1.Octave RF coverage (S, C, X, Ku, and Ka) 2.2GHz or above instantaneous signal bandwidth 3.Amplitude Equalization and Group Delay 4.Variety of commonly used IF and bandwidth combinations 5.Excellent phase noise specification (40GHz): ≤-100dBc/Hz@10KHz 6.Internal and external reference switching 7.Remote programming 8.Self-testing and combination alarm
AppVision APVDC-C Series Microwave Downconverter is a broadband frequency converter that is dedicated for satellite communication. It has a high performance, high reliability and an octave covered by RF signal. Its frequency step is precise and accurate to 1Hz with a variety of IF and signal bandwidth choices. It is equipped with functions like self-testing and combination alarm which is suitable for long-time uninterrupted use, guaranteed safety and reliability. This microwave downconverter is mainly designed for satellite communication system, signal monitoring system, and electronic countermeasure system with an excellent phase noise, clutter suppression, and in-band flatness data. It is able to provide a transparent RF transmission channel to all videos or data communications. All programming commands can be set through a local panel or through network remotely. APVDC-C Series Microwave Downconverter has a standard 2U size.
Applications:
T&M Systems Satellite Communications MIMO
Specifications:
Specifications of APVDC-C Series Microwave Downconverter
APVDC0204C
APVDC0408C
APVDC0818C
APVDC1826C
APVDC2640C
APVDC1840C
Input Characteristics
Input Frequency Range
2～4GHz
4～8GHz
8～18GHz
18～26.5GHz
26.5～40GHz
18～40GHz
Frequency Tuning Step Size
1Hz
Maximum Input of Signal Power
-30dBm(Operating) +10dBm(Damaged)
Input LO Leakage
≤-80dBm
Input VSWR
≤1.4
≤1.4
≤1.4
≤1.5
≤1.5
≤2.2
Input Impedance
50Ω
Output Characteristics
Output Frequency
70±20MHz,140±40MHz, 0.72±0.25GHz，1.2±0.25GHz,1.2±0.5GHz, 1.8±1GHz(Select between single or multiple IF input)
P-1 dB Compression Point
≥+13dBm
IM3 Output
≤-60dBc (△5MHz, Maximum gain, Power output: 2*-10dBm)
Features & Benefits:
1. Multi-octave RF coverage (0.5 ~ 67GHz) 2. 4GHz or above instantaneous signal bandwidth 3. Amplitude Equalization and Group Delay Equalization 4. Variety of commonly used IF and bandwidth combinations 5. Excellent phase noise specification (67GHz): ≤-100dBc/Hz@10KHz 6. Internal and external reference switching 7. Remote...
Features & Benefits:
1.Octave RF coverage (S, C, X, Ku, and Ka) 2.2GHz or above instantaneous signal bandwidth 3.Amplitude Equalization and Group Delay 4.Variety of commonly used IF and bandwidth combinations 5.Excellent phase noise specification (40GHz): ≤-100dBc/Hz@10KHz 6.Internal and external reference switching 7.Remote programming 8.Self-testing...
• RF: 6 to 20 GHz
• IF: 1 to 10 GHz
• Adjustable LO frequency: 6 to 20 GHz
• Conversion Loss: 10 dB (typical)
• Integrated with an internal LO source
• Simultaneously up and down conversion for each channel
• Ideal for WiFi-6/7, UWB, LEO applications
• RF: 6 to 20 GHz
• IF: 1 to 10 GHz
• Adjustable LO frequency: 6 to 20 GHz
• Conversion Loss: 10 dB (typical)
• Integrated with an internal LO source
• Simultaneously up and down conversion for each channel
• Ideal for WiFi-6/7, UWB, LEO applications
• RF: 23 to 30 GHz
• IF: 2.6 to 5.8 GHz
• External LO Input Range: 4.75 to 6.75 GHz
• On-chip x4 LO Frequency Multiplier
• Up Conversion Gain: 11.5 dB (typical)
• Down Conversion Gain: 7 dB (typical)
• Tiny and Compact
Features & Benefits:
1. Octave RF coverage (S, C, X, Ku, and Ka)
2. Multi-octave RF coverage 1.5M ~ 26.5GHz
3. 2GHz or above instantaneous signal bandwidth
4. Amplitude Equalization and Group Delay Equalization
5. Variety of commonly sued IF and bandwidth combinations
6. Choices of coherent multi-channel or non-coherent multi-channel
7. Excellent...
Features & Benefits:
1. Multi-octave RF coverage (0.5 ~ 40GHz) 2. Octave RF coverage S, C, X, Ku, and Ka 3. 2GHz or above instantaneous signal bandwidth 4. Amplitude Equalization and Group Delay Equalization 5. Variety of commonly used IF and bandwidth combinations 6. Choices of coherent dual-channel or non-coherent dual-channel 7. Excellent...
Features & Benefits:
1. Multi-octave RF coverage (0.5 ~ 67GHz) 2. 4GHz or above instantaneous signal bandwidth 3. Amplitude Equalization and Group Delay Equalization 4. Variety of commonly used IF and bandwidth combinations 5. Excellent phase noise specification (67GHz): ≤-100dBc/Hz@10KHz 6. Internal and external reference switching 7. Remote...
1.Octave RF coverage (S, C, X, Ku, and Ka) 2.2GHz or above instantaneous signal bandwidth 3.Amplitude Equalization and Group Delay 4.Variety of commonly used IF and bandwidth combinations 5.Excellent phase noise specification (40GHz): ≤-100dBc/Hz@10KHz 6.Internal and external reference switching 7.Remote programming 8.Self-testing and combination alarm
