KYOCERA AVX’s embedded GNSS Antenna delivers high RF performance

and functionality in M2M designs where a more standard GPS patch

approach is not possible. This innovative antenna provides compelling

advantages for GNSS enabled M2M / IoT applications such as vehicle

tracking or asset tracking. Based on a flexible substrate, this GNSS antenna

can maintain high efficiency in various device configurations. In addition, the

9000440 antenna can be integrated easily to the end product.

DATASHEET

Part No. 9000440

Product: GNSS FPC

Antenna

11/7/2019

Proprietary

1.560 GHz, 1.575 GHz,

1.598 GHz, 1.606 GHz

Electrical Specifications

Typical characteristics with 150 mm cable, antenna is mounted directly on

plastic material.

Ordering Part Number

9000440

Dimensions (mm)

41.0 ± 0.2 length

15.5 ± 0.2 width

Connector Type

U.FL compatible

Weight (grams)

0.5 antenna only

Cable (mm)

150

Operating Temperature

Range (°C)

-40~+85

Mechanical Specifications & Ordering Part Number

KEY BENEFITS

Part No. 9000440

GPS/GLONASS/Beidou/Galileo FPC Antenna

1.560 GHz, 1.575 GHz, 1.598 GHz, 1.606 GHz

Supports: Tracking, Smart Home, Agriculture, Automotive, Healthcare, Digital Signage, Wearables, Industrial Devices

GPS / GLONASS / Beidou /

Galileo FPC Antenna

Reduced Costs and

Time-to-Market

Standard antenna eliminates

design fees and cycle time

associated with a custom solution;

getting products to market faster.

Quicker Time-to-Market

By optimizing antenna size,

performance and emissions,

customer and regulatory

specifications are more easily met.

Reliability

Products are the latest RoHS

version compliant.

APPLICATIONS

• Embedded

design

• POS,

Headsets,

Tablets

• Gateway,

Access

Point

• Handheld

• Telematics

• Tracking

• Healthcare

• M2M,

Industrial

devices

• Smart Grid

• OBD-II

Frequency (GHz)

1.559

–

1.563

1.575

1.559

–

1.591

1.593

–

1.610

GNSS Bands

Beidou

GPS

Galileo

Glonass

Peak Gain (dBi)

2.4

2.4

2.5

2.5

Efficiency (%)

49

47

50

46

VSWR

< 2.3:1

Polarization

Linear

Radiation Pattern

Omni-directional

Feed Point Impedance

50 Ω unbalanced

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