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The LNF-xxxxxxC4_8A
An ultra-low insertion loss cryogenic triple junction isolator/circulator operating in the 4-8 GHz frequency range. It has been designed from the 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 67.1*24.6*10.2 mm excluding the connectors.No online pricing available at this time. Please request a quote.View Datasheet
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LNF-ISC4_12A and LNF-CIC4_12A
Ultra-low insertion loss cryogenic isolators and circulators operating in the 4-12 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.No online pricing available at this time. Please request a quote.View Datasheet
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LNF-XXXXC4_12A
FEATURES:- RF bandwidth: 4-12 GHz
- Insertion loss: 0.4 dB typical
- Isolation: 30 dB typical
- Port match: 16 dB typical
- RF-connectors: SMA
The LNF -xxxxC4_12A is an ultra-low insertion loss cryogenic double 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.View Data Sheet belowNo online pricing available at this time. Please request a quote.View Datasheet
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LNF-ISC8_12A and LNF-CIC8_12A
Ultra-low insertion loss cryogenic isolators and circulators operating in the 8-12 GHz frequency range. They have been designed from ground up to meet the strict requirements of ultra-low temperature physics research.No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNR65_115WD_SV
65-115 GHz Low Noise AmplifierFEATURES:- RF bandwidth: 65-115 GHz
- Noise Temperature: 260 K typical
- Noise Figure: 2.8 dB typical
- Gain: 29 dB
- DC-power: V=5 V, I=50 mA
- RF-connectors: WR10, UG-387/U
- DC-connector: 2-pin Turret Connector
- Single 5V supply only
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNC0.3_14B
0.3 to 14 GHz Cryogenic Low Noise AmplifierFEATURES:- RF bandwidth: 0.3-14 GHz
- Noise Temperature: 3.6 K typical
- Noise Figure: 0.05 dB typical
- Gain: 37 dB
- DC-power: Vd=1.20 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
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LNF-LNC15_29B
15 to 29 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 15-29 GHz
- Noise Temperature: 7 K typical
- Noise Figure: 0.1 dB typical
- Gain: 28 dB
- DC-power: Vd=0.60 V, Id=10 mA
- One gate and one drain supply only
- RF-connectors: female K (2.92 mm)
- DC-connector: 9-pin female Nano-D
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LNF-LNC16_28WB
16-28 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 16-28 GHz
- Noise Temperature: 8 K typical
- Noise Figure: 1.2 dB typical
- Gain: 28 dB
- DC-power: Vd=1.0 V, Id=16 mA
- One gate and one drain supply only
- RF-input connector: WR42, UBR 220
- RF-output connector: 2.92 mm coaxial (K)
- DC-connector: 9-pin female Nano-D
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LNF-LNC23_42WB
23-42 GHz Cryogenic Low Noise Amplifier FEATURES:- RF bandwidth: 23-42 GHz
- Noise Temperature: 7.5 K typical
- Noise Figure: 0.11 dB typical
- Gain: 28 dB
- DC-power: Vd=0.9 V, Id=11 mA
- One gate and one drain supply only
- RF connectors: WR28, UG-599/U
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNC4_16C
4-16 GHz Cryogenic Low Noise Amplifier 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: female SMA
- DC-connector: 9-pin female Nano-D
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNC6_20D
6-20 GHz Cryogenic Low Noise AmplifierFEATURES:- RF bandwidth: 6-20 GHz
- Noise Temperature: 3.8 K typical
- Noise Figure: 0.060 dB typical
- Gain: 32 dB
- DC-power: Vd=1.20 V, Id=18 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
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LNF-LNR1_15B_SV
1-15 GHz Low Noise Amplifier FEATURES:- RF bandwidth: 1-15 GHz
- Noise Temperature: 57 K typical
- Noise Figure: 0.78 dB typical
- Gain: 36 dB
- DC-power: Vds=5 V, Ids=50 mA
- Single 5V supply only
- RF-connectors: female SMA
- DC-connector: 2-Pin Turret Connector
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNR10_30A_SV
10-30 GHz Low Noise Amplifier FEATURES:- RF bandwidth: 10-30 GHz
- Noise Temperature: 115 K typical
- Noise Figure: 1.45 dB typical
- Gain: 28 dB
- DC-power: Vds=5 V, Ids=40 mA
- Single 5V supply only
- RF-connectors: 2.92 mm
- DC-connector: 2-Pin Turret Connector
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNR16_28WA_SV
16-28 GHz Low Noise Amplifier FEATURES:- RF bandwidth: 16-28 GHz
- Noise Temperature: 129 K typical
- Noise Figure: 1.6 dB typical
- Gain: 37 dB
- DC-power: Vds=5 V, Ids=60 mA
- Single 5V supply only
- RF-input connector: WR42, UBR 220
- RF-output connector: 2.92 mm coaxial (K)
- DC-connector: 2-pin Turret Connector
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNR23_42B_SV
23-42 GHz Low Noise Amplifier FEATURES:- RF bandwidth: 23-42 GHz
- Noise Temperature: 132 K typical
- Noise Figure: 1.63 dB typical
- Gain: 27 dB
- DC-power: Vds=5 V, Ids=40 mA
- Single 5V supply only
- RF-connectors: female 2.92 mm
- DC-connector: 2-pin turret connector
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNR23_42WB_SV
23-42 GHz Low Noise Amplifier (Waveguide) FEATURES:- RF bandwidth: 23-42 GHz
- Noise Temperature: 111 K typical
- Noise Figure: 1.41 dB typical
- Gain: 27 dB
- DC-power: Vds=5 V, Ids=40 mA
- Single 5V supply only
- RF-connectors: WR28
- 2-pin Turret Connector
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNR28_52WB_SV
28-52 GHz Low Noise AmplifierFEATURES:- RF bandwidth: 28-52 GHz
- Noise Temperature: 140 K typical
- Noise Figure: 1.70 dB typical
- Gain: 36 dB
- DC power (typical) V = 5 V, I = 50 mA
- RF-connectors: WR22, UG599/U
- DC-connector: 2-pin Turret Connector
- Single 5V supply only
View Datasheet
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LNF-LNR4_14C_SV
4-14 GHz Low Noise Amplifier FEATURES:- RF bandwidth: 4-14 GHz
- Noise Temperature: 57 K typical
- Noise Figure: 0.78 dB typical
- Gain: 40 dB
- DC-power: Vds=5 V, Ids=60 mA
- Single 5V supply only
- RF-connectors: female SMA
- DC-connector: 2-Pin Turret Connector
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNR4_8ART
4-8 GHz Low Noise Amplifier 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 overvoltage protection
No online pricing available at this time. Please request a quote.View Datasheet
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LNF-LNR6_20A_SV
6-20 GHz Low Noise AmplifierFEATURES:- RF bandwidth: 6-20 GHz
- Noise Temperature: 70 K typical
- Noise Figure: 0.95 dB typical
- Gain: 31 dB
- DC-power: Vds=5 V, Ids=40 mA
- Single 5V supply only
- RF-connectors: female SMA
- DC-connector: 2-pin Turret Connector
- No online pricing available at this time. Please request a quote.
