S-Parameter Measurements and Stability Analysis for the MAX2640 LNA
Reference Design using part MAX2640 by Analog Devices
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For End Products
- Automotive and Transportation
- Remote Keyless Entry
Description
- S-Parameter Measurements and Stability Analysis for the MAX2640 LNA. Stability analysis of the MAX2640 LNA is performed using S-parameter measurements. Multiple test cases confirm the validity of the S-parameter data and that the device is stable up to 5GHz. It recommends the amount of inductance required on the VCC line for optimum stability. It also summarizes the performance at 315MHz for an automotive keyless-entry application and the match required
Key Features
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Operating Frequency315 MHz
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Gain17.4 dB
Featured Parts (8)
| Part Number | Manufacturer | Type | Description | |||
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MAX2640AUT+ | Analog Devices | RF Amplifiers | RF Amp Single LNA 1.5GHz 5.5V 6-Pin SOT-23 T/R | Buy | |
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MAX2640EUT+T | Analog Devices | RF Amplifiers | RF Amp Single LNA 1.5GHz 5.5V 6-Pin SOT-23 T/R | Buy | |
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MAX2640AUT+T | Analog Devices | RF Amplifiers | RF Amp Single LNA 1.5GHz 5.5V 6-Pin SOT-23 T/R | Buy | |
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MAX2640AUT+ | Analog Devices | RF Amplifiers | RF Amp Single LNA 1.5GHz 5.5V 6-Pin SOT-23 T/R | Buy | |
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MAX2640EUT+ | Analog Devices | RF Amplifiers | RF Amp Single LNA 1.5GHz 5.5V 6-Pin SOT-23 T/R | Buy | |
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MAX2640AUT+T | Analog Devices | RF Amplifiers | RF Amp Single LNA 1.5GHz 5.5V 6-Pin SOT-23 T/R | Buy | |
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MAX2640EUT+T | Analog Devices | RF Amplifiers | RF Amp Single LNA 1.5GHz 5.5V 6-Pin SOT-23 T/R | Buy | |
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MAX2640EUT+ | Analog Devices | RF Amplifiers | RF Amp Single LNA 1.5GHz 5.5V 6-Pin SOT-23 T/R | Buy | |