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GARDINER 2836S Ku Band LNB Input Frequency 输入频率 Low Band: 12.25 ~ 12.75 GHz Output Frequency 输出频率 Band: 950 ~ 2150 MHz L.O. Frequency 本振频率 Band: 11.30 GHz Noise Figure 噪声系数 0.5dB (Min.),1.1dB (Max.),0.6 dB(Type) Conversion Gain (Room Temp.) 转换增益（常温） 60dB (min.) / 67 dB (max.) Gain Flatness 增益平坦度 ±0.5 dB /…
Free Expedited Shipping for your purchases. Sale : Gardiner C-Band LNB with 5G Filter. Model GKL-C1-5G. Made in USA Brand : GARDINER Item Description : C BAND LNB WITH 5G FILTER Model No Or Type: GKL-C1-5G Serial No (if any): Country of Origin : UNK Item Condition : New Condition Description : Used. Tested OK…
Gardiner GCF-3625BPF Filtering Downconverter (Enhanced Version) GARDINER Gardiner (Note: “Gardiner” here is retained as the brand name consistency is assumed; if it’s a typo for “Garton” in the original Chinese context, it should be corrected accordingly in actual use, but based on the given text, “Gardiner” is used) Anti-5G Interference GCF3625BPF Filtering Downconverter (Enhanced Version),…
GARDINER GCF3700 C Band LNB Gardiner (Note: As previously mentioned, if “Garton” is the intended original brand name in Chinese context, adjustments should be made accordingly. However, based on the given text, “GARDINER” is retained) Anti-5G Interference GCF3700BPF Downconverter, suitable for DVB digital television broadcasting, VSAT broadband communications, military satellite communication systems, securities communications, and…
GARDINER GCF3800BPF C band LNB 抗5G干扰高频头 降频器
Name: C-band 5G Downconverter LNB (Low Noise Block downconverter for frequency conversion) Model: GCF-17k-BPF Technical Parameters: Input Frequency (GHz): 3.7~4.2 GHz, Output Frequency (MHz): 950~1450 MHz Local Oscillator Frequency (LO): 5.15 GHz Gain (GAIN): 65 dB (Typical) Noise Figure (NOISE): 17K Output Connector: 75 Ohms 5G Signal Rejection: >40 dB @3.6 GHz >50 dB @3.5/3.4…
Input Freq. – 3 .7 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
Input Freq. – 3.75 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
Input Freq. – 3.9 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
Input Freq. – 4 .0 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
Input Freq. – 3.7 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
Input Freq. – 3.75 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
Input Freq. – 3.8 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
Input Freq. – 3.9 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
Input Freq. – 4 .0 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – ±5, 10, 25 KHz max. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC
Input Freq. – 4 .0 – 4.20 GHz Local Frequency – 5.15 GHz Noise temperature -30‘K max L.O stability at -40 to +60℃ – depends on ext. ref. Input waveguide flange – WR-229 Power Supply – +12 to +24V DC