MCE OR KDI ATTENUATOR Search Results

kdi 64537

Abstract: MCE OR KDI attenuator 20db D418M kdi CV90 variable 2-way power divider at 15 ghz KDI64537 YF-25 A KDI "power divider" YF-23N YF-25
Contextual Info: IN-PHASE 4-WAY DIVIDERS/COMBINERS, POWER SERIES YF MODEL D418M SMA/TYPE N 0.5-18 GHz GENERAL SPECIFICATIONS Frequency Range: RF Impedance: RF Power: 0.5 to 18.0 GHz 50 Ohms The power handling capability for load VSWR ’s less than 1.50 is 1 watt CW and 1 kW peak for frequencies up to 2.0 GHz,

kdi 64537

Abstract: wilkinson divider KDI "power divider" MIL-C-39012 SMA 180 kdi64537 kdi 64537 phase
Contextual Info: IN-PHASE 4-WAY DIVIDERS/COMBINERS, POWER SERIES YF MODEL D418M SMA/TYPE N 0.5-18 GHz GENERAL SPECIFICATIONS Frequency Range: RF Impedance: RF Power: 0.5 to 18.0 GHz 50 Ohms The power handling capability for load VSWR ’s less than 1.50 is 1 watt CW and 1 kW peak for frequencies up to 2.0 GHz,

kdi 64537

Abstract: MAK-1000 MAP-1000 64537
Contextual Info: ATTENUATORS, VARIABLE SERIES MAK-1000 MAP-1000 DC-1000 MHz DESCRIPTION MAK-1000 Multi-Turn, screwdriver adjustable variable attenuators are provided in either Surface Mount or SMA Connector packages for Broadband applications. SPECIFIC ATIONS MODEL MAK-1000

16 PIN 4072

Abstract: KDI-64537
Contextual Info: BROADBAND SURFACE MOUNT ANALOG-CERAMIC ATTENUATORS, PIN DIODE SERIES ATN-4072 500-2000 MHz DESCRIPTION KDI/triangle ModelATN-4072 is a s i* ace mount attB uator featuring a continuous att i uation changes ersus controlv oltags.Thehybrid design u tilis s pin diodes and op amp control. Available in tape and reel pa Im­

ATN-4072

Abstract: MCE OR KDI
Contextual Info: BROADBAND SURFACE MOUNT ANALOG–CERAMIC ATTENUATORS, PIN DIODE SERIES ATN-4072 500–2000 MHz DESCRIPTION KDI/t riangle Model A TN-4072 is a surf ace mount atte n uator featur ing a continuous atten uation changev ersus controlv oltage. The h ybr id design

CV90

Abstract: Brass QQ-B-626 KDI "power divider" CV90-14333-1
Contextual Info: IN-PHASE 4-WAY DIVIDERS/COMplNERS, POWER SERIES YF MODEL D418M SMA/TYPEN 0.5-18 GHz GENERAL SPECIFICATIONS Frequency Range: RF Impedance: RF Power: O perating Tem perature: 0.5 to 18.0 GHz 50 Ohms The power handling capability for load VS W R ’s less than 1.50 is 1 watt CW and

Contextual Info: ATTENUATORS, VARIABLE SERIES MAK-1000 MAP-1000 DC-1000 MHz DESCRIPTION Multi-Turn, screwdriver adjustable variable attenuators are provided in either Surface Mount or SMA Connector packages tor Broadband applications. SPECIFIC ATIONS MODEL MAK-1000 MODEL MAP-1000

Triangle Microwave rr

Abstract: Triangle Microwave Digital Attenuator Triangle Microwave GA KDI attenuator MCE OR KDI pin diode attenuator KDI triangle 2-gt attenuator
Contextual Info: ATTENUATORS, PIN DIODE SERIES GT, 1GT, 2GT, GA 0.25-18 GHz GENERAL INFORMATION KDI/Triangle Pin Diode attenuators continuously change the am plitude of a microwave signal by applying a varying DC current, voltage, or digital signal, depending upon the M odel type selected. The basic current con­

Triangle Microwave Digital Attenuator

Abstract: Triangle Microwave GA GT atten KDI attenuator MCE OR KDI pin diode attenuator GT-50 GT attenuator voltage controlled KDI triangle 2-gt attenuator
Contextual Info: ATTENUATORS, PIN DIODE SERIES GT, 1GT, 2GT, GA 0.25–18 G H z GENERAL INFORM TION A KDI/Triangle Pin Diode attenuators continuously change the amplitude of a microwave signal by applying a varying DC current, voltage, or digital signal, depending upon the Model type selected. The basic current controlled models do not have thermal compensation included, the voltage

kdi 64537

Contextual Info: ATTENUATORS, VARIABLE SERIES MAK-1000 MAP-1000 DC-1000 MHz DESCRIPTION MAK-1000 Multi-Turn, screwdriver adjustable variable attenuators are provided in either Surface Mount or SMA Connector packages for Broadband applications. SPECIFICATIONS MODEL MAK-1000

mini circulator

Abstract: KDI attenuator AY-D94S Surface Mount Circulator triangle coupler
Contextual Info: CUSTOM DESIGN CA PABILITY TWO-W AY POWER COMBINER AY-D94S SUBASSEMBLY GENERAL INFORM ATION The Model AY-D94S subassembly provides a mainline input, calibrated monitor port and isolated injection input port, with a ferrite cIrculator for isolation and a mechanical variable attenuator with a 15 dB minimum adjustment range. This circuit is commonly used in input circuits

