These proven DC power supplies are ideally suited for coating processes where reliability & performance are critical.
The KJLC DC Series power supplies range in power levels from 1kW to 120kW. They are intended primarily for DC magnetron sputtering and as DC bias sources. They are compact and over 90% efficient. As a safety feature, they have extremely low stored energy at the outlet. Special integrated circuitry enables arc suppression for arc-sensitive applications and arc control for sustained arcing applications. Front panel controls switch regulation between constant power, current, or voltage while permitting the power to be ramped to the set point.
PD500X Series
The KJLC PD500X Series offers low power option that can be configured for 500W, 1000W, or 1500W outputs. Its 1 U rack height is ideal for space constraints.
Features
- Superior Arc Detection & Suppression - < 100 nsecs (.1 μ secs)
- 500 watt, 1000 watt and 1500 watt Output Power Versions
- Adjustable Arc Detection Delay & Off Time Before Restarting
- Voltage, Current and Power Regulation Modes
- Adjustable Power Ramping
- Adjustable Run Timer
- Stored Target Parameters for Up to 7 Separate Targets
- kWh Counting & Time Limit
- RS-232 & Analog Communication Capability
- Wide 0-(-)1000 Volt Range - Full Rated
- Power can be Applied Under Nearly all Conditions
- Stable Operation Down to 20 watts for Non-Reactive Processes
- Suitable for Use as a Substrate Bias Power Supply
- No Transformer Tap Changes Are Necessary to Operate Across Entire Range
Benefits
- Adaptable to many processes and applications
- Deposit ultra-thin, homogeneous films
- Optimize process parameters for high productivity and high yields
- Compact design - 1 U rack height
Specifications Table
Control/Feedback | LCD Front Panel RS-232 RS-485 25-Pin Analog |
Output Control | P - Power Control U - Voltage Control* I- Current Control *When parallel operation mode is enabled, voltage regulator is not active |
Load Impedance | 5.3 Ohm - 21.2 Ohm (1:4) full power |
Operational Duty Cycle | 100% |
Arc Detection Time | <100ns |