MTVA0300N05 Search Results

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 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

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

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

MTVA0300N07

Abstract: MTVA0300
Contextual Info: EMC Technology RF & MICROWAVE CABLE ASSEMBLIES & COAXIAL COMPONENTS CATALOG ASR Lab-­Flex Lab-­Flex® S Lab-­Flex® AF Semi-­Rigid, Conformable & Flexible Semi-­Rigid Low Loss RG Series Test Cable Assemblies DQG&RD[LDO3DVVLYH&RPSRQHQWV

trm a55

Contextual Info: EMC Technology RF & MICROWAVE CABLE ASSEMBLIES & COAXIAL COMPONENTS CATALOG ASR Lab-­Flex Lab-­Flex® S Lab-­Flex® AF Semi-­Rigid, Conformable & Flexible Semi-­Rigid Low Loss RG Series Test Cable Assemblies DQG&RD[LDO3DVVLYH&RPSRQHQWV

tva0300n07

Abstract: TVA0300N
Contextual Info: w v w Over Temperature llrìem opM Response '"Tï ï f f i F ^ Compensation • Small Footprint • Surface M ountable • Zero Distortion • Totally Passive • Power H andling up to 2 Watts • Several Metallization and Packaging Options Available • Tailored response to cancel amplifier gain variations over temperature

MTVA0300N05

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

TVA0100N09

Abstract: TVA0600N07
Contextual Info: THERMOPAD* TEMPERATURE COMPENSATING ATTENUATORS THERMOPAD TEMPERATURE COMPENSATING ATTENUATORS The Thermopad is a patented U.S. Patent # 5,332,981 , absorptive microwave attenuator, which provides power dissipation that varies with temperature. The device can be used in any

tva0300n07

Abstract: MTVA0300N05 Cherry cross TVA0300N TCA 150 t
Contextual Info: ATTENUATORS THERMOPAD* TEMPERATURE COMPENSATING ATTENUATOR THERMOPAD TEMPERATURE COMPENSATING ATTENUATOR The Thermopad is a patented U.S. Patent # 5,332,981 , absorptive microwave attenuator which provides power dissipation that varies with temperature. The device can be used in any

MTVA0300N05

Contextual Info: APPLICATION NOTES 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