| Brand | AE Techron |
|---|---|
| Bandwidth | DC to 250 kHz |
| Minimum Drop/Rise Time | 7µs |
| Slew rate | Up to 150 V/µs |
| Max Voltage | 200 Vp |
Switch-Mode Amplifier 9100
The AE Techron 9100 Series is a switch-mode amplifier designed for high-current DC and low-frequency applications. It delivers high-efficiency power with bandwidth up to 250 kHz and current capability up to 90A RMS. This series provides linear-amplifier-like fidelity and fast transient response for driving complex capacitive and reactive loads.
Key Specifications & Features
- Frequency Range: DC to 250 kHz
- Maximum Output Current: Up to 90A RMS (Model 9115)
- Power Output: Up to 5 kW (Models 9110 & 9115)
- Operating Modes: User-selectable controlled-voltage or controlled-current
- Four-Quadrant Operation: Capable of both sourcing and sinking power
- Load Stability: Stable with resistive, inductive, and highly capacitive loads
- Low Distortion: High fidelity with minimal DC drift
- Input Power: Single-phase 100V to 240VAC ±10% at 50/60 Hz
| 9105 | 35A RMS, 2 kW from 20A, 120VAC,, Single-phase, 100V to 240VAC ±10%, 30A, 50/60 Hz |
| 9110 | 70A RMS, 5 kW, Single-phase, 100V to 240VAC ±10%, 30A, 50/60 Hz |
| 9115 | 90A RMS, 5 kW, Single-phase, 100V to 240VAC ±10%, 30A, 50/60 Hz |
Switch-Mode Amplifier 9100
The AE Techron 9100 Series consists of compact, high-current switch-mode amplifiers engineered for demanding DC and low-frequency tasks up to 250 kHz. These units combine the high efficiency of switch-mode architecture with the low distortion and fidelity typically associated with linear amplifiers. They are specifically designed to maintain stability and full rated power even when driving highly capacitive or reactive loads, making them ideal for specialized industrial and laboratory environments.
Equipped with four-quadrant operation, the 9100 Series can act as both a source and a sink, which is critical for performing accurate surge and dropout testing. The technology offers a fast transient response and low DC drift, ensuring precision during long-term testing cycles. Users can easily switch between controlled-voltage and controlled-current modes, providing the flexibility needed to adapt to various test requirements and load conditions.
The series features three distinct models: the 9105, providing 35A RMS and 2 kW; the 9110, offering 70A RMS and 5 kW; and the high-output 9115, delivering 90A RMS and 5 kW. All models are housed in a compact chassis and powered by a single-phase AC source ranging from 100V to 240VAC. These amplifiers are a versatile solution for high-current, low-voltage applications that require a small footprint without sacrificing performance.
High Current Output
Delivers up to 90A RMS and 5 kW of power to meet the needs of high-current, low-voltage applications.
Four-Quadrant Operation
Features the ability to both source and sink power, enabling comprehensive surge and dropout testing.
Wide Bandwidth Range
Supports a broad frequency spectrum from DC up to 250 kHz for versatile low-frequency testing.
Flexible Mode Selection
Includes user-selectable controlled-voltage or controlled-current operation for tailored performance.
Precision Control and Fidelity
The 9100 Series utilizes an advanced switch-mode architecture that achieves linear-like fidelity with exceptionally low distortion. This allows for high-accuracy testing in DC and low-frequency applications where signal purity and fast transient responses are essential for valid data collection.
Versatile Load Handling
Unlike standard amplifiers that struggle with reactive components, the 9100 Series is designed to remain stable when driving inductive and highly capacitive loads. It maintains its full rated output power across these load types, making it a reliable choice for complex electrical simulation and component testing.
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