MMIC ERA3 Search Results

KT 805

Abstract: Wideband RF Chokes 1 microhenry rfc ERA-1SM ERA-6SM ERA-3SM ERA-5SM ADCH-80 ADCH-80A ERA-21SM
Contextual Info: BIASING MMIC AMPLIFIERS e.g., ERA SERIES (AN-60-010) Introduction The Mini-Circuits family of microwave monolithic integrated circuit (MMIC) Darlington amplifiers offers the RF designer multi-stage performance in packages that look like a discrete transistor. Included in this family are the model prefixes to which

MMIC era

Abstract: MMIC MAR-6 gali-84 TB-432-8A TCCH-80A TB-409-39 Mini-Circuits TB-409-39 MAV-11SM TB-409-74 MCL MAR-6
Contextual Info: MMIC Test Boards: Instructions for Use AN-60-036 1.0 Introduction Mini Circuits manufacture a wide range of 4-pin MMIC surface-mount and drop-in amplifiers. Family of test boards, for evaluating these devices, has been designed as to make them easy to use by customer.

Contextual Info: MMIC Test Boards: Instructions for Use AN-60-036 1.0 Introduction Mini Circuits manufacture a wide range of 4-pin MMIC surface-mount and drop-in amplifiers. Family of test boards, for evaluating these devices, has been designed as to make them easy to use by customer.

Contextual Info: BIASING OF CONSTANT CURRENT MMIC AMPLIFIERS e.g., ERA SERIES (AN-60-010) Introduction The Mini-Circuits family of microwave monolithic integrated circuit (MMIC) Darlington amplifiers offers the RF designer multi-stage performance in packages that look like a discrete transistor. Included in this family are the model prefixes to which

Contextual Info: Using the Catalog Specifications to Determine MMIC Reliability AN-60-030 Specification pages for MMIC (Microwave Monolithic Integrated Circuit) amplifiers in the Mini-Circuits catalog contain graphs of typical MTTF (Mean-Time-To-Failure) as a function of Junction Temperature. To use one of these graphs it is necessary to know the

m9218

Abstract: MTTF AN-60-010 ERA-33SM M92187
Contextual Info: Using the Catalog Specifications to Determine MMIC Reliability AN-60-030 Specification pages for MMIC (Microwave Monolithic Integrated Circuit) amplifiers in the Mini-Circuits catalog contain graphs of typical MTTF (Mean-Time-To-Failure) as a function of Junction Temperature. To use one of these graphs it is necessary to know the

mmic era3

Contextual Info: MMIC Amplifier ERA-3+ Typical Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions or to view GRAPHS. Definitions: Input Return Loss = -S11 dB Gain(Power Gain) = S21 (dB) Reverse Isolation = -S12 (dB) Output Return Loss = -S22 (dB)

ERA-3SM

Abstract: ERA-3SM 99
Contextual Info: MMIC Amplifier ERA-3SM+ Typical Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions or to view GRAPHS. Definitions: Input Return Loss = -S11 dB Gain(Power Gain) = S21 (dB) Reverse Isolation = -S12 (dB) Output Return Loss = -S22 (dB)

ERA-3SM

Abstract: ERA-3SM 99 1128B
Contextual Info: ERA-3SM Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions TYPE: MMIC Amplifier MODEL: ERA-3SM Reference Data: RDF-1128B S PARAMETERS are presented in dB/deg Format TEST CONDITIONS: INPUT POWER = -25dBm, Icc = 35mA, Vd = 3.25V @Temperature = +25degC

1128B

Abstract: mmic era3
Contextual Info: ERA-3 Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions TYPE: MMIC Amplifier MODEL: ERA-3 Reference Data: RDF-1128B S PARAMETERS are presented in dB/deg Format TEST CONDITIONS: INPUT POWER = -25dBm, Icc = 35mA, Vd = 3.25V @Temperature = +25degC

ERA-33SM

Abstract: 15367
Contextual Info: ERA-33SM Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions TYPE: MMIC Amplifier MODEL: ERA-33SM Reference Data: RDF-1079C S PARAMETERS are presented in dB/deg Format TEST CONDITIONS: INPUT POWER = -20dBm, Icc = 40mA, Vd = 4.22V @Temperature = +25degC

ERA-33SM

Contextual Info: MMIC Amplifier ERA-33SM+ Typical Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions Definitions: Input Return Loss = -S11 dB Gain(Power Gain) = S21 (dB) Reverse Isolation = -S12 (dB) Output Return Loss = -S22 (dB) TEST CONDITIONS: Icc = 40mA, Vd = 4.23V @Temperature = +25degC