8 PIN 4072

Contextual Info: BROADBAND SURFACE MOUNT ANALOG-CERAMIC ATTENUATORS, PIN DIODE SE R IE S ATN-4072 500-2000 MHz DESCRIPTION KDI/triangle Model ATN-4072 is a surface mount attenuator featuring a continuous attenuation change versus control voltage. The hybrid design utilizes pin diodes and op amp control. Available in tape and reel pack­

7550N

Contextual Info: LOW POWER ATTENUATORS, CHIP SER IES PCA, PCAA DC-18 GHz FEATURES • Laser Trimmed • Temperature Stable GENERAL INFORMATION The PCA and P C M Series consists of a laser trimmed distributed thin film element on an alumina ceramic substrate with solderable terminals. Two

KDI-64537

Contextual Info: BROADBAND SURFACE MOUNT ANALOG-CERAMIC ATTENUATORS, PIN DIODE SERIES ATN-4072 500-2000 MHz DESCRIPTION KDI/triangie Model ATN-4072 is a surface mount attenuator featuring a continuous attenuation change versus control voltage. The hybrid design utilizes pin diodes and op amp control. Available in tape and reel pack­

Triangle Microwave Digital Attenuator

Abstract: KDI attenuator Cannon connectors GT atten Triangle Microwave GA Triangle Microwave attenuator GT attenuator voltage controlled ITT Cannon GT-50 Attenuators
Contextual Info: ATTENUATORS, PIN DIODE SERIES GT, 1GT, 2GT, GA 0.25–18 G H z GENERAL INFORM TION A KDI/Triangle Pin Diode attenuators continuously change the amplitude of a microwave signal by applying a varying DC current, voltage, or digital signal, depending upon the Model type selected. The basic current controlled models do not have thermal compensation included, the voltage

DF-47

Abstract: Triangle Microwave ITT CANNON MCE FF-47 Triangle Microwave Digital Attenuator 2-FF-47 DF-74 FF-18 FF-32 FF-36
Contextual Info: ATTENUATORS, PIN DIODE SERIES DF & FF “PHASE-FREE” 0.25–18 GHz GENERAL INFORMATION: KDI/Triangle’s phase free Pin diode attenuators change the amplitude of a microwave signal with matched low VSWR over the full attenuation range, and with minimum phase shift change. The units are supplied with

FF-47

Contextual Info: ATTENUATORS, PIN DIODE SERIES DF & FF “PHASE-FREE” 0.25-18 GHz GENERAL INFORMATION: KDI/Triangle’s p h a se free Pin diode attenuators chang e the am plitude of a m icrow ave signal with m atched low V S W R over the full attenuation range, and with minimum phase shift change. T he units are supplied with

PCAAF 15 dB

Contextual Info: LOW POWER ATTENUATORS, CHIP SERIES PCA, PCAA DC-18 GHz FEATURES: • Laser Trimmed • Temperature Stable GENERAL INFORMATION: The PCA and PCAA Series consists of a laser trimmed distributed thin film element on an alumina ceramic substrate with solderable terminals. Two

Triangle Microwave GA

Abstract: Triangle Microwave Digital Attenuator Triangle Microwave attenuator KDI attenuator GT32T
Contextual Info: ATTENUATORS, PIN DIODE SERIES GT, 1GT, 2GT, GA 0.25-18 G H GENERAL INFORM 1AON KDIATriangle Pin Diode attenuators continuously change the am plitude of a microwave signal by applying a varying DC current, voltage, or digital signal, depending upon the Model type selected. The basic current con­

IT 8572

Abstract: DF-45
Contextual Info: ATTENUATORS, PIN DIODE SER IES DF & FF “PHASE-FREE” 0.25-18 GHz GENERAL INFORMATION: KDI/Triangle’s phase free Pin diode attenuators change the am plitude of a microwave signal with m atched low V SW R over the full attenuation range, and with m inim um phase shift change. The units are supplied with

GT32T

Contextual Info: ATTENUATORS, PIN DIODE SERIES GT, 1GT, 2GT, GA 0.25-18 GHz GENERAL INFORMATION KDI/Triangle Pin Diode attenuators continuously change the am plitude of a microwave signal by applying a varying DC current, voltage, or digital signal, depending upon the Mode! type selected. T he basic current con­

Contextual Info: APPLICATION NOTES THERMAL RESISTIVITY TABLE SIMPLIFIES TEMPERATURE CALCULATIONS How much power can a microwave device handle before it overheats? Here is a good approximation technique for determining “hot spots” of different structures. Reprinted with permission from Microwaves/RF