AGC1025
Teledyne Microwave SolutionsDeskripsi: | HIGH PERFORMANCE VOLTAGE CONTROLLED AMPLIFIERS |
Tanggal Perkenalan: | Jun 25, 1996 |
Diperbarui:05-DEC-2024 | |
Lihat lebih banyak RF Amplifiers oleh Teledyne Microwave Solutions | |
Versi online:https://www.datasheets.com/id/part-details/agc1025-teledyne-microwave-solutions-63147564
Ikhtisar
Kenali informasi umum, properti, dan karakteristik dasar komponen, beserta kepatuhannya terhadap standar dan regulasi industri.
Siklus hidupPremium
EU RoHS Unknown
Versi RoHS2011/65/EU
Otomotif No
Kode Kandang PemasokCage Code Not Available
PPAP No
Kualifikasi AEC No
Jalur Kategori
Semiconductor > RF and Microwave > RF Amplifiers > RF Amplifiers
Semiconductor > RF and Microwave > RF Amplifiers > RF Amplifiers
Lembar Data
Dapatkan pemahaman menyeluruh tentang komponen elektronik dengan mengunduh datasheet-nya. Dokumen PDF ini mencakup semua detail yang diperlukan, seperti gambaran produk, fitur, spesifikasi, peringkat, diagram, aplikasi, dan lain-lain.
Pratinjau Lembar Data
(Latest Versi)Parametrik
Informasi parametrik menampilkan fitur penting dan metrik kinerja komponen, yang membantu insinyur dan manajer rantai pasokan untuk membandingkan dan memilih komponen elektronik yang paling sesuai untuk aplikasi dan kebutuhan mereka.
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lini produk
Typical Insertion Loss
Maximum Input Power
Process Technology
Warranty
Typical Power Added Efficiency
Maximum Input Return Loss
Power Supply Type
Typical Single Supply Voltage
Operational Bias Conditions
Typical 3rd Order Output Intercept Point @ Bias Conditions
Supplier Temperature Grade
Typical Gain Flatness
Maximum Output Return Loss
Typical Output Intercept Point
Maximum Reverse Isolation
Maximum Power Dissipation
Typical Output Power
Typical Dual Supply Voltage
Minimum Storage Temperature
Maximum Storage Temperature
Manufacturer Type
Number of Channels per Chip
Tipe
Minimum Operating Frequency
Maximum Operating Frequency
Typical Output Power Range
Typical 3dB Bandwidth
Typical Output 1dB Compressed Power @ Bias Conditions
Typical Noise Figure
Minimum Single Supply Voltage
Maximum Single Supply Voltage
Maximum Operating Supply Voltage
Minimum Dual Supply Voltage
Maximum Dual Supply Voltage
Maximum Supply Current
Minimum Operating Temperature
Maximum Operating Temperature
Maximum Input VSWR
Maximum Output VSWR
Typical Power Gain