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bipolar d-c power, 100, 200, 400 Watts
- Full 4-quadrant operation
- Source and sink 100% of their current rating.
- Separate control circuits for voltage and current with automatic crossover to current and voltage limits.
- Zeroable preamplifier available for scaling and summing external signals.
- Optional digital displays.
- Optional BIT 4886 provides 16-bit IEEE 488.2 talk- listen control with SCPI support.
- Optional BIT TMA-27 connect BOP to Kepco's single-address multiple instrument serial bus for long range (>300m) control from IEEE 488.2, RS 232 or VXI-based hosts.
- Optional BIT 488B or BIT 488D offer listen-only GPIB support in binary or Hex format.
d-c bipolar power, 1KW
- Source & sink, 4 quadrant operation.
- Fast analog programming.
- Precision stabilization: 0.001% source, 0.002% load.
- Digital programming.
- Built-in arbitrary waveform generator.
Linear low-noise power supplies respond very quickly and precisely to voltage and current setting instructions from either GPIB (IEEE 488.2) or front panel keypad.
- Linear control for low noise: 100 micro-volts typical in voltage mode
- High precision: 0.0005% source effect {regulation} in voltage mode.
- Voltage and current control with equivalent performance.
- A high speed mode allows fast-recovery current-controlled stabilization into a varying load.
- Overvoltage and overcurrent settings individually programmed by the front panel keypad or remotely by the bus with a programmable delay to allow for reactive-load transients.
- Overvoltage crowbar to protect sensitive loads.
- Non-volatile storage of programmed sequences or active settings.
- Full talk-listen control from a GPIB (IEEE 488-2) using SCPI language.
- Master-slave series and parallel operation to provide increased capability.
- Local control: Front panel keypad entries are used for setting and adjusting the output. The keypad can be used to execute commands directly or to introduce a program to be run later or cycled.
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Voltage, current and power-limited operating boundaries, 1200 Watts
- GPIB & isolated analog controls standard on all models.
- LAN (LXI) control optional, replaces standard RS 232 interface.
- VXI plug&play, LabView and IVI-COM drivers.
- Control via web browser using LAN interface.
- True 1U height - full power operation with no spacing between units.
- Wide range a-c input with active PFC.
Precision ineractive control, 200 Watts
- Plug-in construction.
- Up to nine 200-watt power supplies in a 4U housing.
- Optional GPIB interface connects (8) eight MST modules to a single GPIB (IEEE 488.2) address with the capacity to control up to 19 additional power supplies.
- Switch-mode conversion, linear post regulator.
- Wide range a-c input: 88-264V a-c with built-in power factor correction (PFC).
- Forced current sharing for N+1 redundancy connection.
bipolar d-c power, 100, 200, 400 Watts
- Linear programmable power in five sizes to 1000 watts.
- Low noise, high speed linear precision control.
- Voltage and current stabilization.
- 10-turn panel controls offer exceptional resolution.
- User-selectable capacitorless output for fast analog programming or quick recovery current-mode operation.
- User selectable fast or conventional modes of operation. Use fast-mode for rapid response to programmed instructions or for quick response in current mode to load changes.
- Voltage and current modes with full and equal control over the output in both modes.
- Multi-terminal user port allows the ATE to be configured by arranging the jumpers on a mating plug, PC-12.
- Full zeroing and full-scale calibration for both the voltage and current control channels.
- Programmable overvoltage crowbar. Can be manually set from the panel or programmed with a 0-10V analog signal.
- Optically isolated input-output to interconnect multiple power supplies.
- Uncommitted amplifiers to manipulate arbitrary control signals into the required 0-10V needed to program ATE. Two provided. Can be used for scaling and summing.
- Digital control through SN-series IEEE-488 interfaces.
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