ERA-3SM

Contextual Info: MMIC Amplifier ERA-3SM+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -25dBm, Temperature = +25°C INPUT POWER = -25dBm, CURRENT = 35mA 25 25 24 - 45°C 24 28mA 23 +25°C 23 35mA 22 +85°C 22 42mA 21 dB (dB) 21 20 20 19

ERA-3

Abstract: mmic era3 era3
Contextual Info: MMIC Amplifier ERA-3+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -25dBm, Temperature = +25°C INPUT POWER = -25dBm, CURRENT = 35mA 25 25 24 - 45°C 24 28mA 23 +25°C 23 35mA 22 +85°C 22 42mA 21 dB (dB) 21 20 20 19 19

Contextual Info: MMIC Amplifier ERA-3 Typical Performance Curves S21 vs. TEMPERATURE INPUT POWER = -25dBm, CURRENT = 35mA 24 24 22 -45°C 20 +25°C 28mA 22 35mA 20 42mA +85°C 18 18 16 16 dB (dB) S21 vs. CURRENT INPUT POWER = -25dBm, Temperature = +25°C 14 14 12 12 10 10

ERA-33SM

Contextual Info: MMIC Amplifier ERA-33SM Typical Performance Curves S21 vs. CURRENT INPUT POWER = -20dBm, Temperature = +25°C S21 vs. TEMPERATURE INPUT POWER = -20dBm, CURRENT = 40mA 22 22 -45°C 20 32mA 20 40mA +25°C 18 +85°C 16 16 14 14 dB (dB) 18 12 48mA 12 10 10 8

ERA-3SM

Contextual Info: MMIC Amplifier ERA-3SM Typical Performance Curves S21 vs. CURRENT INPUT POWER = -25dBm, Temperature = +25°C S21 vs. TEMPERATURE INPUT POWER = -25dBm, CURRENT = 35mA 24 24 -45°C 22 35mA 20 +85°C 18 18 16 16 dB (dB) 28mA 22 +25°C 20 14 42mA 14 12 12 10

Mini-Circuits ERA-1SM

Abstract: era-5sm
Contextual Info: BtAÂUPUfBo Mini-Circuits ushers in the next generation of high reliability MMIC amplifiers.HI-REL ERA amplifiers. Just check the specs! With an expanded selection of models and gains, these GaAs amplifiers cover extensive commercial and military a p p lic a tio n s to 8G H z and b e y o n d . In s ta n t a c c e s s to

PL-261

Abstract: mmic era3 ERA-3 TB-431 VV105 ERA monolithic amplifier era3
Contextual Info: Drop-In Monolithic Amplifier DC-3 GHz Product Features • DC-3 GHz • Single voltage supply • Internally matched to 50 ohms • Unconditionally stable • Low performance variation over temperature • Transient protected • Aqueous washable • Protected By US Patent 6,943,629

15 GHz high power amplifier

Abstract: ERA-3SM
Contextual Info: Surface Mount Monolithic Amplifier DC-3 GHz Product Features • DC-3 GHz • Single Voltage Supply • Internally Matched to 50 Ohm • Unconditionally Stable • Low Performance Variation Over Temperature • Transient Protected • Aqueous washable • Protected By US Patent 6,943,629

ERA33SM

Contextual Info: Surface Mount Monolithic Amplifier DC-3 GHz Product Features • DC-3 GHz • Single Voltage Supply • Internally Matched to 50 Ohm • Unconditionally Stable • Low Performance Variation Over Temperature • Transient Protected • Aqueous washable • Protected By US Patent 6,943,629

era-3

Abstract: ERA-3 board MMIC Amplifier Micro-X marking mmic era3
Contextual Info: Drop-In Monolithic Amplifier DC-3 GHz Product Features • DC-3 GHz • Single voltage supply • Internally matched to 50 ohms • Unconditionally stable • Low performance variation over temperature • Transient protected • Aqueous washable • Protected By US Patent 6,943,629

ERA-3SM

Abstract: era3sm ERA-3SM capacitor TB-408-3 pl-075
Contextual Info: Surface Mount Monolithic Amplifier DC-3 GHz Product Features • DC-3 GHz • Single Voltage Supply • Internally Matched to 50 Ohm • Unconditionally Stable • Low Performance Variation Over Temperature • Transient Protected • Aqueous washable • Protected By US Patent 6,943,629

ERA-3SM

Contextual Info: Surface Mount Monolithic Amplifier DC-3 GHz Product Features • DC-3 GHz • Single Voltage Supply • Internally Matched to 50 Ohm • Unconditionally Stable • Low Performance Variation Over Temperature • Transient Protected • Protected By US Patent 6,943,629