EX20034
Keesun
EX20034
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When integrating antennas with your device, it is important to consider the peak gain limits specified by module manufacturers. These limits are typically based on free-space conditions and may experience degradation when the antenna is placed inside a device. To account for this degradation, it is recommended to select an antenna with a slightly higher peak gain than the specified limit to ensure optimal performance.
Testing antennas in conjunction with your device, taking into account layout, integration techniques, and cables, can help ensure that the peak gain remains within the specified limits. By working with us, we can provide detailed specifications or reports demonstrating compliance with regulatory requirements for the module.
For example, if a module manufacturer states that the antenna must have less than 2dBi peak gain, selecting an antenna with exactly 2dBi peak gain in free-space may not provide the most effective solution. Opting for an antenna with a slightly higher free-space peak gain, such as 3dBi or more, can lead to improved performance once integrated into the device, considering factors like surrounding components, and device housing.
By choosing an antenna with a higher peak gain than specified and leveraging our expertise, you can achieve optimal performance without exceeding peak gain limits. If you require testing or support to ensure the best performance for your device, do not hesitate to contact us.
When integrating antennas with your device, it is important to consider the peak gain limits specified by module manufacturers. These limits are typically based on free-space conditions and may experience degradation when the antenna is placed inside a device. To account for this degradation, it is recommended to select an antenna with a slightly higher peak gain than the specified limit to ensure optimal performance.
Testing antennas in conjunction with your device, taking into account layout, integration techniques, and cables, can help ensure that the peak gain remains within the specified limits. By working with us, we can provide detailed specifications or reports demonstrating compliance with regulatory requirements for the module.
For example, if a module manufacturer states that the antenna must have less than 2dBi peak gain, selecting an antenna with exactly 2dBi peak gain in free-space may not provide the most effective solution. Opting for an antenna with a slightly higher free-space peak gain, such as 3dBi or more, can lead to improved performance once integrated into the device, considering factors like surrounding components, and device housing.
By choosing an antenna with a higher peak gain than specified and leveraging our expertise, you can achieve optimal performance without exceeding peak gain limits. If you require testing or support to ensure the best performance for your device, do not hesitate to contact us.
Name | Value |
Antenna Type | EXTERNAL ANTENNAS,WIFI ANTENNA |
Impedance | 50 |
Minimum Operating Temperature | ’-40℃ |
Maximum Operating Temperature | ’85℃ |
Mounting Style | Terminal |
Termination Style | Connector |
Antenna Connector Type | RP-SMA |
Polarity | Linear |
Frequency Range | 2.4GHz |
Connector Polarity | Reverse |
Cable Length (mm) | n/a |
Packaging | PE Bag, Carton |
VSWR | 0 |
IP Rating | IP67 |
RoHS | Yes |
Name | Value |
Antenna Type | EXTERNAL ANTENNAS,WIFI ANTENNA |
Impedance | 50 |
Minimum Operating Temperature | ’-40℃ |
Maximum Operating Temperature | ’85℃ |
Mounting Style | Terminal |
Termination Style | Connector |
Antenna Connector Type | RP-SMA |
Polarity | Linear |
Frequency Range | 2.4GHz |
Connector Polarity | Reverse |
Cable Length (mm) | n/a |
Packaging | PE Bag, Carton |
VSWR | 0 |
IP Rating | IP67 |
RoHS | Yes |