View Datasheet
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LNF-PS_EU2 is a constant current power supply designed for LNF’s Low Noise Amplifiers. It is capable of powering up to four amplifiers simultaneously. The drain voltages are regulated and adjustable within a wide range, and the gate voltages are automatically and continuously adjusted to give a set drain current. The power supply is delivered on a standard 160×100 mm EuroCard with a DIN 41612 64 pin connector. Drain voltage and current are set by trim potentiometers on the side of the board.The user must supply +/-15 V to the board through the DIN connector. -
LNF-LNC0.3_14SA
0.3 to 14 GHz Cryogenic Low Noise Amplifier (G3PO)FEATURES:- RF bandwidth: 0.3-14 GHz
- Noise Temperature: 3.6 K typical
- Noise Figure: 0.05 dB typical
- Gain: 37 dB
- DC-power: Vd=1.2 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_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
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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
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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-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
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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
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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-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
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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
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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
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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
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QMC-AMP10-92351712 is a high performance power amplifier. This amp operates using a single positive voltage from 7-12VDC Internal reverse bias protection ensures reliability.Export Classification: 3A001.b.4.e.3View Data Sheet
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QMC-AMP12-78151621 is a high performance power amplifier. This amp operates using a single positive voltage from 7-12VDC Internal reverse bias protection ensures reliabiltyExport Classification: 3A001.b.4.e.2View Data Sheet
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Out of stock
QMC-MX6-10F10
Technical Specifications:- Input Frequency: 12.5 to 18.33 GHz
- Input Power: 8 to 15 dBm
- Multiplication Factor: X6
- Output Frequency: 75 to 110 GHz
- Output Power: 10 dBm min, 12 dBm typ
- DC: +8V @ 600 mA typical
- Signal Purity: 20 dBc typical
- Waveguide: WR-10, UG-387/U-M
- Export Classification Code 3A001.b.4.e.3
View Datasheet
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QMC-MX6-12N12Technical Specifications:- WR-12 Active Multiplier
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Input Frequency: 11.83 to 14.33 GHz
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Input Power: 8 to 15 dBm
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Multiplication Factor: X6
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Output Frequency: 71 to 86 GHz
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Output Power: 12 dBm min, 14 dBm typ
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DC: +8V @ 600 mA typical
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Signal Purity: 20 dBc typical
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Waveguide: WR-12, UG-387/U
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Heat Sink is optional and easily removable
- ECCN: 3A001.b.4.3.e
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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
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QMC-AMP10-95103015 is a high performance GaN power amplifier. This amp operates using a single positive voltage from 13-16VDC Internal reverse bias protection ensures reliabilityCommercial Classification: 3A001.b.4.e.3View Data Sheet
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Technical Specifications:- Input Frequency: 12.5 to 18.33 GHz
- Input Power: 8 dBm typical
- Multiplication Factor: X6
- Output Frequency: 75 to 110 GHz
- Output Power: 21 dBm typical
- DC: +14V @ 400 mA typical
- Signal Purity: -20 dBc typical
- Waveguide: WR-10, UG-387/U-M
- Includes a removable Heat Sink
- This is a full band multiplier attached to a full band amplifier.
