With an operating frequency of 20–160 MHz, an 0.44 W output into a 50-ohm load, and analog and digital modulation.Full Product Description
- Operating frequency:
- 20–160 MHz
- RF output power:
- Nominal: 0.4 W ⁴
- Output impedance:
- 50 Ω
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This RF driver is designed to drive acousto-optic deflectors and tunable filters.
- Fault protection on low power, high power, and high VSWR.
- Programmable frequency; 8 channel DDS
|Operating frequency||20–160 MHz|
|Frequency resolution||0.1 Hz ¹|
|Frequency stability||±2 ppm/° C|
|Frequency preload time||<10 µs ²|
|Frequency toggle time||<20 ns ³|
|RF output power||Nominal: 0.4 W ⁴|
|RF output gain adjust||30 dB ⁵|
|Modulation bandwidth||>2 MHz ⁶|
|Dynamic range||>40 dBc ⁷|
|Intermodulation||>40 dB ⁸|
|Signal to noise ratio||>90 dB ⁹|
|Output impedance||50 Ω|
|Amplitude modulation input level||0-10 V|
|FSK modulation input level||3.3 Volts|
|Blanking input level||3.3 V|
|Digital controls||ASC II|
|Sensor input||±3.3 V|
|Power input||12@1A V from DC supply|
¹ Actually 0.0931 Hz, closest approximation to set frequency will be chosen.
² Typically 1-10 µs, each frequency requires 32 bits, plus a starting RAM address.
³ 3 independently pre loaded preset frequencies
⁴ At maximum output gain adjustment.
⁵ Linear in dB at constant signal to noise ratio.
⁶ Measured at -3 dB point, DC coupled.
⁷ 20-160 MHz, from 1 dB compression point to minimum achievable output.
⁸ 2 tone test, 100 MHz + 105 MHz, each of 125 mW output
⁹ 1 MHz measurement bandwidth , 125 mW reference tone.
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