Cryogenic SMA SMP SSMP Termination Load for Quantum Computing

Cryogenic SMA SMP SSMP Termination Load for Quantum Computing

Item No.: Cryogenic SMA SMP SSMP Termination Load
Cryogenic SMA SMP SSMP Termination Load
Description
Description
Cryogenic SMA SMP SSMP Termination Load

Quantum computers also use non-magnetic components in key areas of the signal path to ensure there is no interference with applied magnetic fields. Raynool Cryogenic Passive components use NON magnetic copper, and have an excellent performance on low temperature.

Cryogenic SMA Termination Load
DC - 18 GHz
2 W
Performance Class: Cryogenic
Conductor: Beryllium Copper, Gold plated.
Dielectric: PTFE
Body: NON Magnetic Copper, Gold plated.

VSWR: < 1.45 @ 18 GHz, Typ. 1.35 @ 18 GHz
4°mK to +125°C
Cryogenic SMP(GPO) Termination Load
DC - 40 GHz
2 W
Performance Class: Cryogenic
Conductor: Beryllium Copper, Gold plated.
Dielectric: PTFE
Body: NON Magnetic Copper, Gold plated.

VSWR: < 1.45 @ 40 GHz, Typ. 1.35 @ 40 GHz
4°mK to +125°C
Cryogenic SMP(GPO) Termination Load
DC - 40 GHz
2 W
Performance Class: Cryogenic
Conductor: Beryllium Copper, Gold plated.
Dielectric: PTFE
Body: NON Magnetic Copper, Gold plated.

VSWR: < 1.35 @ 18 GHz, Typ. 1.25 @ 18 GHz
4°mK to +125°C
Cryogenic SMP(GPO) Termination Load
DC - 40 GHz
2 W
Performance Class: Cryogenic
Conductor: Beryllium Copper, Gold plated.
Dielectric: PTFE
Body: NON Magnetic Copper, Gold plated.

VSWR: < 1.35 @ 18 GHz, Typ. 1.25 @ 18 GHz
4°mK to +125°C
Cryogenic SSMP(GPPO) Termination Load
DC - 40 GHz
2 W
Performance Class: Cryogenic
Conductor: Beryllium Copper, Gold plated.
Dielectric: PTFE
Body: NON Magnetic Copper, Gold plated.

VSWR: < 1.35 @ 18 GHz, Typ. 1.25 @ 18 GHz
4°mK to +125°C
Cryogenic SSMP(GPPO) Termination Load
DC - 40 GHz
2 W
Performance Class: Cryogenic
Conductor: Beryllium Copper, Gold plated.
Dielectric: PTFE
Body: NON Magnetic Copper, Gold plated.

VSWR: < 1.35 @ 18 GHz, Typ. 1.25 @ 18 GHz
4°mK to +125°C