- Export Classification Code 3A001.b.4.e.3
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QMC-AMP10-94033028 is a 28 dBm 92 to 95 GHz power amplifier. This amp operates using a single positive voltage Internal reverse bias protection ensures reliabilityCommercial Classification: 3A001.b.4.e.3View Data Sheet
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QMC-MX2-12N21HS is a high-performance X2 Active Multiplier. This Multiplier is designed for Excellent Signal Purity This Multiplier operates using a single positive voltage of +8 to 12VDC Internal reverse bias protection ensures reliability. "This part has the option of a removable heatsink fan"Export Classification Code 3A001.b.4.e.3View Data Sheet
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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
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QMC-AMP12-73053529 is a 1W 71 to 76 GHz power amplifier. This amp operates using a single positive voltage Internal reverse bias protection ensures reliabilityExport Classification: 3A001.b.4.e.2View Data Sheet
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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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QMC-AMP12-83051728 is a 28 dBm 81-86 GHz power amplifier. This amp operates using a single positive voltage Internal reverse bias protection ensures reliability Export Classification: 3A001View Data Sheet
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QMC-AMP12-73051731- WR-12 GaAs Power Amplifier
- Frequency: 71 to 76 GHz
- Gain: 17 dB typical
- P1dB: 29 dB typical
- PSAT: +31 dBm Minimum
- DC: +8V @ 1.33 A typical
- Waveguide: WR-12, UG-387/U
- Export Classification: 3A001.b.4.e.2
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QMC-AMP12-83051731 is a 31 dBm 81 to 86 GHz power amplifier.- WR-12 GaAs Power Amplifier
- Frequency: 81 to 86 GHz
- Gain: 17 dB typical
- P1dB: 29 dB typical
- PSAT: +31 dBm Minimum
- DC: +8V @ 1.6 A typical
- Waveguide: WR-12, UG-387/U
- Export Classification: 3A001.b.4.e.2
View Data Sheet
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QMC-MX6-12N12LP is a high performance low Pin active multiplier at a value. These multipliers operate using a single positive voltage from 7-12VDC Internal reverse bias protection ensures reliabilityExport Classification: 3A001View Data Sheet
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Out of stock
QMC-MX6-10F10LP is a high performance active multiplier at an excellent value. These multipliers operate using a single positive voltage from 7-12VDC Internal reverse bias protection ensures reliability Export Classification: 3A001.b.4.e.3This product has a 30 day lead time. Please advise when placing an online store order.
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QMC-MX4-12F13 is a high performance active multiplier at an excellant value. These multipliers operate using a single positive voltage from 7-12VDC Internal reverse bias protection ensures reliability.Export Classification: 3A001.b.4.e.3This product has a 30 day lead time. Please advise when placing an online store order.
View Data Sheet
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Out of stock
Technical Specifications:- Input Frequency: 15 to 22.5 GHz
- Input Power: 0 to +5 dBm
- Multiplication Factor: X4
- Output Frequency: 60 to 90 GHz
- Output Power: 12 dBm min, 14 dBm typ
- DC: +8V @ 500 mA typical
- Signal Purity: -20 dBc typical
- Waveguide: WR-12, UG-387/U
- Export Classification: 3A001.b.4.e.3
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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-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-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-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
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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
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Out of stock
Features: RF Frequency: 26.5 to 40 GHz Insertion: 1.4 dB typical Isolation: 35 dB min, 40 dB typical Switching Speed (on/off): 10 nS max Power Handling (Peak/CW):10W max Bias: +5V@40mA, -30V@1mA TTL Control Driver: Internal Waveguide: WR-28 UG-599/U Square -
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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QMC-AMP15-62093324 is a 24 dBm 57 to 66 GHz power amplifier. Operates using a single positive voltage. Internal reverse bias protection ensures reliabilityExport Classification: 3A001.b.4.eView Data Sheet
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Description:Waveguides WR-42, WR-28, WR-22, WR-19, WR-15, WR-12, and WR-10 Lengths available 1 inch to 24 inches View Data Sheet
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Out of stock
QMC-WC112-SFR:- WR-112 Waveguide to SMA Female Adapter
- Frequency: 7.05 to 10 GHz
- VSWR: 1.25:1 max
- Insertion Loss: 0.15 dB max
- Waveguide WR-112, UG-138/U
- Material: Aluminum with Gold Chem Film
- T-Vac compatible
View Data Sheet
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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
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Out of stock
QMC-WB19-RH385383 • WR19 H-Plane Bend • Frequency: 40 to 60 GHz • Length: 1.00’’ x 1.00’’ • Flange 1: UG383/U-M 1.125 inch round • Flange 2: UG385/U-M 0.750 inch round • Copper Waveguide • Flanges: Brass • Finish: Gold PlatedView Data Sheet
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Out of stock
QMC-WB19-RE385 • WR-19 E Plane Waveguide Bend • Frequency: 40 to 60 GHz • Length: 1.00’’ x 1.00’’ • Flanges: UG385/U-M 0.750 inch round • Copper Waveguide • Flanges: Brass • Finish: Gold PlatedView Data Sheet
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QMC-AMP12-83053530HS- WR-12 GaAs Power Amplifier
- Frequency: 81 to 86 GHz
- Gain: 35 dB typical
- P1dB: 28 dBm typical
- PSAT: +30 dBm Minimum
- DC: +8V @ 2.16 A typical
- Waveguide: WR-12, UG-387/U
- Comes attached to a removable Heat Sink
- Export Classification: 3A001.b.4.e.2
View Datasheet
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QMC-AMP12-73053530HS- WR-12 GaAs Power Amplifier
- Frequency: 71 to 76 GHz
- Gain: 35 dB typical
- P1dB: 28 dBm typical
- PSAT: +30 dBm typical
- DC: +8V @ 1.9 A typical
- Waveguide: WR-12, UG-387/U
- Export Classification: 3A001.b.4.e.2
View Datasheet
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For High Frequency Waveguide Straight QMC-WGSXX-FBBBAU WR-03 to WR-42 OFHC Copper Waveguide These OFHC copper waveguides can be used for cryogenic purposes. Flange Material: 360 Series Brass Flange Type: Round or Square Finish: Gold Plated Comes with 4 waveguide screws ------- For Low Frequency Waveguide Straight QMC-WGSXX-BBBCC WR-51, WR-62, WR-75, WR-90 OFHC Copper Waveguide These OFHC copper waveguides can be used for cryogenic purposes. Flange Material: 360 Series Brass Flange Type: Cover Flange Finish: Black Paint or Anti Tarnish Use Anti-Tarnish for cryogenic use Comes with 4 waveguide screws -
Out of stock
Product #: QMC10-ATT10-CRYO • Cryogenic Waveguide Fixed Attenuator • All Brass and Copper Metals • No Aluminum • Attenuator Card is Mica with Nichrome Metallization • W-Band • Frequency: 75 to 110 GHz • Attenuation: 10 dB • Flanges: Brass • Flange to Flange Length 2.5 inches • Waveguide: OFHC Copper • Waveguide In/Out WR-10, UG-387/U-M -
Out of stock
Product #: QMC10-ATT20-CRYO • Cryogenic Waveguide Fixed Attenuator • All Brass and Copper Metals • No Aluminum • Attenuator Card is Mica with Nichrome Metallization • W-Band • Frequency: 75 to 110 GHz • Attenuation: 20 dB • Flanges: Brass • Flange to Flange Length 2.5 inches • Waveguide: OFHC Copper • Waveguide In/Out WR-10, UG-387/U-M -
Out of stock
Raytheon BBN’s Wide Bandwidth JPA:
P/N: BBN-PS2-JPA-DEVICE-QEC- Wide Bandwidth Josephson Junction Parametric Amplifier
- Fully Characterized JPA Version
- 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. For Fully Assembled JPA Sub-system use P/N: QMC-JPA-MCA01View Datasheet
