NanoCom ANT2150 DUP and ANT2150 ISL
GomSpace
The NanoCom ANT2150 DUP and ANT2150 ISL are compact active S-Band antennas designed for integration with GomSpace SDR transceivers, featuring flexible mounting options.
Typed specifications83 values
Discloses 9 of 10 fields engineers filter by in this category (category median 3).
- Frequency band
- S datasheet p.2 S S-band active antenna
- Peak gain
- 8 dBi datasheet p.4 8 dBi Medium gain patch antenna; stated antenna gain includes loss …
- Mass
- 110 g datasheet p.12 110 g ~110, approximate, depends on mounting etc
- Frequency range
- 2 025–2 120 MHz ANT2150-DUP RX band (section 3.2) · datasheet p.7 2 200–2 290 MHz ANT2150-DUP TX band | 2 200–2 290 MHz ANT2150-ISL TX band and RX band (TDD) | 2 200–2 290 MHz ISL version | 2 025–2 110 MHz RX band (ANT-2150-DUP), RF performance characteristics +12
- Beamwidth (-3 dB)
- 64–78 ° datasheet p.17
- Envelope (L×W×H)
- 98 x 98 x 20.1 mm datasheet p.12
- Polarization
- circular datasheet p.4 circular All antennas are circular polarized, product polarization is … | RHCP ANT2150-DUP default | LHCP ANT2150-ISL default | RHCP configurable during production/checkout; DUP default RHCP +1
- Antenna type
- active antenna datasheet p.4 patch Medium gain (8 dBi) patch antenna with circular polarization
- Supply voltage
- 8–18 V datasheet p.11 8–18 V VIN input supply voltage | 8–18 V
- Power consumption
- 4–4.5 W transmitter DC power (typical), power level 0, Vin 10V · datasheet p.13 0.2 W max · IDLE | 0.002 W max · OFF | 15 W max · PIN supply power draw, absolute maximum rating | 0.2 W max · Psup_idle, supply power IDLE +9
- Data interface
- CAN datasheet p.11 I2C CSP I2C bus communication | CAN default control interface, CSP CAN bus, Linear LTC2875 CAN tr… | UART J402 debug, GOSH serial communication | I2C +1
- Operating temperature
- -40–85 °C datasheet p.12 -40–85 °C Tamb, operating temperature, absolute maximum ratings
- TRL
- 9 datasheet p.10
- Passive or active
- active with PA and LNA active antennas (front-ends with integrated antennas); transm… · datasheet p.5
- RF connector
- SSMCX J102 and J300, Molex SSMCX 73413-0040 · datasheet p.10 SSMCX RX | SSMCX TX
- Fixed or deployable
- fixed datasheet p.4
- Connector
- J102 RX RF and J300 TX RF: Molex SSMCX 73413-0040; J400 power: Molex Pico-Lock 1.50 mm pitch 504050-0791; J401 control: Molex Pico-Lock 1.50 mm pitch 504050-1091; J402 debug: Molex Pico-Lock 1.50 mm pitch 504050-0691 datasheet p.10 Molex Pico-Lock 1.50 mm pitch 504050-1091 Control Connector | Molex Pico-Lock 1.50 mm pitch 504050-0691 Debug Connector | Molex Pico-Lock 1.50 mm pitch 504050-0791 Power Connector | Molex SSMCX 73413-0040 RX RF COAXIAL CONNECTOR +1
- Survival temperature
- -40–85 °C datasheet p.12 -40–85 °C Tstg, storage temperature
- Satellite class
- nanosat 1-10 kg nano-satellite · datasheet p.7
- Fits satellite size
- 1U the plates can also be mounted on 1U and 2U nano-satellite · datasheet p.7 6U Type A / Type B / Type D mounting plates | 3U Type A / Type C mounting plates | 1U | 2U the plates can also be mounted on 1U and 2U nano-satellite +2
- Max RF power
- 0.003 W max · Pin, absolute maximum input power at TX and RX ports · datasheet p.12
- RF ports
- 2 J102 RX RF coaxial connector and J300 TX RF coaxial connector · datasheet p.10
- Mounting
- Four different mounting plates, all 1.5 mm aluminum: Type A used in a 3U structure on the A-sides and on the 6U structure A-sides; Type B hole pattern compatible with the B-side of a GomSpace 6U structure (structure modifications needed); Type C used in t datasheet p.7
Each value is typed with its unit and measurement condition and cites the datasheet page it was taken from. Nothing is guessed: a field that is absent here has not been published by the manufacturer. machine-extracted ✓ checked by NewSpace Market ✓ manufacturer confirmed by the manufacturer.
As published by the supplier10 lines, in the manufacturer's own wording
- Frequency range (DUP)
- RX: 2025-2110 MHz; TX: 2200-2290 MHz
- Frequency range (ISL)
- 2200-2290 MHz (Time Division Duplex)
- Antenna gain
- 8 dBi
- Polarization
- Circular
- Power input voltage
- 8-18 V
- Control interface
- CAN-bus (default)
- Electronics board material
- Glass/Polyimide IPC 6012C cl. 3
- Antenna module material
- Rogers RO4003C
- Temperature sensors
- PA sensor + microcontroller sensor
- Current sensor
- Input current monitoring (>300 mA)
About
The NanoCom ANT2150 DUP and ANT2150 ISL are active S-Band antennas engineered for seamless integration with GomSpace SDR transceivers. These antennas are constructed as a sandwich around a shield/mounting plate, providing a robust and compact design. The RF signal connection between the antenna and the electronics PCBs is established using RF compression connectors, ensuring reliable performance. A key feature of this S-band antenna design is its flexible mounting capability, allowing it to be adapted to various satellite structures simply by changing the shield/mounting plate. This adaptability makes it suitable for a range of small satellite missions requiring S-band communication.
Documentation
- gs-ds-nanocom-ant2150_1010651-22.pdf PDF source: gomspace.com ↗
- gs-osf-nanocom-ant2150_ISL_1054193-42.pdf PDF source: gomspace.com ↗
- gs-osf-nanocom-ant2150_DUP_1019323-42.pdf PDF source: gomspace.com ↗
- gs-qtct-nanocom-ant2150_Qualification_Certificate.pdf PDF source: gomspace.com ↗
- gs-man-nanocom-ant2000.pdf PDF source: gomspace.com ↗
Need the full ICD, test reports or a specific revision? Ask the supplier directly.