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Linear Technology LTC5584 Quick Start Manual

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LTC5584 Demo Board (DC1670A) Quick Start Guide
Quick Start Procedures:
1. Connect test equipments as shown in Figure 1 with all signal sources and DC supplies off.
2. Turn on the 5V DC power supply.
3. Connect EN to VCC_SENSE.
4. Monitor the DC volt meter, and adjust the DC supply voltage until VCC_SENSE is 5V.
5. Verify ICC is approximately 190mA.
6. Turn on the RF and the LO signal generators.
7. Adjust the spectrum analyzer settings. Be sure to use enough input attenuation to avoid over-
driving the spectrum analyzer.
8. Take measurement.
Using the IIP2 and DC Offset adjustment features:
Method 1 (On-board trim pots):
1. Install jumpers to all 6 positions of jumper block JP1
2. Apply 1V DC to VCTRL.
3. Connect EIP2 and EDC to VCC_SENSE.
4. Adjust REF trim pot until the voltage on the REF test point reaches 0.5V.
5. Adjust IIP2 and DC Offset using the on-board trim pots.
Method 2 (External voltage sources):
1. Remove jumpers from all 6 positions of jumper block JP1.
2. Connect EIP2 and EDC to VCC_SENSE.
3. Using 5 separate DC power supplies, apply 0.5V to each of the demo board REF, IP2I, IP2Q,
DCOI, and DCOQ test points.
4. Vary the voltages on IP2I, IP2Q, DCO1, and DCOQ to adjust IIP2 and DC Offset.
Preliminary
Linear Technology Confidential
1

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Summary of Contents for Linear Technology LTC5584

  • Page 1 LTC5584 Demo Board (DC1670A) Quick Start Guide Quick Start Procedures: 1. Connect test equipments as shown in Figure 1 with all signal sources and DC supplies off. 2. Turn on the 5V DC power supply. 3. Connect EN to VCC_SENSE.
  • Page 2 DC Block Signal Generator SMJ100A 1V DC Power Supply (20mA Minimum) DC Volt Meter 5V DC Power Supply (250mA Minimum) Mini-Circuits Signal Generator ZHL-1042J SME06 Combiner MCLI PS2-104 Mini-Circuits Signal Generator ZHL-1042J SME06 Figure 1. Measurement Setup Linear Technology Confidential Preliminary...
  • Page 3 Figure2. Demo Board Schematic Linear Technology Confidential Preliminary...
  • Page 4 BOURNS, 3214X-1-501-E R9,R11,R13,R14 RES., CHIP, 100 Ohm, 1%, 1/16W, 0402 VISHAY, CRCW0402100RFKED RES., CHIP, 1 Ohm, 1%, 1/8W, 0805 VISHAY, CRCW08051R00FNEA T1,T2 TRANSFORMER, RF, 1:1, 4.5-3000MHz MINI-CIRCUITS, TC1-1-13M+ IC, LTC5584IUF#PBF, QFN 4mm X 4mm LINEAR TECH., LTC5584IUF#PBF Linear Technology Confidential Preliminary...
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