View JPA Operations Manual
View Step File
View Outline Drawing
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Quantum Microwave Offers Affordable Used Components
Each component will be rated on a quality scale from: Brand New - Like New - Excellent - Good - Fair - Poor Please request a quote using the product part number provided on the inventory list below. If there is no part number, please use the description provided in the part number section and the manufacturer name. As is the case for all of our products in stock, used product prices are provided on the inventory list below. Click to View:Used Components Inventory
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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-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-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-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-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-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-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-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-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_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_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_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-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-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-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-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-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-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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Out of stock
QMC-AMP10-94102530HF
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WR-10 GaN Power Amplifier
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Frequency: 89 to 99 GHz
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Waveguide In/Out WR-10, UG-387/U-M
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Gain: 25 dB typical
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P1dB: 28 dBm typical
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PSAT: 30 dBm typical
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DC: 20V at 740 MA typical
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Notes: Comes with Removable Heat Sink & Fan
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Export Classification: 3A001.b.4.e.2
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A license may be required if exported outside of the USA
View Datasheet
View Step File
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Commercial Classification: 3A001.b.4.e.3QMC-AMP10-94101330HF
WR-10 GaN Power Amplifier
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WR-10 GaN Power Amplifier
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Frequency: 90 to 99 GHz
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Waveguide In/Out WR-10, UG-387/U-M
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Gain: 13 dB typical
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P1dB: 27 dBm typical
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PSAT: 30 dBm typical
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DC: 20V at 420 MA typical
Notes: Comes with Removable Heat Sink & Fan
View Datasheet
View Step File
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QMC-MX6-10N30HF
Technical Specifications:-
W-Band Active X6 Multiplier
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GaAs Multiplier plus GaN Amplifier
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Fin: 14.1 to 16.7, SMA Female
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Input Power +8 dBm typical, +10 dBm max
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Fout: 87 to 97 GHz
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Pout: +30 dBm (1W) typical
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DC 20V at 1.3A
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Harmonics: -20 dBc typical
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Waveguide out: WR-10, UG-387/U
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With a Removable Heat Sink and Fan
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Heat Sink Dimensions: 3.2 x 3.2 in
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Export Classification: 3A001
View Datasheet
View Multiplier Step File
View Amplifier Step File
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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-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 -
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. Data of the JPA Sub-Systems that we have in stock. Feel free to request a serial number. First come, first serve. JPA-MCA01 SN: 124 JPA-MCA01_S/N: 125 JPA-MCA01 S/N:_152 JPA-MCA01_S/N: 153 JPA-MCA01_S/N: 154 JPA-MCA01_S/N: 155 JPA-MCA01 S/N: 156 JPA-MCA01 S/N:_157View Datasheet
View JPA Operations Manual
View Step File
View Outline Drawing
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Silent Waves Original TWPA: THE ARGO
Specifications:- SMA connectors
- 50 Ω matched
- Plug & Play
- Low pump power
- Flux insensitive
No online pricing available at this time. Please request a quote using the tab above. Silent-Waves WebsiteView Datasheet
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Silent Waves Wide Bandwidth TWPA: THE CARTHAGO
Specifications:- SMA connectors
- Ultra Low Noise
- Wideband
- 50 Ω matched
- Highly Tunable
- Low pump power
- Gain: >18 dB
- Bandwidth: 4 GHz
- Noise: <1K at maximum gain
- Saturation power: -105 dBm (at 20 dB)
- In-situ tunability pump from 4 GHz to 8 GHz
Silent-Waves WebsiteView Datasheet
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Qubit-in-a-box 0 by ConScience - QiB0
World-class qubits coupled to resonators. These devices come bonded and packaged with easy to connect SMA connectors - perfect for benchmarking and calibration. The standard setup includes 4 fixed frequency transmon single qubits (3-5 GHz) and 2 hanging resonators (6-7 GHz). The qubits have a lifetime T1 up to 224 μs with 90 – 130 μs on average and the quality factor of the resonator is approximately 1M.Specifications:- 4 isolated qubits with T1 = 50 – 90 μs on average and up to > 100 μs *
- 4 readout resonators, coupled separately to each qubit
- 2 hanging resonators with Qi > 0.5×106 *
- Oxygen-free copper case
- Female SMA for RF connectors
ConScience WebsiteView 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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GQE-LPF : Customizable Cryogenic Low Pass Filter
Specifications:- Gateway Quantum Electronics Cryogenic low pass filter for DC wire sets, standard configuration Combination of multi-pole RC and LC filtering for rejection of unwanted frequencies up to >20 GHz. Standard configuration (GQE-LPF-S):Lines 1-4: 20 Hz cutoff, 103 Ω Lines 5-20: 20 kHz cutoff, 1002 Ω Lines 21-25: 50 kHz cutoff, 8 Ω Product specifications: — 2-pole RC and four stages of 7-pole LC filtering — Insertion loss: > 60 dB for 1 MHz - 1 GHz (typ.) — Insertion loss: > 50 dB for 1 - 20 GHz (typ.) — Isolation from ground: > 10 GΩ (typ.) — Input connector: 25-socket (female) D-sub micro — Output connector: 25-pin (male) D-sub micro 20 Hz RC filter: — Resistance: 103 Ω — Insertion loss at 60 Hz: > 13 dB (typ.) — Operating limits: 10 V or 50 mA (max.) — Recommended applications: Aggressive filtering of DC bias lines to qubits, JPAs, TWPAs, and other sensitive quantum devices. 20 kHz RC filter: — Resistance: 1002 Ω — Phase shift at 100 Hz: < 0.5 deg. (typ.) — Operating limits: 25 V or 15 mA (max.) — Recommended applications: Low-frequency lock-in amplifier measurements 50 kHz RC filter: — Resistance: 8 Ω — Operating limits: 25 V or 250 mA (max.) — Recommended applications: Filtering connections to electromechanical switches and other high-current devices. Industry standard 25-pin micro-D connectors.
