DC-connector: 9-pin male Nano-D pigtail 18
| Item Number | LNF-NANO9M |
|---|---|
| Series: | D-Sub |
| Type: | |
| Style: |
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LNF-STRCON
LNF-STRCON is a connector to be used to provide bias for all our LNAs with 5-pin female strip DC connector. It is prewired with 46 cm long 34 AWG copper wires with color coded PFTE insulation. -
LNF-NANO4p is a connector to be used to provide bias for all our LNAs with a nano 4-pin polarized DC connector. It is prewired with 46 cm long 32 AWG copper wires with color coded PFTE insulation. -
LNF-BOB
LNF-BOB
The LNF-BOB (Break Out Box) is intended to be used as adapter between LNF HEMT bias power supplies (up to eight units) and a standard customer supplied low noise (preferably linear) power supply which can provide with voltage of +/-12VDC and current up to +/-10A. It is equipped with eight 3-Pin male M8 connector for connecting LNF-PSs and two banana connectors for connecting Common (GND) to Protection Earth (PE). The power entry is provided with reliable binding post connectors on its rear panel to ensure safe operation. The enclosure is of 1U 10” size which provides with possibility to integrate it in a standard rack system.View Datasheet
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LNF-LNC1.2_3.5A
1.2-3.5 GHz Cryogenic Low Noise AmplifierFEATURES:- RF bandwidth: 1.2-3.5 GHz
- Noise Temperature: 1.3 K typical
- Noise Figure: 0.02 dB typical
- Gain: 31 dB
- DC-power: Vds=1.0 V, Ids=20 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
View Datasheet
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LNF-LNC4_8G
4-8 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 4-8 GHz
- Noise Temperature: 1.5 K typical
- Noise Figure: 0.022 dB typical
- Gain: 40 dB
- DC-power: Vd=0.60 V, Id=13 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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5-7 GHz Wide Bandwidth Josephson Junction Parametric Amplifier Fully Assembled, Tested and Characterized Sub-System
QMC-JPA-MCA01
Comes with: BBN-PS2-JPA-DEVICE-QEC Specifications:- Wide Bandwidth Josephson Junction Parametric Amplifier
- Tunable Center Frequency: 5.0 – 7.0 GHz
- Gain: 20 dB minimum
- Instantaneous Bandwidth: 300 MHz
- Noise temperature: 295 mK @ 6.8 GHz
- Matched input: 50 Ohm
- Compact Aluminum cryo-package
- Connector In/Out: 2.92mm K connectors
- Designed for use at millikelvin temperatures
No online pricing available at this time. Please request a quote using the tab above.View Datasheet
View JPA Operations Manual
View Step File
View Outline Drawing
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LNF-CIC0.9_1.1A
LNF-CIC0.9_1.1A is ultra-low insertion loss cryogenic circulators operating in the 0.9-1.1 GHz frequency range. It has been designed from ground up to meet the strict requirements of ultra-low temperature physics research. The gold plated OFHC copper body ensures minimum loss and that this loss reaches the lowest possible temperature to minimize thermal noise. The circulator is packaged in a slim coaxial module using industry standard SMA connectors. The module measures 31.5×30.86×12.7 mm excluding the connectors.RF bandwidth: 0.9-1.1 GHzInsertion loss: 0.3 dB typicalIsolation: 20 dB typicalPort match: 20 dB typicalRF connectors: Female SMA
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LNF-PBA-HP
Coming Soon
No online pricing available at this time. Please request a quote.View Step File
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LNF-LNC4_8SF_LG
4-8 GHz Cryogenic Low Noise Amplifier (G3PO)- RF bandwidth: 4-8 GHz
- Noise Temperature: 1.5 K typical
- Noise Figure: 0.022 dB typical
- Gain: 26 dB
- DC-power: Vd=0.70 V, Id=10 mA
- One gate and one drain supply only
- RF-connectors: Male G3PO
- DC-connector: 5-pin female strip connector
- Stackable: 140 mil pitch
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNC4_8F
4-8 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 4-8 GHz
