TDG-IV High-Precision Timing Delay Generator w/ 4 Channels & Adjustable Frequency-Delay-Duty Cycle

TDG-IV High-Precision Timing Delay Generator w/ 4 Channels & Adjustable Frequency-Delay-Duty Cycle

Features:
- It is a high-precision four-channel delay generator.
- Four TTL signal output channels; one RF output channel; and one RF and TTL input channel.
- The signal frequency, high level width, and delay of each TTL channel are independently adjusted. And the frequency is adjustable from 1Hz to 1MHz respectively (when triggered internally) and the trigger signal can be divided separately when triggered externally. The duty cycle of the output signal of each channel is adjustable, and the high-level width of the Ch1 and Ch2 channels can be adjusted in the range of 15ns-1ms (minimum step size is 0.25ns); The high-level width of the Ch3 and Ch4 channels can be adjusted in the range of 0.1us-1s (minimum step size 0.1us). The delay of each channel is adjustable. The delay range of Ch1 and Ch2 channels is 0-1ms (minimum resolution is 0.25ns), and the delay range of Ch3 and Ch4 channels is 0-10s (minimum resolution is 0.1us). The output signal of each channel can be inverted output, or it can output only high or low level.
- If the pulse signals output by the four channels have the same frequency or are integer multiples (e.g., between 1 kHz and 3 kHz), the pulses will be automatically synchronized with each other (the time jitter between them is less than 50ps).
- When it is externally triggered, the time jitter of the pulse output from the four channels with a delay relative to the trigger pulse will vary depending on the selected RF signal, with a minimum of 2.5ns. If the RF selects the 76Mhz signal of a laser oscillator, the jitter is about 13ns. The pulse signal of the four-channel delay output is fully synchronized with the selected RF signal (time jitter is less than 50ps).
- The signal generator also has a counting function. It can count RF in the range of 1Hz~250MHz, and the counting is accurate to single digits. TTL signals can also be counted from 1Hz to 1MHz.
- The signal generator can divide the selected RF signal in the range of 1~255.
- The size of the signal generator itself is 126mm x 80mm x 40mm/5" x 3.1" x 1.6". Compact size makes it easy to carry.
- It can be used for synchronous control between pulsed lasers such as Q-switched lasers.
The synchronization between the oscillator, the amplifier pump source, and the Pockels cell in the amplifier can be controlled in the ultra-fast amplifier. The laser pulse can be triggered by the external frequency. The laser pulse signal can also be delayed to trigger other instruments and equipment.
- The Mini-USB port on the rear panel of the delay signal generator can be used to independently power the delayer (for example, users can use a power bank to power the delayer). This interface can also be used to realize the communication control between the host computer and the delay generator. After the USB interface is connected to the host computer, a virtual serial port will be formed on the host computer. Users can read or set all parameters through serial commands. We provide host computer software (including source code) to realize the instant communication between the host computer and the delayer.
- In the case that the delay resolution and delay accuracy requirements are not more demanding, this product can replace DG535 on the market for work.

Package Included:
- 1 x Delay Generator

Packaging Details:
- G.W.: 0.95kg