View Datasheet
View Step File
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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-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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QMC-AMP10-90403317HS
- WR-10 GaN Power Ampifier
- Frequency: 70 to 110 GHz
- Gain: 33 dB typical
- P1dB: +17 typical
- PSAT: +21 dBm typical
- DC: +14V @ 160 mA typical
- Waveguide: WR-10, UG-387/U-M
- Notes: Comes with Removable Heat Sink
- Commercial Classification: 3A001.b.4.e.3
View Datasheet
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EZ-86-CU
50Ω coax cable with silver plated copper center conductor and copper outer conductorView Datasheet
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GQE-LPF-D specifications:
- The DC bias (D) configuration features 25 lines with 20 Hz cutoff frequencies and an in-line resistance of 103 Ω.
- Ideal for filtering small (~mA) bias currents to sensitive devices.
- All lines feature 2-pole RC and four stages of 7-pole LC filtering.
- Input connector: 25-socket (female) D-sub micro • Output connector: 25-pin (male) D-sub micro
- Insertion loss: > 60 dB for 1 MHz – 1 GHz, > 50 dB for 1 – 20 GHz (typ.)
- Lines 1-25: 20 Hz cutoff
- Resistance: 103 Ω (typ.)
- Insertion loss at 60 Hz: > 13 dB (typ.)
- Operating limits: 10 V or 50 mA (max.)
- Isolation from ground: > 100 MΩ (typ.)
- Recommended applications: Aggressive filtering of DC bias lines to qubits, JPAs, TWPAs, and other sensitive quantum devices. Not recommended for transport measurements.
View Datasheet
View Step File
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GQE-LPF-F specifications:
- The 50 kHz (F) configuration features 25 lines with 50 kHz cutoff frequencies and a low in-line resistance of 8 Ω.
- This configuration is ideal for filtering the lines to a large number of electromechanical switches or similar devices that require relatively high currents and fast switching pulses.
- All lines feature 2-pole RC and four stages of 7-pole LC filtering.
- Input connector: 25-socket (female) D-sub micro
- Output connector: 25-pin (male) D-sub micro
- Insertion loss: > 60 dB for 1 MHz – 1 GHz, > 50 dB for 1 – 20 GHz (typ.)
- Lines 1-25: 50 kHz cutoff
- Resistance: 8 Ω
- Operating limits: 25 V or 250 mA (max.)
- Isolation from ground: > 10 GΩ (typ.)
- Recommended applications: Filtering connections to electromechanical switches and other high-current devices. Not recommended for transport measurements.
View Datasheet
View Step File
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GQE-LPF-S specifications:
- Standard (S) configuration features a combination of 20 Hz, 20 kHz, and 50 kHz cutoff filters to flexibly accommodate a variety of use cases
- All lines feature 2-pole RC and four stages of 7-pole LC filtering.
- Input connector: 25-socket (female) D-sub micro
- Output connector: 25-pin (male) D-sub micro
- Insertion loss: > 60 dB for 1 MHz – 1 GHz, > 50 dB for 1 – 20 GHz (typ.)
- Lines 1-4: 20 Hz cutoff
- Resistance: 103 Ω (typ.)
- Insertion loss at 60 Hz: > 13 dB (typ.)
- Operating limits: 10 V or 50 mA (max.)
- Isolation from ground: > 100 MΩ (typ.)
- Recommended applications: Aggressive filtering of DC bias lines to qubits, JPAs, TWPAs, and other sensitive quantum devices. Not recommended for transport measurements.
- Lines 5-20: 20 kHz cutoff
- Resistance: 1002 Ω (typ.)
- Phase shift at 100 Hz: < 0.5 deg. (typ.)
- Operating limits: 25 V or 15 mA (max.)
- Isolation from ground: > 10 GΩ (typ.)
- Recommended applications: Low-frequency lock-in amplifier and transport measurements.
- Lines 21-25: 50 kHz cutoff
- Resistance: 8 Ω
- Operating limits: 25 V or 250 mA (max.)
- Isolation from ground: > 10 GΩ (typ.)
- Recommended applications: Filtering connections to electromechanical switches and other high-current devices. Not recommended for transport measurements.
View Datasheet
View Step File
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GQE-LPF-T specifications:
- The Transport (T) configuration features 25 lines with 20 kHz cutoff frequencies designed with low-frequency lock-in amplifier measurements in mind.
