Rainbow-electronics MAX104 Bedienungsanleitung Seite 1

For the latest literature: http://www.maxim-ic.com, or phone 1-800-998-8800.For small orders, phone 1-800-835-8769.General DescriptionThe MAX104 PECL-

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Principle of OperationThe MAX104’s flash or parallel architecture providesthe fastest multibit conversion of all common integratedADC designs. The key

MAX104REFOUT to REFIN. This connects the reference outputto the positive input of the reference buffer. The buffer’snegative input is internally conne

Non-Demultiplexed DIV1 ModeThe MAX104 may be operated at up to 500Msps in non-demultiplexed DIV1 mode (Table 2). In this mode, theinternal demultiplex

MAX104Decimation DIV4 ModeThe MAX104 also offers a special decimated, demulti-plexed output (Figure 8) that discards every other inputsample and outpu

In a typical single-ended configuration, the analoginput signal (Figure 10a) enters the T/H amplifier stageat the in-phase input (VIN+), while the inv

MAX104Offset AdjustThe MAX104 provides a control input (VOSADJ) to com-pensate for system offsets. The offset adjust input is aself-biased voltage div

-10dBm (100mV clock signal amplitude) to +10dBm(1V clock signal amplitude). The MAX104 dynamic per-formance specifications are determined by a single-

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MAX104inputs are AC-coupled. Under this condition, connectCLKCOM to GNDI. Single-ended ECL/PECL/sine-wavedrive is also possible if the undriven clock

Reset PipelineThe next section in the reset signal path is the resetpipeline. The purpose of this block is to add clockcycles of latency to the reset

MAX104Reset OutputFinally, the reset signal is presented in differential PECLformat to the last block of the reset signal path.RSTOUT+/RSTOUT- output

asserted, the auxiliary port contained “even” sampleswhile the primary port contained “odd” samples. Afterthe RSTOUT is deasserted (which marks the st

MAX104of determining the die temperature is to measure eachcurrent with an ammeter (which shuts off the internalcatch diodes) referenced to GNDI. The

Thermal PerformanceThe MAX104 has been modeled to determine the ther-mal resistance from junction to ambient. Table 7 lists the ADC’s thermal performa

MAX104All supplies should be decoupled with large tantalum orelectrolytic capacitors at the point where they enter thePCB. For best performance, bypas

Bit Error Rates (BER)Errors resulting from metastable states may occur whenthe analog input voltage (at the time the sample is taken)falls close to th

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MAX104±5V, 1Gsps, 8-Bit ADC with On-Chip 2.2GHz Track/Hold AmplifierMaxim cannot assume responsibility for use of any circuitry other than circuitry e

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