The Radar Technology group within TNO, designs and analyses complex MMICs. In order to achieve our goals, the Radar Technology group has a measurement facility for characterizing individual test structures and analysing the designed MMICs on-wafer. The measurements are performed on 3 independent, semi-automatic probe-stations. These probe stations have 200 mm, temperature controlled, chucks and are used 25 % of the time for automated stepped measurements and 75 % of the time for single chip analysis. These chips may be bare dies placed on the chuck or mounted on a carrier or package. The goal for 2017 is to replace an older probe station with a new one with a larger (300 mm) chuck in order to handle the wafer sizes in the future. Also, possibilities have to be included for mounting high frequency mixers and/or impedance tuners on the probe arms in order to minimize cable movement and lower the losses in the measurement system.
Deadline
De termijn voor de ontvangst van de offertes was 2017-04-10.
De aanbesteding werd gepubliceerd op 2017-02-28.
Aankondiging van een opdracht (2017-02-28) Object Toepassingsgebied van de aanbesteding
Titel: Micro-elektronische machines en toestellen
Referentienummer: 2017 FPL/INK 50
Korte beschrijving:
The Radar Technology group within TNO, designs and analyses complex MMICs. In order to achieve our goals, the Radar Technology group has a measurement facility for characterizing individual test structures and analysing the designed MMICs on-wafer. The measurements are performed on 3 independent, semi-automatic probe-stations. These probe stations have 200 mm, temperature controlled, chucks and are used 25 % of the time for automated stepped measurements and 75 % of the time for single chip analysis. These chips may be bare dies placed on the chuck or mounted on a carrier or package.
The goal for 2017 is to replace an older probe station with a new one with a larger (300 mm) chuck in order to handle the wafer sizes in the future. Also, possibilities have to be included for mounting high frequency mixers and/or impedance tuners on the probe arms in order to minimize cable movement and lower the losses in the measurement system.
The Radar Technology group within TNO, designs and analyses complex MMICs. In order to achieve our goals, the Radar Technology group has a measurement facility for characterizing individual test structures and analysing the designed MMICs on-wafer. The measurements are performed on 3 independent, semi-automatic probe-stations. These probe stations have 200 mm, temperature controlled, chucks and are used 25 % of the time for automated stepped measurements and 75 % of the time for single chip analysis. These chips may be bare dies placed on the chuck or mounted on a carrier or package.
The goal for 2017 is to replace an older probe station with a new one with a larger (300 mm) chuck in order to handle the wafer sizes in the future. Also, possibilities have to be included for mounting high frequency mixers and/or impedance tuners on the probe arms in order to minimize cable movement and lower the losses in the measurement system.
Aankondigingsmetadata
Originele taal: Engels ๐ฃ๏ธ
Documenttype: Aankondiging van een opdracht
Aard van de opdracht: Leveringen
Regelgeving: Europese Unie
Gemeenschappelijke woordenlijst overheidsopdrachten (CPV)
Code: Micro-elektronische machines en toestellen๐ฆ Plaats van uitvoering
NUTS-regio: Nederland
๐๏ธ
Procedure
Type procedure: Openbare procedure
Type bod: Inschrijving voor alle percelen
Gunningscriteria
Uit economisch oogpunt voordeligste inschrijving
Object Toepassingsgebied van de aanbesteding
Korte beschrijving:
The Radar Technology group within TNO, designs and analyses complex MMICs. In order to achieve our goals, the Radar Technology group has a measurement facility for characterizing individual test structures and analysing the designed MMICs on-wafer. The measurements are performed on 3 independent, semi-automatic probe-stations. These probe stations have 200 mm, temperature controlled, chucks and are used 25 % of the time for automated stepped measurements and 75 % of the time for single chip analysis. These chips may be bare dies placed on the chuck or mounted on a carrier or package.
The Radar Technology group within TNO, designs and analyses complex MMICs. In order to achieve our goals, the Radar Technology group has a measurement facility for characterizing individual test structures and analysing the designed MMICs on-wafer. The measurements are performed on 3 independent, semi-automatic probe-stations. These probe stations have 200 mm, temperature controlled, chucks and are used 25 % of the time for automated stepped measurements and 75 % of the time for single chip analysis. These chips may be bare dies placed on the chuck or mounted on a carrier or package.
The goal for 2017 is to replace an older probe station with a new one with a larger (300 mm) chuck in order to handle the wafer sizes in the future. Also, possibilities have to be included for mounting high frequency mixers and/or impedance tuners on the probe arms in order to minimize cable movement and lower the losses in the measurement system.
The goal for 2017 is to replace an older probe station with a new one with a larger (300 mm) chuck in order to handle the wafer sizes in the future. Also, possibilities have to be included for mounting high frequency mixers and/or impedance tuners on the probe arms in order to minimize cable movement and lower the losses in the measurement system.
