISTOR O 19 62-2012 Resistors - Suitable for Microwave Circuits Thin Film Microwave Chip Resistors Key Benefits • • • • • Low shunt capacitance: < 0.2 pF

Contextual Info: 02/03/05 S0404AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

Contextual Info: 02/03/05 S0502AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

Contextual Info: 02/03/05 S0302AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

Contextual Info: 02/03/05 S0303AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

Contextual Info: 02/04/05 S0603AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

S0402AF

Contextual Info: 02/03/05 S0402AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

Contextual Info: 02/03/05 S0202AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

Chip Resistors - Mounting

Contextual Info: 02/01/05 S1010AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

Contextual Info: 02/04/05 S1005AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

Contextual Info: 02/04/05 S1206AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

S0505AF

Abstract: Chip Resistors - Mounting
Contextual Info: 02/04/05 S0505AF High Frequency Thin Film Chip Resistor Standard Grade, Surface Mount, Top Surface Terminations PRODUCT FEATURES • Frequency Range to 20GHz with excellent VSWR characteristics • Produced with the same stringent quality and reliability standards as our QPL S level

VISHAY film resistors

Contextual Info: Microwave Components Vishay Electro-Films Thin Film Microwave Components METALIZED PLATES SUBSTRATE MATERIAL • Quartz - Beryllium Oxide various thicknesses • Sizes - up to 4.1 inches x 3.3 inches METALIZATION Vishay Electro-Films EFI offers a wide variety of metalized

EN61000-4-9

Abstract: EN50082-2 magnetic field shield EN-50082-2 AB-13 EN50081-1 digital Isolator interface EN600001
Contextual Info: Application Bulletin AB-13 Magnetic Immunity and Susceptibility GMR Basics NVE’s IsoLoop products are based on the Giant Magneto-resistive GMR effect. The GMR effect is observed in thin film layered structures that consist of at least two magnetic layers,