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Maxim Integrated Products |
QuickChip Design Example 2 Low Power Silicon BJT LNA for 1.9GHz requency performance of stateof-the-art silicon bipolar processes are continuously improving lowcost semi-custom arrays with a limited choice of components provide a reasonable solution for RF applications. In order to demonstrate such a solution, we |
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Maxim Integrated Products |
Digitally Adjustable Voltage References Output Voltage 2.048V 2.500V 4.096V MAX5462 32T, 100 Kilohms 5% 7% 11% MAX5401 256T, 100 Kilohms 0.6% 0.8% 1.3% MAX5160 32T, 50 Kilohms, Two Resistors 0.5% 0.5% 0.5% MAX5415 256T, 100 Kilohms, Dual 0.06% 0.03% 0.08% 5.000V 16% 1.6% 0.5% 0.2% Th |
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Maxim Integrated Products |
HFTA-04.0: Optical/Electrical Conversion in SDH/SONET Fiber Optic Systems ong network providers enables the multimedia market to grow, and the introduction of new and improved products and services in the near future should strengthen the demand for increased transmission capacity. This need for more data throughput can be |
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Maxim Integrated Products |
TD-SCDMA Radio Chipset Block Diagram for Handset Application q q q q Output power of +8dBm with excellent ACPR A 100dB power-control range Dual integer-N synthesizers for IF and RF An image-reject upconverting mixer, which saves one SAW filter q q q Power-supply current dropping as the RF output power is r |
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Maxim Integrated Products |
Analog-to-Digital Converter Captures 1Gsps such as trench isolation, that are incorporated in Maxim's lower performance GST-1 process. Figure 1. This simplified block diagram shows how the MAX104 integrates a high-bandwidth T/H amplifier with a high-speed quantizer. Although many of the out |
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Maxim Integrated Products |
TD-SCDMA Radio Chipset Block Diagram for Handset Application q q q q Output power of +8dBm with excellent ACPR A 100dB power-control range Dual integer-N synthesizers for IF and RF An image-reject upconverting mixer, which saves one SAW filter q q q Power-supply current dropping as the RF output power is r |
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