By means of the present Public Procurement Procedure, TNO has the intention to award a contract based on these Public Procurement Guidelines for the delivery of a Semi-Automatic Probe Station. The contract mainly involves:
โ semiโautomatic probes station,
โ controller for the probe station (with display if appropriate),
โ temperature controlled chuck,
โ controller for the temperature settings (with display if appropriate),
โ microscope,
โ controller for the microscope (with display if appropriate),
โ 4x probe arms (manual),
โ Power line connections,
โ Dried air / compressed air hoses if appropriate.
Plaats van uitvoering
Hoofdlocatie of plaats van uitvoering: The Hague, The Netherlands.
Juridische, economische, financiรซle en technische informatie Voorwaarden voor deelname
Geschiktheid om de beroepsactiviteit uit te oefenen: No criminal activities in the past.
Procedure
Tijdstip van ontvangst van inschrijvingen: 13:00
Talen waarin inschrijvingen of aanvragen tot deelneming kunnen worden ingediend: Engels ๐ฃ๏ธ
Nederlands ๐ฃ๏ธ
Geldigheidsduur van de inschrijving: 2017-07-09 ๐
Datum opening inschrijvingen: 2017-04-10 ๐
Tijdstip van opening inschrijvingen: 13:00
Gunningscriteria
Kwaliteitscriterium (naam): Quality: see EU Public Procurement Guidelines, section 5
Kwaliteitscriterium (weging): 40
Weging van de prijs: 60
Aanvullende informatie Beoordelingsorgaan
Naam: Rechtbank Den Haag
Postadres: Prins Clauslaan 60
Poststad: The Hague
Postcode: 2595 AJ
Land: Nederland ๐ณ๐ฑ
Telefoon: +31 883622200๐
E-mail: aanbesteden@tno.nl๐ง
Internetadres: http://www.rechtspraak.nl๐
Bron: OJS 2017/S 043-078201 (2017-02-28)
Award Aankondiging (2017-05-10) Object Toepassingsgebied van de aanbesteding
Korte beschrijving:
The Radar Technology group within TNO, designs and analyses complex MMICs. In order to achieve our goals, the Radar Technology group has a measurement facility for characterizing individual test structures and analyzing the designed MMICs on-wafer. The measurements are performed on three independent, semi-automatic probe-stations. These probe stations have 200 mm, temperature controlled, chucks and are used 25 % of the time for automated stepped measurements and 75 % of the time for single chip analysis. These chips may be bare dies placed on the chuck or mounted on a carrier or package.
The goal for 2017 is to replace an older probe station with a new one with a larger (300 mm) chuck in order to handle the wafer sizes in the future. Also, possibilities have to be included for mounting high frequency mixers and/or impedance tuners on the probe arms in order to minimize cable movement and lower the losses in the measurement system.
The Radar Technology group within TNO, designs and analyses complex MMICs. In order to achieve our goals, the Radar Technology group has a measurement facility for characterizing individual test structures and analyzing the designed MMICs on-wafer. The measurements are performed on three independent, semi-automatic probe-stations. These probe stations have 200 mm, temperature controlled, chucks and are used 25 % of the time for automated stepped measurements and 75 % of the time for single chip analysis. These chips may be bare dies placed on the chuck or mounted on a carrier or package.
The goal for 2017 is to replace an older probe station with a new one with a larger (300 mm) chuck in order to handle the wafer sizes in the future. Also, possibilities have to be included for mounting high frequency mixers and/or impedance tuners on the probe arms in order to minimize cable movement and lower the losses in the measurement system.
Aankondigingsmetadata
Documenttype: Award Aankondiging
Procedure
Type bod: Niet van toepassing
Aanbestedende dienst Identiteit
Poststad: The Hague
Referentie Datums
Verzenddatum: 2017-05-10 ๐
Publicatiedatum: 2017-05-12 ๐
Identificatoren
Aankondigingsnummer: 2017/S 091-179847
Verwijst naar aankondiging: 2017/S 043-078201
PB-S nummer: 91
Aanvullende informatie
There are no tenders received.
Object Toepassingsgebied van de aanbesteding
Korte beschrijving:
The Radar Technology group within TNO, designs and analyses complex MMICs. In order to achieve our goals, the Radar Technology group has a measurement facility for characterizing individual test structures and analyzing the designed MMICs on-wafer. The measurements are performed on three independent, semi-automatic probe-stations. These probe stations have 200 mm, temperature controlled, chucks and are used 25 % of the time for automated stepped measurements and 75 % of the time for single chip analysis. These chips may be bare dies placed on the chuck or mounted on a carrier or package.
The Radar Technology group within TNO, designs and analyses complex MMICs. In order to achieve our goals, the Radar Technology group has a measurement facility for characterizing individual test structures and analyzing the designed MMICs on-wafer. The measurements are performed on three independent, semi-automatic probe-stations. These probe stations have 200 mm, temperature controlled, chucks and are used 25 % of the time for automated stepped measurements and 75 % of the time for single chip analysis. These chips may be bare dies placed on the chuck or mounted on a carrier or package.