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AOM Driver (RF Driver)
- Stable
- Efficient
- Riliable
- Small and tough
PRODUCT DESCRIPTION
Our standard models are below:
Model |
Compatible Devices |
Operating Frequency |
RF Power |
Key Features |
64020-250-1ADMDFS-A |
Beam deflector, special AOM, tunable filter |
20-250 MHz |
1.0 W |
Variable frequency; module |
64020-200-2ADMDFS-A |
Beam deflector, special AOM, tunable filter |
20-200 MHz |
2.0 W |
Variable frequency; module |
97-02925-32 |
Beam deflector, tunable filter |
20- 160 MHz |
0.4 W |
Single channel DDS; module |
97-03926-12 |
Beam deflector, tunable filter |
20-160 MHz |
3.2 W |
8 channel DDS; module |
SD020-200-5UC- |
4x1 Tunable filter |
20-200 MHz |
5.0 W |
DDS module, single or multichannel |
A35xxx-S-1/50-p4k7u |
Fiber-Q, modulator |
40, 80, 110, 150, 200, 300 MHz |
5.0 W |
Analog/digital; module |
MHPXXX-YYADMA1 |
Fiber-Q, modulator |
24-260 MHz |
2-20 W |
Analog/digital; module |
1xxxAF-xIN0-x.xHCR |
Fiber-Q, modulator, frequency shifter |
80-350 MHz |
0.5-4.0 W |
Analog/digital; module |
HP041-125ADGA10 |
Modulator |
40.68 MHz |
125 W |
Analog/digital; module |
HP040-060-150ADG-A10-2X |
Modulator |
40/60 MHz |
2x75 W |
Dual frequency; analog/ digital; module |
MQH0XX-YYDMZZZ |
Q-switch, modulator |
24, 27.12, 40.68, 68, 80 MHz |
25-100 W |
Analog/digital; module |
MQH0XX-YYDM-ZZZ-2S |
Q-switch |
24, 27.12, 40.68, 68, 80 MHz |
25-50 W per channel |
2 channel Analog/digital; module |
QC0XX-YYDC-ZZZ-AAV |
Q-switch, modulator |
24, 27.12, 40.68, 68, 80, 110 MHz |
2-24 W |
Analog/digital; module |
Old RF Driver models below:
Old RF Driver models below: |
N31xxx-yyAM N31xxx-yyDM |
MLPxxx-yAC MLPxxx-yAS MLPxxx-yDC MLPxxx-yDS (N21xxx-yAM N21xxx-yDM) |
1xxxAF-AINA-y HCR 1xxxAF-DINA-y HCR (A35xxx-S-1/50-p4k7u) |
A36xxx |
RF power | 2-20W | 0.4, 1 or 2W | 0~5W (Analogue) | 2W |
RF frequency, MHz | 24-260 | 27-300 | 80, 100, 110, 150, 200, 250, 300, 350 | |
Max. modulation frequency | <1/3 carrier frequency and <50MHz | |||
Input modulation | Analogue or digital | Analogue and digital |
Description of N series drivers:
xxx = a fixed frequency of between 27 and 300 MHz crystal controlled.
y = 0.4, 1, or 2 Watts output (N21 series), 2-20W adjustable output (N31 series)
D = Digital Modulation or A = Analogue Modulation
M = OEM Module
Description of A3 series drivers:
♦ low profile housing
♦ various standard frequencies, other frequencies from 40 to 350 MHz available
♦ analogue and digital modulation
♦ EMC-safe design, power stage and control circuits separately grounded, entirely shielded
♦ supply voltage 24 V DC
RF Drivers for STBR Series
FF Series typical fixed frequency RF drivers configurations:
Model
STBR-FF-XX-B1-FY
STBR-FF-XX-B2-FY
STBR-FF-XX-B3-FY
Output Frequency
XX MHz (compatible with the AO device)
Frequency control
Quartz crystal referenced phase locked loop
Frequency Accuracy
0.015
Harmonic Content (dBc)
<=-20
Frequency Stability
0.0015% minimum after 15 minute warmup
Output power
Power is optimised for peak efficiency with supplied AO device
Output protection
Power amplifiers used will tolerate an infinite VSWR without damage. Rated power is available only when a proper RF load is connected
Internal Pulse Generator
N/A
Pulse width: 100 to 500 nsec ± 10% adjustable, pulse generator with 5000 Hz to 100 KHz rep rate adjustable. Front panel switch for pulse/standby operation.
Rise/Fall Time
To match AOM requirements
Modulation Type
Analog amplitude modulation
TTL compatible
Pulse modulation, pulse monitor output via front panel BNC connector
Modulation Rate
To match device requirements
Modulation Input
50 ohml 0-1V
330ohm; 0-5V
Internal or external trigger
Operating Power
90-250 VAC, 50-60Hz, 55 W max
Enclosure
The unit will be packaged in a 190mm (7.5inch) wide by 90mm (4inch) high by 220,, (8,75inch) deep instrument case. The rear panel heat sink increases the depth to 240mm(9.75inches) maximum. The size is exclusive of connectors
Environmental
Nominal Lab conditions: Max temperature is +35 degC. The unit is not seals against moisture or condensing humidity
VF Series typical fixed frequency RF drivers configurations:
Fiber-Q RF Driver
Drivers for the Fiber-Q series of modulators are designed for constant RF power output, fast modulation, and with conductive cooling via the baseplate. When tuned together with the modulator, they offer stable, dependable modulation to enable all-fiber laser systems.
Model
Operating Frequency
RF Power
Key Features
97-09210-18
80 MHz
3.0 W
Analog
97-09210-19
80 MHz
3.0 W
Digital
A35080
80 MHz
3.0 W
Analog/digital
A35110
110 MHz
3.0 W
Analog/digital
97-09210-14
150 MHz
2.5 W
Analog
97-09210-15
150 MHz
2.5 W
Digital
A35150
150 MHz
2.5 W
Analog/digital
97-02910-04
200 MHz
2.5 W
Analog
97-02910-01
200 MHz
2.5 W
Digital
A35200
200 MHz
2.5 W
Analog/digital