C: Fixed pulse width on one channel, adjustable pulse width on the other
D: Analog input for linear adjustment of RF power
E: 15V power supply
F: Input current: 3A
G: RF synchronization technology ensures high laser stability
H: Over-power/under-power alarm, high standing wave protection
I: Built-in high stability high-voltage power supply
J: Fast recovery time
K: Suitable for various Q-switch crystals
L: Short circuit and over-temperature protection
2. Applications
A: Acousto-optic modulators
3. Application Examples
A: High-frequency acousto-optic Q-switching for LD pumping
B: High-speed optical switches
C: Replacing electro-optic Q-switching
D: High-speed photography
4. Power Supply Parameters
Output frequency: 80MHz
Output power: 20W
Harmonics: ≤-20dBc
Digital modulation input: 3.3V TTL level, customizable for rising/falling edge activation or high/low level activation (Note: this mode needs to be specified at the time of order)
RF dynamic range: ≥50dB
RF output rise/fall time: ≤35ns
Digital modulation repetition frequency:
Fixed pulse width trigger input: 1Hz - 1MHz
Variable pulse width trigger input: 0 - 10MHz
Internal fixed delay range: 1 - 20μs
Working modes:
F: First pulse suppression
P: Pre-pulse suppression
A, B, C: Analog modes (A, B, C)
(Note: Working mode needs to be specified at the time of order)
Analog power control input: 0-5V, input impedance 1.5k, optional with maximum power at 0V or 5V
(Note: Working mode needs to be specified at the time of order)
RF output impedance: 50Ω, voltage standing wave ratio (VSWR) < 1.5:1
Working current: ≤3A
Working temperature: +10°C to +55°C (no condensation)
(Note: The module requires adequate cooling)
Audited Supplier 
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