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DAT-15R5A-SP Datasheet(PDF) 7 Page - Mini-Circuits

Part No. DAT-15R5A-SP
Description  Digital Step Attenuator
Download  8 Pages
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Maker  MINI [Mini-Circuits]
Homepage  http://www.minicircuits.com

DAT-15R5A-SP Datasheet(HTML) 7 Page - Mini-Circuits

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Digital Step Attenuator
Page 7 of 8
www.minicircuits.com P.O. Box 350166, Brooklyn, NY 11235-0003 (718) 934-4500 sales@minicircuits.com
1. Both RF ports must be held at 0VDC or DC blocked with an external series capacitor.
2. Test Board TB-334 is designed for operation for VDD=2.3 to 3.6V. For operation over 3.6V to 5.2V, See Application Note AN-70-006
3. VDD=Vdd
Bill of Materials
N8, N11, N13, N14, N16-N21 Resistor 0603 10 KOhm +/- 1%
N5, N9, N10 & N12
NPO Capacitor 0603 100pF +/- 5%
Tantalum Capacitor 0805 100nF +/- 10%
Hex Invert Schmitt Trigger MSL1
Fig 3. Evaluation Board Schematic, TB-334, used for characterization (DUT not soldered on TB-334)
Test Equipment
For Insertion Loss, Isolation and Return Loss:
Agilent’s E5071C Network Analyzer & E3631A Power Supply.
For Compression:
Agilent’s N9020A Signal Analyzer, E8247C RF Generator,
E3631A Power Supply & U2004A Power Sensor.
For Input IP3:
Agilent’s N9020A Signal Analyzer, N5181A
Signal Generators, E3631A Power Supply, U2004A Power Sensor.
For Spurs:
Agilent N5181A Signal Generator, E4440A Spectrum Analyzer.
For Switching Time:
Agilent’s N5181A Signal Generator, 81110A Pulse Generator,
54832B Oscilloscope, E3631A Power Supply.
For Max Control Frequency:
Agilent’s N5181A Signal Generator, N9020A Signal Analyzer,
E3631A Power Supply, 81110A Pulse Generator.
Measurement Conditions
For Insertion Loss, Isolation and Return Loss:
VDD=+2.3/+3/+5.5V &Pin=0dBm
For Compression: Pin=0/+24dBm. VDD=+3V
For Input IP3: Pin=+10dBm/tone.
Tone spacing: 0.1 MHz to 1 MHz RF Freq and 1 MHz to 4200 MHz RF Freq,
For Spurs: RF IN at 1000MHz and -20dBm. VDD=+3V
For Switching Time:
RF Freq=501MHz/0dBm, Pulse for LE=1Hz/0/+3.4V, Delay=500ms,
Width=500ms. VDD=+3V
For Max Control Frequency:
RF Freq=501MHz, 0dBm. VDD=+3V

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