ACSM Detector and Cable

Provide the following with your quotation:

1. Signed Page one of the RFQ (ANL-70).

2. Completed Representations and Certifications (ANL-70A).

3. Provide a published price list or a redacted invoice showing pricing for the quoted, to prove price reasonableness.

4. Verify the country of origin.

5. Confirm lead time.

6. Are there any discounts available for DOE or does this order fall under GSA contract pricing (if yes, please include contract #and expiration date).

Technical Specifications: Please review this carefully.

Any bids received that do not meet the technical specifications will not be considered 1. ACSM Detector E: a. Detector type: Electron multiplier or discrete dynode detector b. Flanged mounting for integration into vacuum housing (compatible with flange-mounted ToF systems) c. High gain capability: Typical gain in the range of 10? to 10? d. Operational voltage range: 1,500–3,000 V e. Response time: ?1 ?s (suitable for high-resolution ion pulse detection) f. Vacuum compatibility: Operable under ultra-high vacuum conditions (10??

Torr or lower) g. Materials: Ultra-high vacuum-compatible materials (e.g., stainless steel housing, ceramic insulators) h. Interface: Compatible with dual-filament ion source configurations in ToF-ACSM systems 2. Physical dimensions: Must conform to typical footprint for ACSM flange-mounted detectorsTOF-ACSM SMA-SMA Cable Preamp-to-ADQ a. Cable type: Coaxial RF signal cable b. Connectors: SMA Male to SMA Male c. Impedance: 50 ohms d. Shielding: Double-shielded construction to minimize electromagnetic interference e. Frequency bandwidth: Minimum 3 GHz (to support high-speed analog signal transmission) f. Length: 1 meter (±10 cm tolerance acceptable) g. Application: Designed for low-noise transmission between preamplifier and high-speed digitizer in mass spectrometry systems h. Operating temperature range: –20°C to +60°C