- Noise Temperature: 1.5 K typical
- Noise Figure: 0.022 dB typical
- Gain: 26 dB typical
- DC-power: Vd=0.70 V, Id=10 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-PS4 is a compact 4-channel power supply designed for LNF’s Low Noise Amplifiers. The drain voltage is regulated and adjustable within a wide range, and the gate voltage is automatically and continuously adjusted to give a set drain current. Vd, Vg and Id are displayed on the LCD monitor screen for easy bias control. Vd and Id are set by trim potentiometers on the front panel. The LNF-PS4 is redesigned from ground up and features new low noise electronic components for much improved performance compared to previous models. There’s also a drain voltage sense function for situations where bias wire resistance is significant. The display can be switched off for ultra-low noise operation. The power supply is powered by LNF’s Power Block, LNF-PBA-HP.View Datasheet
View 5 Pin Step File
View D-Sub Step File
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LNF-PS8 is a compact 8-channel power supply designed for LNF’s Low Noise Amplifiers. The drain voltage is regulated and adjustable within a wide range, and the gate voltage is automatically and continuously adjusted to give a set drain current. Vd, Vg and Id are displayed on the LCD monitor screen for easy bias control. Vd and Id are set by trim potentiometers on the front panel. The LNF-PS8 is redesigned from ground up and features new low noise electronic components for much improved performance compared to previous models. There’s also a drain voltage sense function for situations where bias wire resistance is significant. The display can be switched off for ultra-low noise operation. The power supply is powered by LNF’s Power Block, LNF-PBA-HP.View Datasheet
View 5 Pin Step File
View D-Sub Step File
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LNF-LNC4_8SF
4-8 GHz Cryogenic Low Noise Amplifier (G3PO)- RF bandwidth: 4-8 GHz
- Noise Temperature: 1.5 K typical
- Noise Figure: 0.022 dB typical
- Gain: 44 dB
- DC-power: Vd=0.70 V, Id=15 mA
- One gate and one drain supply only
- RF-connectors: Male G3PO
- DC-connector: 5-pin female strip connector
- Stackable: 140 mil pitch
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNC45_77WA
45-77 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 45-77 GHz
- Noise Temperature: 13 K typical
- Noise Figure: 0.19 dB typical
- Gain: 33 dB
- DC-power: Vd=0.7 V, Id=13 mA
- One gate and one drain supply only
- RF-connectors: WR15, UG387/U
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-VTL_WR28A
- WR-28 Precision Cryogenic Noise Source
- RF Bandwidth 23-42 GHz
- Waveguide Flange UG599/U
- Return Loss Better than 20 dB
- Accuracy ≈ 1 K
- Temperature sensor DT-670A1-SD
- Heater 50 Ω
- DC Connectors 9-pin female Nano-D
- Return Loss 23-26 GHz 20 dB
- Return Loss 26-42 GHz 30 dB
- Temp sensor current 10 µA
- Heater power for TH = 30 K (Tamb = 5 K) ~ 2-3 mW
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-VTL_WR22C
- WR-22 Precision Cryogenic Noise Source
- RF Bandwidth 29-53 GHz
- Waveguide Flange UG599/U
- Return Loss Better than 20 dB
- Accuracy ≈ 1 K
- Temperature sensor DT-670A1-SD
- Heater 50 Ω
- DC Connectors 9-pin female Nano-D
- Return Loss 29-30 GHz 20 dB
- Return Loss 30-53 GHz 30 dB
- Temp sensor current 10 µA
- Heater power for TH = 30 K (Tamb = 5 K) ~ 2-3 mW
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-VTL_WR15C
- WR-15 Precision Cryogenic Noise Source
- RF Bandwidth 44-80 GHz
- Waveguide Flange UG385/U
- Return Loss Better than 20 dB
- Accuracy ≈ 1 K
- Temperature sensor DT-670A1-SD
- Heater 50 Ω DC
- Connectors 9-pin female Nano-D
- Return Loss 44-47 GHz 20 dB
- Return Loss 47-80 GHz 25 dB
- Temp sensor current 10 µA
- Heater power for TH = 30 K (Tamb = 5 K) ~ 2-3 mW
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-VTL_WR12B
- WR-12 Precision Cryogenic Noise Source
- RF Bandwidth 52-97 GHz
- Waveguide Flange UG387/U
- Return Loss: Better than 20 dB
