THERMOPAD Search Results

Contextual Info: 2N4920G Medium-Power Plastic PNP Silicon Transistors These medium−power, high−performance plastic devices are designed for driver circuits, switching, and amplifier applications. http://onsemi.com Features • • • • • Low Saturation Voltage Excellent Power Dissipation Due to Thermopadt Construction

Contextual Info: 2N4921G, 2N4922G, 2N4923G Medium-Power Plastic NPN Silicon Transistors These high−performance plastic devices are designed for driver circuits, switching, and amplifier applications. Features • • • • • Low Saturation Voltage Excellent Power Dissipation Due to Thermopadt Construction

MTVA0300N05

Contextual Info: Thermopad A ttenuation Shift i r t Due to Self H eating ^hébv -f—v Tid»« /^/ i- ì T _ . . n iD D lfO flftiO iv l« O c 6 v A p p lic a tio n N o te 0 0 2 Therm opaeP A tte n u a tio n S h ift D ue to S e lf H e a tin g Attenuation shift due to self-heating is not a consideration for low power applications. However, when you design

Contextual Info: APPLICATION NOTES APPLICATION NOTE 003 - THERMOPAD AMPLIFIER TEMPERATURE COMPENSATION The Thermopad is an absorptive microwave attenuator which provides power dissipation that varies with temperature. It is extremely useful as a temperature com pensating element. For example, a very common problem with GaAs amplifiers is that the gain of the amplifier varies by

JE340

Abstract: JE340G MJE340G je340 transistor MJE340 to225 MJE340 datasheet je-340g transistor mje340g
Contextual Info: MJE340 Plastic Medium−Power NPN Silicon Transistor This device is useful for high−voltage general purpose applications. Features • Suitable for Transformerless, Line−Operated Equipment • Thermopad Construction Provides High Power Dissipation Rating

MJE340G

Contextual Info: MJE340 Plastic Medium−Power NPN Silicon Transistor This device is useful for high−voltage general purpose applications. Features http://onsemi.com • Suitable for Transformerless, Line−Operated Equipment • Thermopad Construction Provides High Power Dissipation Rating

hrt040cn09w3

Contextual Info: EMC Technology - HRT040CN09W3S - Page 1 of 3 Go Contact Request | Request For Quote | Sample Request | Search Related Companies Products Home Tools/Apps Press Release About Us Contact Us eLogin Products Thermopad Standard Thermopad® High Reliability Thermopad®

Contextual Info: APPLICATION NOTE 004 - THERMOPAD ATTENUATION SHIFT DUE TO SELF HEATING Attenuation shift due to self heating is not a consideration for low power applications. However, when you design circuits using the Thermopad, it is important to provide proper heat dissipation. The attenuation of the Thermopad will vary with the temperature of the component's resistive

Contextual Info: THE THERMOPAD TEMPERATURE COMPENSATING ATTENUATOR The Thermopad line has been expanded to include higher attenuation values and 30% improvement in temperature compensation. This surface mount attenuator is a totally passive device which provides power dissipation that varies with

EMC Technology

Abstract: MTVA W3 MTVA 6dB -0.007dB/dB/degC PST-02 Rod Resistors diode wb1 KTVA MTVA TS04 TS05
Contextual Info: EMC Technology - MTVA - EMC Technologys MTVA Thermopads are microwave absorbtive atte.ow temperature solder plating or 60/40 solder fused finish for easy reflow processing. Go Contact Request | Request For Quote | Sample Request | Search Home Products Standard Thermopad

Contextual Info: W/.V Tcdmologi/ A pplication Notes Introduction Table o f Contents Design K its . 58 Thermopad Am plifier Temperature C om pensation 59 Thermopad® Attenuation Shift Due to Self H e a tin g

KTVA EMC

Abstract: KTVA
Contextual Info: EE Therm opad Technology E M C Technology's KTVA high frequency Thermopads are ideal fo r millimeter-wave amplifiers. These temperature variable attenuators are wire bondable and designed to work in frequencies from 18 to 46 GHz. The devices have a small footprint and a low profile.

Contextual Info: Tecimol&pi Thermopad Amplifier Temperature Compensation Application N otes A pplication N o te 001 Thermopad® A m plifier Tem perature Com pensation The Thermopad is an absorptive microwave attenuator which provides power dissipation that varies with temperature. It is extremely useful as a temperature com pensating element. For example, a very common problem

TVA0300

Contextual Info: 2Z2 Tedinolo^/ Therm opad TVA EMC Technology's TVA Thermopads are microwave absorbtive attenuators which provide power dissipation that varies with temperature and operate in frequency ranges from DC to 6 GHz. This surface mount, temperature variable attenuator requires no bias or control

MTVA W3

Contextual Info: f3 T T Thermopad Tedmofogy EMC Technology's HTVA Thermopads are microwave absorbtive attenuators which operate in ultra-broadband applications from DC to 20 GHz and offer a smaller 0.55 sq chip size. Thermopads reduce component count, increase reliability, and reduce costs.

