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ADMV1017BCCZ
+物料清單RF Development Tools 24 GHz to 29.5 GHz, 5G Up/Down converter
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製造商部分 #ADMV1017BCCZ
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概述
Description
The ADMV1017BCCZ is a Ka-band up/downconverter from Analog Devices, designed for satellite communication and 5G millimeter-wave applications. It integrates a mixer, LO amplifier, and RF/IF amplifiers in a compact package, supporting 27.5–31 GHz (RF) and 1.5–4 GHz (IF).
Key features:
- Low noise figure (3.5 dB typical)
- High conversion gain (18 dB typical)
- Integrated LO chain with 0 dBm input drive
- Single 5V supply operation
Applications include VSAT, phased-array systems, and point-to-point radios. Its small footprint (7x7 mm) and robust performance make it ideal for space-constrained designs.
For detailed specs, refer to the datasheet on Analog Devices' website.
Key features:
- Low noise figure (3.5 dB typical)
- High conversion gain (18 dB typical)
- Integrated LO chain with 0 dBm input drive
- Single 5V supply operation
Applications include VSAT, phased-array systems, and point-to-point radios. Its small footprint (7x7 mm) and robust performance make it ideal for space-constrained designs.
For detailed specs, refer to the datasheet on Analog Devices' website.
Equivalent
The ADMV1017BCCZ is a 24 GHz downconverter MMIC. Equivalent products include:
- HMC1017LP5E (Analog Devices) – Similar frequency range and functionality.
- BGA2817 (NXP) – 24 GHz downconverter with comparable specs.
- TGA2714-SM (Qorvo) – Covers 24 GHz applications.
Check datasheets for exact compatibility, as performance may vary slightly.
- HMC1017LP5E (Analog Devices) – Similar frequency range and functionality.
- BGA2817 (NXP) – 24 GHz downconverter with comparable specs.
- TGA2714-SM (Qorvo) – Covers 24 GHz applications.
Check datasheets for exact compatibility, as performance may vary slightly.
Features
The ADMV1017BCCZ is a Ka-band upconverter with the following key features:
- Frequency Range: 24–44 GHz (RF output), 4–12 GHz (IF input)
- High Gain: 20 dB typical
- Low Noise Figure: 5 dB typical
- High LO-to-RF Isolation: 30 dB typical
- Integrated LO Doubler: Eliminates external multiplier
- LO Input Range: 12–22 GHz
- Single 5V Supply Operation
- Compact 5×5 mm LGA Package
- Applications: Satellite communications, 5G, point-to-point radios
Designed for high-performance millimeter-wave systems, it simplifies design with integrated functionality and robust isolation.
- Frequency Range: 24–44 GHz (RF output), 4–12 GHz (IF input)
- High Gain: 20 dB typical
- Low Noise Figure: 5 dB typical
- High LO-to-RF Isolation: 30 dB typical
- Integrated LO Doubler: Eliminates external multiplier
- LO Input Range: 12–22 GHz
- Single 5V Supply Operation
- Compact 5×5 mm LGA Package
- Applications: Satellite communications, 5G, point-to-point radios
Designed for high-performance millimeter-wave systems, it simplifies design with integrated functionality and robust isolation.
Manufacturer
The ADMV1017BCCZ is manufactured by Analog Devices, Inc. (ADI), a leading global semiconductor company specializing in high-performance analog, mixed-signal, and digital signal processing (DSP) integrated circuits. Founded in 1965 and headquartered in Wilmington, Massachusetts, ADI serves industries like automotive, communications, industrial, and healthcare with precision technology solutions. The ADMV1017BCCZ is a millimeter-wave (mmWave) upconverter, reflecting ADI's expertise in RF and microwave applications.
Analog Devices is known for innovation, reliability, and engineering excellence, making it a trusted partner for advanced electronic systems.
Analog Devices is known for innovation, reliability, and engineering excellence, making it a trusted partner for advanced electronic systems.
Application
The ADMV1017BCCZ is a millimeter-wave (mmWave) upconverter primarily used in:
1. 5G Infrastructure: Enables high-frequency signal conversion for base stations and small cells.
2. Satellite Communications: Supports Ka-band and V-band uplink/downlink systems.
3. Radar Systems: Used in automotive (77 GHz) and military radar applications.
4. Point-to-Point Links: Facilitates high-speed wireless backhaul in E-band (60–90 GHz).
5. Test & Measurement: Ideal for mmWave signal generation in lab equipment.
Its compact design and wide frequency range (24–44 GHz) make it suitable for high-performance RF systems.
1. 5G Infrastructure: Enables high-frequency signal conversion for base stations and small cells.
2. Satellite Communications: Supports Ka-band and V-band uplink/downlink systems.
3. Radar Systems: Used in automotive (77 GHz) and military radar applications.
4. Point-to-Point Links: Facilitates high-speed wireless backhaul in E-band (60–90 GHz).
5. Test & Measurement: Ideal for mmWave signal generation in lab equipment.
Its compact design and wide frequency range (24–44 GHz) make it suitable for high-performance RF systems.