- Accuracy ≈ 1 K
- Temperature sensor DT-670A1-SD
- Heater 50 Ω
- DC Connectors 9-pin female Nano-D
- Return Loss >20 dB
- Temp sensor current 10 µA
- Heater power for TH = 30 K (Tamb = 5 K) ~ 2-3 mW
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-VTL_WR10A
- WR-10 Precision Cryogenic Noise Source
- RF Bandwidth 65-118 GHz
- Waveguide Flange UG387/U
- Return Loss Better than 20 dB
- Accuracy ≈ 1 K
- Temperature sensor DT-670A1-SD
- Heater 50 Ω
- DC Connectors 9-pin female Nano-D
- Return Loss 65-75 GHz: 20 dB
- Return Loss 75-118 GHz: 25 dB
- Temp sensor current 10 µA
- Heater power for TH = 30 K (Tamb = 5 K) ~ 2-3 mW
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNC4_8F
4-8 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 4-8 GHz
- Noise Temperature: 1.5 K typical
- Noise Figure: 0.022 dB typical
- Gain: 44 dB
- DC-power: Vd=0.70 V, Id=15 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-ISC4.3_4.9A or LNF-CIC4.3_4.9A
LNF-xxxxxxC4.3_4.9A is ultra-low insertion loss cryogenic isolator/circulator operating in the 4.3-4.9 GHz frequency range. They have been designed from ground up to meet the strict requirements of ultra-low temperature physics research. The gold plated OFHC copper body ensures minimum loss and that this loss reaches the lowest possible temperature to minimize thermal noise. The isolator/circulator is packaged in a slim coaxial module using industry standard SMA connectors. The module measures 67.06×24.64×10.16 mm excluding the connectors. Please request a quote.View Datasheet
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LNF-ISC2.8_4.3A and LNF-CIC2.8_4.3A
LNF-ISC2.8_4.3A and LNF-CIC2.8_4.3A are ultra-low insertion loss cryogenic isolators and circulators operating in the 2.8-4.3 GHz frequency range. They have been designed from ground up to meet the strict requirements of ultra-low temperature physics research. The gold plated OFHC copper body ensures minimum loss and that this loss reaches the lowest possible temperature to minimize thermal noise. The isolator/circulator is packaged in a slim coaxial module using industry standard SMA connectors. The module measures 43.94×43.18×12.7 mm excluding the connectors. Please request a quote.View Datasheet
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LNF-LNC4_8E
4-8 GHz Cryogenic Low Noise Amplifier (GPPO)- RF Bandwidth: 4-8 GHz
- Noise Temperature: 1.5 K
- Noise Figure: 0.022 dB
- Gain: 42 dB
- DC power (typical): Vds = 0.7 V, Ids = 15 mA*
- RF Connectors: Male GPPO**
- DC Connectors: 5-pin Female Strip
- One gate and one drain supply only
- Stackable 140 mil pitch
View Datasheet
View Step File
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LNF-LNR55_96WA_SV
55-96 GHz Low Noise AmplifierFEATURES:- Room Temperature LNA
- RF bandwidth: 55-96 GHz
- Noise temperature: 280 K
- Noise figure: 2.86 dB
- Gain: 27 dB
- DC power: Vds=5 V, Ids=40 mA
- RF connectors: WR12, UG387/U
- DC connector: 2-pin Turret Connector, Single 5V supply only
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-LNR19_34WA
19-34 GHz Low Noise Amplifier FEATURES:- RF bandwidth: 19-34 GHz
- Noise Temperature: 142 K typical
- Noise Figure: 1.73 dB typical
- Gain: 31 dB
- DC-power: Vd=1.60 V, Id=40 mA
- One gate and one drain supply only
- RF-connectors: WR34, UG1530/U
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-LNC19_34WA
19-34 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 19-34 GHz
- Noise Temperature: 10.5 K typical
- Noise Figure: 0.15 dB typical
- Gain: 28 dB
- DC-power: Vd=1 V, Id=14 mA
- One gate and one drain supply only
- RF-connector: WR34, UG1530/U
- DC-connector: 9-pin female Nano-D
View Datasheet
View Step File
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LNF-LNR4_8ART Product features •RF bandwidth: 4-8 GHz •Noise Temperature: 32 K typical •Noise Figure: 0.45 dB typical •Gain: 42 dB •DC-power: Vin=5 V, Iin=50 mA •Single supply operation•RF-connectors: female SMA •DC-connector: nano 4-pin polarized connector •Reverse polarity and over voltage protectionNo online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-TERM4_12A
