67GHz Delta Tuners with Associated Hardware and Software for Load Pull System
Estimated value
£80k
Awarded value
£90k
Suppliers
1
Lots
1
Published
21 Apr 2022
Description
Scope The Delta tuners form a part of a new load (and source) pull system to enable the RF laboratory to carry out load pull measurements to 67GHz. This will allow for measurement of the input and output large signal impedances of the DUT, input delivered power and real added efficiency, and in-situ absolute tuner Gamma removing the reliance on mechanical tuner repeatability. This test and measurement equipment will be used for R&D during the Catapult's collaborative and internal projects whilst also providing potential commercial opportunities in compliance and pre-qualification testing. The equipment will be located in the RF Laboratory of the CSA Catapult as the main objective for the acquisition is to use the equipment to characterise high speed RF devices (bare die semiconductor) and built-up RF modules (amplifiers). System Outline The system shall comprise of 2 RF tuner heads (load and source) and a 4-axis bed on which they are supported along with other probes which will connect the DC voltages to the device under test. The equipment shall interface to the 67 GHz Keysight PNA-X that is currently located in the RF lab along with a companion PC running windows O.S. which contains the software that is supplied to run the tests. Refurbished offerings will be considered provided warranties are included. The system is required by the end of March 2022.
Scope
- Reference
- ICT-2021-057
- Total value
- £80,000 excluding VAT
- Commercial tool
- Standalone contract
- Contract dates
- 21 Jan 2022 to 20 Jan 2026
- CPV classifications
- 38000000
- Particular suitability
- Small and medium-sized enterprises (SME)
Submission & procedure
- Submission deadline
- 07 Jan 2022, 10:00 am
Award details
Awarded supplier(s), contract period and value as published in the award notice.
Awarded value
£90k
Award date
27 Jan 2022
Contract start
21 Jan 2022
Contract end
20 Jan 2026