Authorized distributors include:
Expect to pay between $189 and $275 USD depending on quantity and lead time (as of this writing).
Before integrating the Gordon Gate Flash Driver 3001L into your system, verify that your power supply and trigger circuitry match these typical specifications: gordon gate flash driver 3001l
| Parameter | Value / Range | | :--- | :--- | | Input Voltage | 24V DC – 48V DC (nominal) | | Trigger Input | TTL (5V) or optocoupled 3.3-24V | | Output Pulse Voltage | Up to 1.5kV (peak) | | Peak Current | 300A (pulsed, <100µs) | | Repetition Rate | 0 – 1 kHz (air-cooled) | | Gate Control | Active high or low (user configurable) | | Protection Features | Over-current, over-temperature, arc detection | | Operating Temp | -10°C to +60°C | | Dimensions | 120 x 75 x 35 mm |
Note: Always consult the official datasheet for the revision of your 3001L, as Gordon Gate occasionally releases firmware updates that adjust timing parameters. Authorized distributors include:
Proper installation is critical to avoid damage to the driver or the flash lamp. Follow this step-by-step guide:
Understanding the hardware capabilities of the 3001L is crucial for integration. Here are the verified specifications based on industrial datasheets: Expect to pay between $189 and $275 USD
Gordon Gate offers a family of flash drivers. How does the 3001L stack up?
Choose the 3001L if you need a mid-range, reliable driver for 24/7 operation in a factory or lab environment.
The 3001L expects an external energy storage capacitor (usually 10–100 µF, rated >1 kV). Calculate the stored energy:
E = 0.5 * C * V²
Exceeding 50 Joules per pulse may overheat the internal IGBT gate driver.
Even professional hardware has quirks. Here are the most common issues reported with the Gordon Gate Flash Driver 3001L and how to fix them.