is a termination suitable for converting an LNF circulator into an isolator with a DC feed through. The DC voltage will be present at both the input and output of the isolator. They have been designed from ground up to meet the strict requirements of ultra-low temperature physics research. The gold plated OFHC copper body ensures minimum loss and that this loss reaches the lowest possible temperature to minimize thermal noise. The module measures 9.5mm * 9.5 mm* 31.4mm excluding the connectors. No online pricing available at this time. Please request a quote.View Datasheet
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LNF-xxxxxxC8_12A
is an ultra-low insertion loss cryogenic triple junction isolator/circulator operating in the 8-12GHz frequency range. It has been designed from ground up to meet the strict requirements of ultra-low temperature physics research. The gold plated OFHC copper body ensures minimum loss and that this loss reaches the lowest possible temperature to minimize thermal noise. The isolator/circulator is packaged in a slim coaxial module using industry standard SMA connectors.No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-xxxxC8_12A
is an ultra-low insertion loss cryogenic dual junction isolator/circulator operating in the 8-12 GHz frequency range. It has been designed from ground up to meet the strict requirements of ultra-low temperature physics research. The gold plated OFHC copper body ensures minimum loss and that this loss reaches the lowest possible temperature to minimize thermal noise. The isolator/circulator is packaged in a slim coaxial module using industry standard SMA connectors.No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-xxxxxxC4_12A
is an ultra-low insertion loss cryogenic triple junction isolator/circulator operating in the 4-12 GHz frequency range. It has been designed from ground up to meet the strict requirements of ultra-low temperature physics research. The gold plated OFHC copper body ensures minimum loss and that this loss reaches the lowest possible temperature to minimize thermal noise. The isolator/circulator is packaged in a slim coaxial module using industry standard SMA connectors.No online pricing available at this time. Please request a quote.View Datasheet
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LNF-PBA
Low Noise Power BlockA ±12V low noise linear power supply designed to power LNF’s line of HEMT power supplies.It accepts a mains voltage of either 115 or 230 VAC selectable on the rear panel.The front panel has 8 output connectors, all delivering the ±12 VDC.No online pricing available at this time. Please request a quote.View Datasheet
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LNF-PS3b
Low Noise HEMT Power Supply A compact power supply designed for LNF’s Low Noise Amplifiers. . Redesigned from ground up and features new low noise electronic components for much improved performance compared to previous models. There’s also a drain voltage sense function for situations where bias wire resistance is significant. The display can be switched off for ultra-low noise operation. The power supply is powered by LNF’s Power Block, LNF-PBA.No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNC0.2_3B
- Product features
- RF bandwidth: 0.2-3 GHz
- Noise Temperature: 1.6 K typical
- Noise Figure: 0.02 dB typical
- Gain: 30 dB
- DC-power: Vd=1.1 V, Id=23 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
View Datasheet
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LNF-LNR26_62A
LNF-LNR26_62A_SV is a room temperature amplifier using LNF’s proprietary InP HEMT technology. MMIC technology ensures excellent unit-to-unit variation. The LNA is packaged in a coaxial module industry standard 1.85 mm connectors for the RF ports and 2-pin turret connectors to provide the DC. The lightweight gold plated aluminum body measures 17.80×15.15×6.80 mm excluding the connectors. The LNA is not hermetic and must be operated in a vacuum environment when below the dewpoint. All amplifiers are tested at 296 K and delivered with a test reportNo online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-ISC4_8A / LNF-CIC4_8A
