BANDING BAND 滤波器

结果: 838
选择 图像 零件编号 制造商 描述 数据表 供货情况 单价(含13%增值税) 根据您的数量,按照单价筛选表格中的结果。 数量 RoHS 产品类型 产品 类型 最小工作温度 最大工作温度 端接类型 安装风格 封装
RF360 B39162B4394P810
RF360 信号调节 Diplexer, GNSS, low + high band, -, Size=1.5x1.1

Signal Conditioning Reel
Marki Microwave 信号调节 The HLM-40 is a high-power GaAs Schottky diode signal limiter featuring high IP3 and high power handling. It offers low insertion loss and low return loss from DC through Ka band and has a typical 1dB compression point of 15dBm.

Signal Conditioning
Pasternack 信号调节 0.05 MHz to 110 GHz Ultra-Wide Band Bias Tee 1.0 mm(f) input, 1.0 mm(m) output, SMC(m) bias Rated to 400 mA and 16V Volts DC
Signal Conditioning Bulk
PolyPhaser 信号调节 Positive Train Control (PTC) Filter, Railroad RF Band Pass, 217 MHz to 223 MHz, Type N F/M, 100W CW, IP67

Signal Conditioning Positive Train Control Filters - 40 C + 85 C
PolyPhaser 信号调节 Positive Train Control (PTC) Filter, Railroad RF Band Pass, 450 MHz to 460 MHz, Type N F/M, 100W CW, IP67

Signal Conditioning Positive Train Control Filters - 40 C + 85 C
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
PolyPhaser 信号调节 Positive Train Control (PTC) Filter, Railroad RF Band Pass, 160 MHz to 163 MHz, Type N F/M, 100W CW, IP67

Signal Conditioning Positive Train Control Filters - 40 C + 85 C
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
ECS 信号调节 21.4 MHZ 15 KHZ BAND T&R SMD 2 POLE FILTER

Signal Conditioning Filters Crystal - 30 C + 80 C SMD/SMT Reel
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning
Johanson Technology 信号调节 FILTER BAND PASS 2.45GHZ

Signal Conditioning Bandpass Filters - 40 C + 85 C SMD/SMT Reel
Johanson Technology 信号调节 5.52GHz BPF

Signal Conditioning Bandpass Filters - 40 C + 85 C SMD/SMT Reel
Marki Microwave 信号调节 This general purpose low pass filter offers high stop band suppression and low insertion loss in the passband. These filters can be used to eliminate unwanted side bands during frequency conversion or for removing spurious interference and noise.
Signal Conditioning