External Timing Antenna | HY-A503-01
External Timing Antenna | HY-A503-01
Features
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Low noise figure and high receiving sensitivity
It features excellent anti-multipath capability
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Suitable for complex scenarios
High reliability, excellent water resistance, corrosion resistance and high temperature resistance


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Specification parameters
Technical specifications
Accessory list
Structural dimensions

GNSS Antenna Performance Indicators

Frequency

1575.42±1.023MHz

1561.098±2.046MHz


Impedance

Polarization

Antenna Axial Ratio

Front-to-Back Ratio

3dB Beam Width of Radiation Pattern


50Ω

Right-hand Circular Polarization

<3dB

>10dB

110±10°

1dB Compression Point of LNA Output>-10dBm(Only LNA)

Out-of-Band Rejection

In-band Gain Flatness

Output Voltage Standing Wave Ratio (Output VSWR)

Peak Gain

Noise Figure

f0=1568±50MHz:50dBc min

f0=1568±100MHz:65dBc min

1575.42±1.023MHz : <1dB

1561.098±2.046MHz : <1dB

1.5

4dBi

<2dB

Large signal blocking (the receiver can operate normally under these conditions)






Active Gain

Operating Voltage

Operating Current

When a 0 dBm large signal is applied at a frequency 100 MHz offset from the center frequency, the in‑band gain variation of the antenna is less than 2 dB.

When a -10 dBm large signal is applied at a frequency 60 MHz offset from the center frequency, the in‑band gain variation of the antenna is less than 2 dB.

When a -20 dBm large signal is applied at a frequency 50 MHz offset from the center frequency, the in‑band gain variation of the antenna is less than 2 dB.

38±2 dB

3 V~8 V

≤ 40 mA

Structural Characteristics

Connector Type

Housing Dimensions

N-J Type

φ102*103mm

Reliability

 

Operating Temperature

Storage Temperature

Operating Humidity

Electrostatic Discharge (ESD)

Lightning Surge

Ingress Protection Rating

-40℃ ~ +85℃

-45℃ ~ +85℃

90% (non-condensing)

IEC61000-4-2 Level 4

IEC61000-4-5, 5kA differential mode, 8/20μs ±5 times

IP67

Application scenarios
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In satellite navigation systems, timing antennas extract precise time information from radio frequency signals transmitted by satellites such as GPS, BeiDou and GLONASS, providing nanosecond-level time synchronization services for ground equipment.
Learn more
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In power systems, timing antennas provide a unified time reference for equipment such as power plants, substations and smart meters, ensuring the time sequence consistency of power grid operation data.
Learn more
Satellite Navigation
Power transmission tower

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