TVA0300N07

Abstract: TVA0300N07W3 TVA0600N TVA0300N07W3S MTVA0300N05 tva0600 tva0100n TVA0600N07 TVA0100N09
Contextual Info: Eg THERMOPAD*TEMPERATURE COMPENSATING ATTENUATORS T h e EIMC Difference: ^ The Thermopad is a totally passive temperat jre compensation element. This surface mountable attenuator requires no bias or control voltages and does not * a generate distortion The

TVA0600N09W3

Abstract: TVA0300N09W3 TVA0300N07W3 tva0300n07 MC0023 TVA0300N05W3 TVA0300N09W3 EMC TVA0600N09 tva0300n09 TVA0600N07W3
Contextual Info: TITLE: SPECIFICATION CONTROL DRAWING PART IDENTIFIER: TVA-DKIT DESCRIPTION: : TEMPERATURE VARIABLE CHIP ATTENUATOR DESIGN KIT. 1 THERMOPAD SELECTION TOOL CD 35 PCS TVA0100N09W3 35 PCS TVA0100N07W3 35 PCS TVA0100N05W3 1 EMC CATALOG 35 PCS TVA0200N09W3 35 PCS TVA0200N07W3

tva0300n07

Abstract: mmic amplifier marking code N10 MTVA0300N05 PST-02-A-1 TVA0300N07W3 electronic passive components catalog SC-1016 MTVA0300 SMT2010TALN 42TVA
Contextual Info: EMC TECHNOLOGY Custom Engineered Solutions 8851 SW Old Kansas Ave. 772 286-9300 ISO 9001 & 14001 Certified M I C R OWAV E C O M P O N E N T S www.emct.com Resistive Products, Smart Loads , High Reliability Stuart, FL 34997 (800) 544-5594 Thermopads®, Equalizers,

MTVA0300N09

Abstract: MTVA0400N07W3 MTVA0600N09 HTVA0300N04 HTVA0600N04 MTVA0400N05W3 MTVA0300N05W3 MTVA0300N07W3 MTVA0600N05W3 MTVA0300N07
Contextual Info: TITLE: SPECIFICATION CONTROL DRAWING PART IDENTIFIER: MTVA-DKIT DESCRIPTION: : TEMPERATURE VARIABLE CHIP ATTENUATOR DESIGN KIT. 1 THERMOPAD SELECTION TOOL CD 35 PCS MTVA0100N03W3 35 PCS MTVA0100N04W3 35 PCS MTVA0100N05W3 35 PCS MTVA0200N05W3 1 EMC CATALOG

2y194

Abstract: Fixed Attenuators Surface Mount 30dB M17/113-RG316 MIL-C-17 RG316 RF florida lab florida rf stripline directional couplers 2y194 cable kapton film
Contextual Info: CABLE ASSEMBLIES RF COMPONENTS RESISTORS I TERMINATIONS I ATTENUATORS I CABLE ASSEMBLIES surface mount I flange mount I coaxial Authorized Distributors TERMINATIONS TEMpERATURE VARIABLE ATTENUATORS – THERMOpAD LAB FLEx® CABLE ASSEMBLIES We offer a full line of high power terminations including tab & cover, flange

Contextual Info: 2N4921G, 2N4922G, 2N4923G Medium-Power Plastic NPN Silicon Transistors These high−performance plastic devices are designed for driver circuits, switching, and amplifier applications. Features • • • • • Low Saturation Voltage Excellent Power Dissipation Due to Thermopadt Construction

micro lambda

Contextual Info: EMC Technology - HRT090AN07WB1 - Page 1 of 3 Go Contact Request | Request For Quote | Sample Request | Search Related Companies Products Home Tools/Apps Press Release About Us Contact Us eLogin Products Thermopad Standard Thermopad® High Reliability Thermopad®

Contextual Info: EZ2 Technology CTVA 75 LI Therm opad9 EM C Technology's CTVA Thermopad is a 75 ohm version of the standard temperature variable attenuator. It can be used in 75 ohm applications where variable dissipated power is required over temperature. G eneral S pecifications

MTVA W3

Contextual Info: Technolog Therm opad C oaxial TVA EMC Technology offers the popular temperature variable attenuator in a coaxial package. The coaxial Thermopad offers the same benefits as the standard temperature variable attenuator with the added benefit o f a SMA male to SMA fem ale interface.