- All lines feature 2-pole RC and four stages of 7-pole LC filtering
- Input connector: 25-socket (female) D-sub micro
- Output connector: 25-pin (male) D-sub micro
- Insertion loss: > 60 dB for 1 MHz – 1 GHz, > 50 dB for 1 – 20 GHz (typ.)
- Lines 1-25: 20 kHz cutoff • Resistance: 1002 Ω (typ.)
- Phase shift at 100 Hz: < 0.5 deg. (typ.)
- Operating limits: 25 V or 15 mA (max.)
- Isolation from ground: > 10 GΩ (typ.)
- Recommended applications: Low-frequency lock-in amplifier and transport measurements.
View Datasheet
View Step File
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EZ-47-CU
50Ω coax cable with silver plated copper center conductor and copper outer conductorView Datasheet
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EZ-47-CU-TP
50Ω coax cable with silver plated copper center conductor and tin-plated copper outer conductor.View Datasheet
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EZ-86-CU-TP
50Ω coax cable with silver plated copper center conductor and tin-plated copper outer conductor.View Datasheet
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EZ-141-CU-SP
50Ω coax cable with silver plated copper center conductor and silver plated copper outer conductorView Datasheet
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EZ-86-NBTI
50Ω coax cable with a Niobium Titanium center conductor and Niobium Titanium outer conductor We offer custom cable assemblies, please let us know your specifications!View Datasheet
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EZ-FLEX.47-CU
50Ω coax cable with silver plated copper center conductor and copper-tin composite outer conductor. We offer custom cable assemblies, please let us know your specifications!View Datasheet
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EZ-FLEX.86-CU
50Ω coax cable with silver plated copper center conductor and copper-tin composite outer conductor. We offer custom cable assemblies, please let us know your specifications!View Datasheet
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EZ-FLEX.141-CU
50Ω coax cable with silver plated copper center conductor and copper-tin composite outer conductor. We offer custom cable assemblies, please let us know your specifications!View Datasheet
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EZ-FLEX.402-LA
50Ω coax cable with silver plated copper center conductor and silver plated copper braid over Aluminum Mylar Tape outer conductor We offer custom cable assemblies, please let us know your specifications!View Datasheet
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EZ-FLEX.405-CU
50Ω coax cable with silver plated copper center conductor and silver plated copper braid over silver plated foil outer conductor. We offer custom cable assemblies, please let us know your specifications!View Datasheet
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Out of stock
QMC-IQMIX-0408
Specifications:-
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Parameter Specification Notes Frequency Range 4.0 GHz to 8.0 GHz RF and LO Conversion Loss 11 dB IF DC to 3 GHz LO Power +15 dBm Connectors SMA(F) LO to RF / LO to IF Leakage -40 dBc / -20 dBc
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View Datasheet
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Customizable Adapter for Room Temperature Applications: QMC-ADP-XY-X2Y2
- Specifications:
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Adapter for Room Temperature Applications
Our Connector Types: SMA, SMP, SMPM, SMPS, 2.92mm (K), 2.4mm, 1.85mm, SMA Bulkhead * All available in male and female
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Part Numbering System: QMC-ADP-XY-X2Y2
“X” denominates gender of 1st connector
“Y” denominates 1st connector type
“X2” denominates gender of 2nd connector
“Y2” denominates 2nd connector type
Example: QMC-ADP-FSMA-M2.4
All Connectors are universally swappable
All Connector types can be purchased separately
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QCage.24 Core
Specifications:- Standard chip size 10.0 × 10.0 mm2 (± 0.5 mm) with 8.0 × 8.0 mm2 active circuit area
- Standard die thickness 525 µm (± 50 µm)
- Front-side cavity 10.5 × 10.5 × 2.5 mm3
- Rear-side cavity 10.5 × 10.5 × 3.0 mm3
- Lowest box-mode resonance: 18.8 GHz (rear-side) & 20.0 GHz (front-side)
- Insertion loss to bonding pads: - 1.5 dB to 8 GHz & - 2.0 dB to 18 GHz
- Reflection loss from cable end: -25 dB to 8 GHz & -15 dB to 18 GHz
- Neighbor line crosstalk: -60 dB to 12 GHz & -40 dB to 18 GHz
- Leakage across cavity: -90 dB to 12 GHz & -60 dB to 18 GHz
- Highest Q factors for superconducting resonators > 5 million
- Longest coherence times for transmon qubits > 100 µ
View Datasheet
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QBox
Key Features:
- Each channel can be grounded or connected to a common bus
- Inside QBox, wires are twisted in pairs as 1-2, 3-4, …, 23-24
- Available with two port numbering versions: 1 to 24 and 25 to 48
- Fits in a standard 19” rack, occupying a height of 4U
- Inside the Fischer cable, wires are configured as individually shielded twisted pairs
- An outer metal braid provides improved shielding and grounding
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QSwitch
Specifications:
Switching Time: <25 ms
Line Characteristics:
Number of breakout BNC channels: 8
Dimensions: 19” rack, 2U
Power supply AC: 80-264 V, 50/60 Hz
Connectors: 24-pin Fischer (IN & OUT), 8 BNC female, LAN, USB
Line Current: 100 mA (max.)
Line Resistance: 0.4 Ω (max.)
Signal Integrity Bandwidth: 5 MHz (typ.)
Relay Line Isolation: 10 GΩ (min.)
Switching Transient: 10 µV (max.)
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QFilter
Specifications:
- 24 channel low-pass filter comprised of one low frequency (RC) filter board and one radio frequency (RF) filter board.
- 25-pin micro-D connectors, pin-out compatible with most dilution refrigerators.
- Typically reduces electron temperatures to 5 - 10 mK above the mixing chamber temperature.
- Multiple space saving installation options available.
- Designed for easy mounting on or below the mixing chamber plate in dilution refrigerators.
