Texas Instruments manual THS3001 EVM Specifications

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THS3001 EVM Specifications

Note: External factors can significantly affect the overall gain of the EVM. For example, connecting test equipment with 50-Ωinput impedance to the EVM output will divide the output signal level by a factor of 2 (assuming the output isolation resistor on the EVM board remains 50 Ω). Similar effects can occur at the input, depending upon how the input signal sources are configured. The gain equations given above assume no signal loss in either the input or the output.

The EVM circuit board is an excellent example of proper board layout for high-speed amplifier designs and can be used as a guide for user application board layouts.

1.3 THS3001 EVM Specifications

Supply voltage range, ± VCC

± 5 V to ± 15 V

Supply current, ICC

. . 6.5 mA Typ

Input voltage, VI

. . ± VCC, Max

Output drive, IO

. 100 mA, Typ

Continuous power dissipation at TA = 25°C

. . . . . 740 mW

For complete THS3001 amplifier IC specifications and parameter measurement information, and additional application information, see the THS3001 data sheet, TI Literature Number SLOS217.

General Information

1-5

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Contents Users Guide Important Notice Related Documentation From Texas Instruments PrefacePage Tables ContentsPage Topic General InformationDescription FeaturesRev. a Rev. a THS3001 EVM Specifications Steps for THS3001 EVM Using The THS3001 EVM±5. THS3001 EVM Frequency Response with Gain = THS3001 EVM PerformanceGeneral High-Speed Amplifier Design Considerations Reference THS3001 EVM Board Layouts ±1. THS3001 EVM Parts List±2. THS3001 EVM PC Board Layout ± Component Side THS3001 Rev. a EVM Board Layouts ±2. THS3001 Rev. a EVM Parts List±5. THS3001 Rev. a EVM PC Board Layout ± Component Side Reference
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