VTGPSIA13-1

VTGPSIA13-1
Part Number:VTGPSIA13-1
Dimension:13×13×6.2mm
Mounting way:Sodering or Sticking
LNA Gain:20±2 dB
Input Voltage:3.3 V
Cables:RF1.13 or others
Connectors:IPEX or others

1  Dimension(Unit:mm)           
2  Electrical Characteristics
2.1 Dielectric Antenna 

Form 1

No.

Item

Specifications

Post Environmental Tolerance

1

Center Frequency(MHz)

1575.42 MHz

±3 MHz

2

Band Width(MHz)

±4 MHz

±1 MHz

3

V.S.W.R(in BW)

1.5︰1

4

Gain(Zenith)

0 dB

±0.5 dB

5

Polarization

RHCP

6

Impedance

50 Ω

2.2 LNA / Filter

Form 2

No.

Item

Specifications

Post Environmental Tolerance

1

LNA Gain

20±2 dB

±2.5 dB

2

Noise Figure

1.5 dB

3

Filter Out Band Attenuation

30dB  Min  f0+40MHz
30dB  Min  f0-40MHz
   40dB  Min  f0+100MHz    35dB  Min  f0-100MHz

±1.0 dB

4

DC Voltage

3.3 V

5

DC Current

9 mA

2.3 Mechanical
                      Form 3

No.

Item

Specification

1

Cable

RF1.13 or others

2

Connector

IPEX or others

3

Mounting

Internal

3  Reliability
       Condition:Temperature: 40±5℃
           Load: DC=5V±0.5 V
          Quantity: 2000pcs
          Sustained Time: 480h

4  Environmental Specifications
       Condition:Post Environmental Tolerance (Refer to the form 1~2 )
           Temperature Range 25±3℃
           Relative Humidity Range 55~75%RH
           Operating Temperature Range -40℃~+85℃
           Storage Temperature Range -40℃~+100℃
4.1 Moisture Proof
  The device should satisfy the electrical characteristics specified in form 1~2 after exposed to the temperature 40±2℃ and the relative humidity 90~95% RH for 96 hours and 1~2 hours recovery time under normal condition.
4.2 Vibration Resist
  The device should satisfy the electrical characteristics specified in form 1~2 after applied to the vibration of 10 to 55Hz with amplitude of 1.5mm for 2 hours each in X, Y and Z directions.
4.3 Drop Shock
  The device should satisfy the electrical characteristics specified in form 1~2 after dropping onto the hard wooden board from the height of 30cm for 3 times each facet of the 3 dimensions of the device.
4.4 High Temperature Endurance
  The device should satisfy the electrical characteristics specified in form 1~2 after exposed to temperature 80±5℃ for 24±2 hours and 1~2 hours recovery time under normal temperature.
4.5 Low Temperature Endurance
  The device should also satisfy the electrical characteristics specified in form 1~2 after exposed to the temperature -40℃±5℃ for 24±2 hours and to 2 hours recovery time under normal temperature.
4.6 Temperature Cycle Test
  The device should also satisfy the electrical characteristics specified in form 1~2 after exposed to the low temperature -25℃ and high temperature +85℃ for 30±2 min each by 5 cycles and 1 to 2 hours recovery time under normal temperature.