- High conductivity copper enclosure, with non-magnetic gold plating.
- Compatible with low temperatures and high magnetic fields. Package includes titanium mounting screws.
- Non-magnetic, shielded, titanium connectors
View Datasheet
QFilter Configuration Catalog
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QCage
Specifications:
QCage.24
QCage.24 is a versatile sample holder system which fit into most common sample loader puck systems but can also be mounted directly into a fridge with options for both perpendicular out-of-plane and flat in-plane mounting configurations. The QCage.24 is equipped with a low-loss PCB with 24 embedded coplanar transmission lines. It supports up to 10 qubits providing flexibility for a wide range of experiments. The optimized cavity and PCB is optimized to ensure resonance-free transmission up to 18GHz. An EMC tight superconducting enclosure minimizes electromagnetic interference, while an internal flux biasing magnet offers precise control for your experiments.QCage.64
QCage.64 takes quantum research to new heights with its expanded capacity, supporting up to 30 qubits using the 64 embedded transmission lines. Optimized for resonance-free transmission up to 8 GHz, this system is designed for peak performance. Like its counterpart, QCage.64 features an EMC tight superconducting enclosure for electromagnetic compatibility. The inclusion of a flux biasing magnet inside the shielding guarantees precise control and stability for your experiments.Magnetic Shielding
QCage Magnetic Shielding is available for both QCage.24 and QCage.64, providing unparalleled protection and thermalization. Featuring a top flange plate with convenient mounting holes for easy loading, this shielding consists of a special cryogenic alloy that creates an outer mu-metal shield to avoid flux trapping. An inner superconducting Al can surface, treated and sleeved by copper, achieves full Meissner effect shielding, eliminating external stray magnetic fields and radiation. Two variants with either 24 SMA or 64 SMP connections offer flexibility, and QCage.64 can accommodate one QCage.64 unit or two QCage.24 units.View QCage Datasheet
View QCage Configurations Catalog
View QCage Accessories Catalog
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QBoard II
Specifications:
Motherboard -- With two 51-pin nano-D connectors, wired in parallel for ESD protection
- 48 RC-filtered low-frequency lines (1.2kΩ, 1.0nF)
- 16 RF lines via two 8-way mini-coax connectors
- Bias tees for all RF lines
- Made of non-magnetic materials
- NEW More compact design: 28x45 mm
- NEW Four dedicated high current lines with the option for RC filter bypass
- NEW Two lines designed for high voltage backgates
- Daughterboards included for the following chip sizes: 6x6 mm, 10x10 mm, 11x14 mm
- NEW Optimized thermalization and grounding path
- 0.5 mm deep gold-plated cavity
- 4-frequency multiplexed tank circuits
- Cables and other accessories
- Brackets - see our Accessories datasheet for more information
- Grounding plate for wire bonding available
- Titanium and gold-plated copper-beryllium screws
- Custom 51-pin nano-D to micro-D cables
- Eight-way mini coaxial RF cables terminated with SMA or SMP connectors
- Gold-plated copper-beryllium brackets available in nine different configurations
- Full compatibility with popular dilution refrigerators
- Custom solutions are possible
- Prepared for parallel and perpendicular mounting in fast sample exchange pucks
- NEW Complete protection for both the quantum chip and electrical components
- The shielding lid fully encloses the sample for proper radiation shielding Shields RC filter components for the lowest noise environment
- Non-magnetic interposer for fast sample exchange
- NEW Rotation of the interposer defines the daughterboard cavity
- connectivity (ground, float, or one of two dedicated high voltage DC lines
View Brochure
QBoard II Bracket Catalog
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QiB2 by ConScience
Optimized for Qubit Coupling Studies featuring both fixed frequency and tunable qubits. QiB2 is designed for testing and evaluating various two-qubit coupling types and contains fixed and tunable frequency couplers. It is suitable for teams developing tools and calibration techniques. QiB2 also includes single qubit configurations for benchmarking. Ideal for for studying the building blocks for superconducting quantum computers, featuring: Coupling Type I: 2× Fixed-frequency qubits with dedicated XY lines 1× Tunable coupler Coupling Type II: 2× Tunable qubits with dedicated XY lines 1× Fixed-frequency resonator bus Standard Calibration Points: 2× Bare CPW resonator 1× Single fixed-frequency qubit 1× Single Qubit with dedicated XY line 1× Single tunable qubit with dedicated XY line QiB2 comes in a gold-plated oxygen-free copper package with a compact design, featuring 20 output SMPM ports, reducing cross-talk and offering user-friendly integration.View Datasheet
View Brochure
ConScience Website
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Silent-Waves WebsitePre-Tuned Argo Legacy
Specifications:- SMA connectors
- 50 Ω matched
- Plug & Play
- Low pump power
- Flux insensitive
No online pricing available at this time. Please request a quote using the tab above. -
QMC-WGSKIT-2842- WR-28 & WR-42 Waveguide Screw Kit
- Quantity 4 of Each:
- Socket Head Screw
- Flat Washer
- Split Lock Washer
- Hex Nut
- Material: 18-8 Stainless Steel
- Socket Head Screw Drive Size:
- 3/32” Hex ,4-40 Thread Size, 5/8” Long
View Data Sheet
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Non-Magenic Cryogenic SMA and 2.92mm Cap | Gold Plated P/N: QMC-CRYOCAP Specifications:- SMA and 2.92mm Non-magnetic Male cap
- Prevents RF Leakage
- Gold Plated Phosphor Bronze
- Rubber Gasket
- Uses 5/16 Wrench
View Datasheet
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Non-Magenic Cryogenic SMA and 2.92mm Shorting Cap | Gold Plated P/N: QMC-CRYOSCAP Specifications:- SMA and 2.92mm Non-magnetic Male shorting cap
- Prevents RF Leakage
- Gold Plated Phosphor Bronze
- Uses 5/16 Wrench
View Datasheet
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Cryogenic Coax Adapter (SMA Male-Female) P/N: QMC-CRYOADP-SMA Specifications: Frequency: DC to 18 GHz- VSWR: 1.20 max
- Male to Female
- Material: Gold Plated Non Magnetic Brass
- Center contact: BeCu
- Dielectric: PTFE Teflon
- Length: 0.84 inches (21.4 mm)
View Datasheet
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Cryogenic Coax Adapter (SMA Female-Female) P/N: QMC-CRYOADP-FSMA Specifications:- Frequency: DC to 18 GHz
- VSWR: 1.20 max
- Female to Female
- Material: Gold Plated Non Magnetic Brass
- Center contact: BeCu
- Dielectric: PTFE Teflon
- Length 0.87 inches (22.2 mm)
View Datasheet