An ultra-low insertion loss cryogenic isolator operating in the 4-8 GHz frequency range. The isolator has been designed from ground up to meet the strict requirements of ultra-low temperature physics research. The gold plated OFHC copper body ensures minimum loss and that this loss reaches the lowest possible temperature to minimize thermal noise. The isolator is packed in a slim coaxial module using industry standard SMA connectors.No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-LNC1.5_3.5A
1.5 to 3.5 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 1.5-3.5 GHz
- Noise Temperature: 1.3 K typical
- Noise Figure: 0.02 dB typical
- Gain: 29 dB
- DC-power: Vd=1.50 V, Id=20 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
View Datasheet
View Step File
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LNF-LNC65_115WB
65-115 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 65-115 GHz
- Noise Temperature: 24 K typical
- Noise Figure: 0.35 dB typical
- Gain: 23 dB
- DC-power: Vd=1.00 V, Id=10 mA
- One gate and one drain supply only
- RF-connectors: WR10, UG387/U
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-LNC0.6_2A
LOW NOISE AMPLIFIERFEATURES:- RF bandwidth: 0.6-2 GHz
- Noise Temperature: 1.5 K typical
- Noise Figure: 0.02 dB typical
- Gain: 30 dB
- DC-power: Vd=1.0 V, Id=22 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-LNC28_52WB
28-52 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 28-52 GHz
- Noise Temperature: 10.5 K typical
- Noise Figure: 0.15 dB typical
- Gain: 36 dB
- DC-power: Vd=1.0 V, Id=16 mA
- One gate and one drain supply only
- RF-connectors: WR22, UG599/U
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-LNC1.5_6B
1.5-6 GHz Cryogenic Low Noise AmplifierFEATURES:- RF bandwidth: 1.5-6 GHz
- Noise Temperature: 1.8 K typical
- Noise Figure: 0.03 dB typical
- Gain: 28 dB
- DC-power: Vd=1.9 V, Id=29 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
View Datasheet
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LNF-LNR45_77WA
45-77 GHz Low Noise Amplifier FEATURES:- RF bandwidth: 45-77 GHz
- Noise Temperature: 210 K typical
- Noise Figure: 2.37 dB typical
- Gain: 37 dB
- DC-power: V=5 V, I=50 mA
- RF-connectors: WR15
- DC-connector: 2-pin Turret Connector
- Single 5V supply only
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-LNC6_20SC
6 to 20 GHz Cryogenic Low Noise Amplifier (G3PO) FEATURES- RF bandwidth: 6-20 GHz
- Noise Temperature: 3.8 K typical
- Noise Figure: 0.06 dB typical
- Gain: 32 dB
- DC-power: Vd=1.2 V, Id=18 mA
- One gate and one drain supply only
- RF-connectors: Male G3PO
- DC-connector: 5-pin female strip connector
- Stackable: 140 mil pitch
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-LNC4_16SB
4-16 GHz Cryogenic Low Noise Amplifier (G3PO) FEATURES:- RF bandwidth: 4-16 GHz
- Noise Temperature: 3.1 K typical
- Noise Figure: 0.05 dB typical
- Gain: 36 dB
- DC-power: Vd=1.1 V, Id=16 mA
- One gate and one drain supply only
- RF-connectors: Male G3PO
- DC-connector: 5-pin female strip connector
- Stackable: 140 mil pitch
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNC2_6B
FEATURES:- RF bandwidth: 2-6 GHz
- Noise Temperature: 1.7 K typical
- Noise Figure: 0.03 dB typical
- Gain: 35 dB
- DC-power: Vd=1.0 V, Id=22 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
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LNF-LNC2_4A
2 to 4 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 2-4 GHz
- Noise Temperature: 1.3 K typical
- Noise Figure: 0.02 dB typical
- Gain: 34 dB
- DC-power: Vd=0.80 V, Id=16 mA
- One gate and one drain supply only
- RF-connectors: female SMA
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
View Step File
