piPATCH-S-DL
ZeroCore CubeSat S-band patch antenna for RHCP downlink, tuned to the whole 2200-2290 MHz S-downlink band, in X/Y or Z mount.
Technical specifications
- Type
- CubeSat S-Band Patch Antenna, RHCP Downlink
- Frequency range
- 2200-2290 MHz
- Power handling
- 10 W CW (open space)
- RHCP gain
- +4.7 dBd / +5.55 dBiC (front lobe)
- Linear mode gain
- +7.8 dBd (front lobe)
- Gain flatness
- +/- 1 dB over band
- Axial ratio
- better than 1 dB (+/-45 deg), 0/90 deg phasing hybrid
- Impedance / connector
- 50 Ohm, MCX-Female right angle (SMA-Female on request)
- Dimensions
- 98x82.6x(+6/-8) mm (X/Y mount), 98x98x(+6/-8) mm (Z mount)
- Temperature range
- -40 to +85 degC
- Mass
- 60 g (X/Y mount), 65 g (Z mount)
- Dual use goods
- YES
- HS Code
- 8517.7100
- Lead time
- 2-4 weeks + shipping
- Country of origin
- Czech Republic
About
The piPATCH-S-DL is a Space-Friendly, highly radiation-efficient ZeroCore CubeSat S-band patch antenna working across the entire S-downlink band (2200-2290 MHz), intended for high-data-rate satellite communication systems. Unlike traditional laminated Rogers PCB-based antennas, it uses a ZeroCore permittivity layer with permittivity close to 1 (near-vacuum) and back-side EMI shielding, avoiding the near-field losses of dielectric-loaded designs and giving an excellent axial ratio. RHCP is achieved via a hybrid 0/90-degree phasing module implemented at the module level. S11 is better than -10 dB across the full band, with a peak response of -20 dB, and the antenna handles up to 10 W CW open-space input power. Measured RHCP mode gain is +4.7 dBd / +5.55 dBiC (front lobe), with gain flatness of +/-1 dB across the band and axial ratio better than 1 dB (+/-45 degrees). It is available in X/Y-mount (98×82.6 mm) or Z-mount (98×98 mm) versions with a 50-ohm MCX-Female right-angle connector (SMA-Female on request), rated over -40 to +85 degC. Offered as Flight Model (FM) and unmarked OEM Flight Model variants.
Documentation
Need the full ICD, test reports or a specific revision? Ask the supplier directly.