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Cryogenic Coax Adapter (SMA Male-Male) P/N: QMC-CRYOADP-MSMA Specifications:- Frequency: DC to 18 GHz
- VSWR: 1.20 max
- Male to Male
- Material: Gold Plated Non Magnetic Brass
- Center contact: BeCu
- Dielectric: PTFE Teflon
- Length 0.8 inches (20.3 mm)
View Datasheet
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QMC-CRYOCON-BLKSMAFTI
Features: -
Non-Magnetic Cryogenic Bulkhead Connector
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Threads in to the cold plate
- Bulkhead SMA Female (Longer) to SMA Female (Shorter)
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Frequency Range: DC-18 GHz
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Nominal Impedance: 50 OHMS
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VSWR: 1.20:1 Max (DC-18GHz)
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Body Material: Phosphor Bronze
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Inner Pin Contact: Beryllium Copper
View Datasheet
View Step File
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QMC-CRYOPIN-0.16
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Launch Type: Pin
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Pin Diameter: .012
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Step Diameter: 0.007
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Pin Length: 0.16
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Step/Tab Length: 0.03
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Non-Magnetic
- 25 pieces per bag
View Datasheet
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QMC-CRYOCON-BLKMSMP
Features: - Non Magnetic Cryogenic SMA Bulkhead to Male SMP Adapter
- Performance:
- Frequency Range: DC - 26.5 GHz
- Nominal Impedance: 50 Ω
- VSWR: < 1.3 (DC - 26.5 GHz)
- Temperature Range: Operates at 10 mK
- Material:
- Body Material: Phosphor Bronze
- Inner Pin Contact: Beryllium Copper
- 100% Non-Magnetic
- Finish: Gold Plated
View Datasheet
View Step File
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Out of stock
QMC-CRYOCON-BLKF2.92Features: - Non Magnetic Cryogenic Bulkhead to Female 2.92mm (K) Adapter
- Threads directly to Cold Plate
- Frequency Range: DC-40 GHz
- Nominal Impedance: 50 OHMS
- VSWR: 1.25:1 Max (DC-40GHz)
- Body Material: Non-magnetic brass
- Inner Pin Contact: Beryllium Copper
- Finish: Gold Plated
View Datasheet
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QMC-CRYOCON-MSMAFeatures: -
Non-Magnetic Cryogenic Connector (SMA Male)
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Body: Phosphor Bronze
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Contact: Beryllium Copper
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Insulators: PTFE and Ultem
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Bushing: Phosphor Bronze
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Sleeve: Phosphor Bronze
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Finish: Gold Plated
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Impedance: 50 Ohm
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Frequency Range: DC to 27 GHz
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RoHS, REACH and DFARS Compliant
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Does not come with Teflon Sleeves
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Does not come with Non-Magnetic Launch Pins, buy separately
View Datasheet
View Step File
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QMC-CRYOCON-FSMA
Features: -
Non-Magnetic Cryogenic Connector (SMA Female)
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Body: Phosphor Bronze
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Contact: Beryllium Copper
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Insulators: PTFE and Ultem
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Finish: Gold Plated
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Impedance: 50 Ohm
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Frequency Range: DC to 27 GHz
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RoHS, REACH and DFARS Compliant
- Customers need to order Teflon Sleeves, Non-Magnetic Launch Pins separately
View Datasheet
View Step File
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QMC-CRYOCON-FSMP
Features: -
SMP Female Connector
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4 Hole Flange
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Accepts 0.012 in by 0.075 in deep pin
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100% Non-Magnetic
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Material: Beryllium Copper
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Finish: Copper Flash, Gold Plate
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Non-Magnetic 0.012 pins available upon request
View Datasheet
View Step File
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QMC-CRYOCON-FSMPM
Features: -
SMPM Female Connector
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4 Hole Flange
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Accepts 0.012 in by 0.075 in deep pin
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100% Non-Magnetic
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Material: Beryllium Copper
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Finish: Copper Flash, Gold Plate
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Non-Magnetic 0.012 pins available upon request
View Datasheet
View Step File
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QMC-CRYOCON-FSMPS
Features: -
SMPS Female Connector
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4 Hole Flange
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Accepts 0.012 in by 0.075 in deep pin
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100% Non-Magnetic
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Material: Beryllium Copper
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Finish: Copper Flash, Gold Plate
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Non-Magnetic 0.012 pins available upon request
View Datasheet
View Step File
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QMC-CRYOCON-MSMPS
Features: -
SMPS Male Connector
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4 Hole Flange
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Accepts 0.012 in by 0.075 in deep pin
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100% Non-Magnetic
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Material: Beryllium Copper
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Finish: Copper Flash, Gold Plate
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Non-Magnetic 0.012 pins available upon request
View Datasheet
View Step File
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