AOM Driver A35-Series

 

The A35xxx RF driver series provides up to 5 Watt output power. Various types cover a frequency range from 80 to 350 MHz. The frequency is customizable.

 

The maximum RF output power is adjustable by an internal potentiometer. The analogue modulation voltage controls the output power from 0 to 100% of the adjusted maximum power.

 

Additional to the analogue modulation voltage a digital modulation control signal can switch on and off the RF power. An operation scheme below illustrates the interaction of the two modulation signals in detail

 

Both the analogue and digital modulation are characterized by extraordinary on/off ratios of at least 65dB.

 

The driver can be operated with modulation frequencies (analogue and digital) up to 1/4 of the carrier frequency.

 

Optimum EMC shielding and mechanical protection is achieved by an aluminium casing and a conductive surface passivation.

 

The base plate serves for mounting as well as for heat dissipation. Also a compatible base plate style, which eases maintenance of facilities equipped with legacy drivers A33x or A34x, is available.

 

Key Features:

Frequency range 80 to 350 MHz

RF output power 5 Watt

Optimized for grey-scale applications

RF on/off ratio > 65 dB

Constant output power design: maximum fluctuation ± 5% between cold and warm state

Modulation frequency up to 50 MHz

Conductive cooling through base plate

Compact housing, fully shielded (EMC)

 

Applications:

Fast modulation components for extra cavity applications, e. g. RGB systems

 

Technical Specifications

Supply voltage

+24 VDC

Supply current

typ. 1.5 A @ 5 W RF output power

Output impedance

nom. 50W

Maximum RF output power (adjustable) *

> 5 W (+37 dBm)

Analogue modulation

 

Impedance

50 or 600W

Voltage range @ 50W

0 … +1 V or 0 … +5 V **

Voltage range @ 600W

0 … +5 V or 0 … +10 V **

RF ON / OFF ratio

> 65 dB

Digital modulation

 

Impedance

4k7 or 50 _ (pull-up or pull-down) **

Level

High = 3V … 5V

Low = 0 … < 2V

Logic styles

positive logic, pull-up

Input signal:    High        Low     not connected

RF power:       on           off        on