Internal GSM antenna FW-N58

1. Frequency Range

880 ~ 960 ; 1710 ~ 1880 MHz

2. V.S.W.R.

< 3.5

(Test results may vary for different case.)

3. Max. Antenna Gain

-0.2 dBi ± 0.5 dBi @ 920 MHz

-1.7 dBi ± 0.5 dBi @ 1780 MHz

(Test results may vary for different case.)

4. Connector

MMCX plug right angle

5. Coaxial Cable Diameter

1.13 mm

6. Length of Cable

100 mm ± 5 mm (or customized )

7. Impedance

50 ohm

8. Polarization

Linear

9. Operation Temperature

-40˚C ~ + 90 ˚C

10. Maximum Power

30 dBm

11. PCB Dimension

35 x 6 x 0.4 mm³ (Single Layer FR-4 PCB)

12. Tape Dimension

27 x 6 x 0.15 mm³ (SONY-G9000)

1. Frequency Range

880 ~ 960 ; 1710 ~ 1880 MHz

2. V.S.W.R.

< 3.5

(Test results may vary for different case.)

3. Max. Antenna Gain

-0.2 dBi ± 0.5 dBi @ 920 MHz

-1.7 dBi ± 0.5 dBi @ 1780 MHz

(Test results may vary for different case.)

4. Connector

MMCX plug right angle

5. Coaxial Cable Diameter

1.13 mm

6. Length of Cable

100 mm ± 5 mm (or customized )

7. Impedance

50 ohm

8. Polarization

Linear

9. Operation Temperature

-40˚C ~ + 90 ˚C

10. Maximum Power

30 dBm

11. PCB Dimension

35 x 6 x 0.4 mm³ (Single Layer FR-4 PCB)

12. Tape Dimension

27 x 6 x 0.15 mm³ (SONY-G9000)

Horizontal Plane

@ 920 MHz

Vertical Plane

@ 920 MHz

Max: -5.1 dBi ; Avg: -7.6 dBi

Max: -0.2 dBi ; Avg: -5.9 dBi

Horizontal Plane

@ 1780 MHz

Vertical Plane

@ 1780 MHz

Max: -5.8 dBi ; Avg: -10.6 dBi

Max: -1.7 dBi ; Avg: -6.5 dBi

O.D. 1.13 mm (AWG32) Coaxial Cable Specification

1. Cable Type

O.D. 1.13 mm (AWG32)

2. Impedance

50 ± 3 ohm

3. Inner Conductor

Material

silver-coated cooper

Conductor Numbers

7

Conductor Size

0.08 mm

Outer Diameter

0.24 mm

4. Dielectric Layer

Material

FEP

Color

Clear

Average Thickness

0.22 mm

Diameter

0.68 mm

5. Braid (Shielding)

Material

tin-coated cooper

Construction

16-4-0.05 mm

Coverage

90 %

6. Outer Cover

Material

FEP

Color

Black / white / gray

Average Thickness

0.10 mm

Diameter

1.13 ± 0.05 mm

7. V.S.W.R Testing

(DC ~ 6GHz)

< 1.3

8. Attenuation

(dB / 1 meter )

100 MHz

0.60

400 MHz

1.25

1800 MHz

2.23

2400 MHz

2.70

5200 MHz

4.15

9. Capacitance

97 ± 3 ( pF / meter)

10. Maximum Power

30 dBm

11. Spark Test

500 V

12. Rating Temp. and Voltage

200˚C / 30V

13. Conductor Resistance

520 ohm / KM / 20˚C max.

14. Dielectric Resistance

1500 M ohm / KM / 20˚C min.

Item

Specification

Conditions

1. Contact

Resistance

center: 20 mΩ max.

outside: 10 mΩ max.

measured at 10 mA max.

2. Insulation

Resistance

500 MΩ min.

measured at 100 V min.

3. Withstand Voltage

no line or insulation breakdown

200 V AC for 1 minute

4. V.S.W.R.

1.3 max.

DC to 3 GHz

Dia. 0.81 mm: 1.35

Dia. 1.13 mm: 1.4

Dia. 1.37 mm: 1.5

3 to 6 GHz

5. Female Contact

Holding Force

0.15 N min.

measured with a Φ0.475 pin

gauge

6. Repetitive Operation

contact resistance:

center: 25 mΩ max.

outside: 15 mΩ max.

30 cycles of insertion and

disengagement

7. Vibration

No momentary disconnections of 1μs min.

No damage, cracks, or parts

Looseness min.

Frequency of 10 to 100 Hz, single amplitude of 1.5 mm, acceleration of 59 m/s”, for 5 cycles in the direction of each of the 3 axes

8. Shock

No momentary disconnections of 1μs min.

No damage, cracks, or parts

Looseness min.

Acceleration of 735 m/s”, 11 ms duration, sine half-wave waveform, for 6 cycles in the direction of each of the 3 axes

9. Humidity Resistance

(Steady State)

No damage, cracks, or parts

Looseness

Insulation resistance:

100 MΩ min. (high temp.)

500 MΩ min. (pry)

Temperature of 40˚C, humidity of 95%, let stand for 96 hours.

10. Temperature Cycle

No damage, cracks, or parts

Looseness

Contact resistance:

center: 25 mΩ max.

outside: 15 mΩ max.

Temperature: +40˚C -> 5 to 35˚C -> +90˚C -> 5 to 35˚C

Time: 30 min. -> within 5 min. -> 30 min. ->within 5 min.

Cycles:5

11. Salt Spray Test

No excessive corrosion

48 hours continuous exposure

to 5% salt water

Test Item

Procedure

Requirement

1. Visual inspection

and dimension

check

Applicable methods