- Linear Power Amplifier for one-way transmitter
- TDD BDA Bi-directional Power Amplifier for two-way transceiver
$156.00
가격대: $336.00 ~을 통해 $460.00
가격대: $450.00 ~을 통해 $980.00
PA 전력 증폭기
TDD 2T2R Power Amplifier Module 1100-1500MHz | 1300M 2W 5W 10W 30W RF PA RF Front End Module
가격대: $460.00 ~을 통해 $998.00
$1,350.00
가격대: $456.00 ~을 통해 $898.00
$192.00
원래 가격은: $999.00.$535.00현재 가격은: $535.00.
PA 전력 증폭기
가격대: $480.00 ~을 통해 $690.00
가격대: $456.00 ~을 통해 $898.00
PA 전력 증폭기
원래 가격은: $2,500.00.$950.00현재 가격은: $950.00.
PA 전력 증폭기
가격대: $169.00 ~을 통해 $269.00
PA 전력 증폭기
PA Power Amplifier PA power amplifier for wireless Video transmitter, 1 Watt PA, 2 와트 PA, 5 와트 PA, 10 와트 PA, 20 와트 PA, 30 와트 PA, high power stereo amplifier, PA amplifier, digital power amplifier, power amplifier module, power amplifier professional, power amplifier transformer, PCB power amplifier, professional power amplifier, power amplifier enclosure Micro Sized PA module output power levels Output Power 30dB, with military telemetry, HSN1 HPAs are designed to withstand harsh environments and are ideal for Drones, 무인항공기, UAV, UGV, 군, and other applications requiring efficient, high-quality video/audio/data transmission in a compact, rugged package. Wireless video transmission is a technology that allows sending video signals over a wireless medium, such as radio waves or infrared. Wireless video transmission has many applications, 보안 카메라와 같은, 드론, wireless displays, and broadcasting. One of the key components of a wireless video transmitter is the power amplifier (아빠), which amplifies the modulated signal from the baseband processor to a suitable level for transmission. The PA determines the output power, efficiency, linearity, and bandwidth of the transmitter. The choice of PA type depends on several factors, ~와 같은: - Output power requirement: Higher output power requires higher efficiency to reduce heat dissipation and battery consumption. For Example 1 와트 전력 증폭기, 2 와트 전력 증폭기, 5 와트 전력 증폭기, 10 와트 전력 증폭기, 과 20 와트 전력 증폭기. - Bandwidth requirement: Wider bandwidth requires higher linearity to avoid spectral regrowth and intermodulation distortion. The most used bandwidth is 6M, 7엠, and 8M. -Frequency requirement: Choosing a suitable frequency is very import to avoid interference with your local other devices, 예를 들면, local digital tv frequency. The optional frequency is from 170-860Mhz or 900-930Mhz. - Modulation scheme: More complex modulation schemes require higher linearity to preserve signal quality and avoid interference with other channels.