8350 TEC modules installed. Rack Mount Chassis. We have a library of firmwares, if a certain version is required please contact us.
8350
? TEC Output Power: 40 W
? TEC Output Current: 5 A
Features:
?Complete System Controller for 8 or 16 Channel Applications
?EDFA Pumping or DWDM Signal Sources
?Outputs Configured for Either Floating or Common Anode Type LD Package Styles
?IEEE-488 (GPIB) and RS-232C Interfaces

?15 A / 23 V, Low Noise, Bipolar Output
?Extremely Stable, Long Term Drift <0.001°C
?Multiple Sensors Supported: Thermistors, RTD, AD590/592, and LM335
?Complete Characterization of TE Cooler (ITE and VTE) Versus Temperature
?Automatic Power Management and Failsafe Shutdown
?ITE Limit, Hi and Lo Temperature Limits, Sensor Open and TE Open Detection
The Model 3150 Temperature Controller provides a 350 W bipolar output for operation with thermoelectric (TE) coolers. Active power management of the output DC power supply reduces unnecessary power dissipation resulting in increased temperature stability and higher reliability. Full 16-Bit control and characterization of the TE module and temperature sensor is attainable via the IEEE-488 or RS-232 interfaces. All pertinent TE cooler parameters ITE, VTE, temperature sensor (°C, R, Amp, or Volts) are measured and simultaneously presented on the four line alphanumeric LCD display. All standard temperature sensors including thermistors, platinum RTD, AD590/592 and LM335 IC sensors are supported without the need for additional interface units. Sensor calibration constants are easily programmed for direct readout in °C. A proportional-integral (P-I) control circuit is implemented in the Model 3150 that meets all the temperature stabilization requirements for laser diode users. During operation, the front panel controls can be disabled to prevent any changes in the output by accidental misadjustment of the control knob.

Modules 8605.16C and 8610.16C:
The 8600C Series Combo LDD/TEC modules are designed for use in communication applications and have an internal function generator for testing systems. The user only needs to program the frequency, Imax, and Imin to modulate the laser diode output. Triangle, sine or square (50% duty cycle) waveforms are available from 200 Hz-300 kHz. This range of frequencies meets today's low frequency single-tone and high data rate test requirements for datacom and telecom.

his Newport ESP300-111111 Motion Controller/Driver is used and in excellent condition.
Configuration:
? 3 Driver Cards Installed: Part Number: 36979-01
? Display Option: Front Panel Display
? (1) IEEE-488 (GPIB) Option
? Power Supply Option: 150 W
Input Voltage: 100-240 V
Features:
?Integrated Controller and Driver Design
?Compact, Standard 2U Height, Rack Mountable or Bench-Top Enclosure
?Allows Any Combination of Motor Types (2-Phase Stepper and Brush DC) Up to 3A, 48V per Axis
?Digital Signal Processing Architecture
?Real-Time High Speed Command Processing
?Motion Program Storage (up to 99 Programs) in 64kB Non-Volatile Memory
The Newport ESP300 Motion Controller/Driver System consists of the ESP300 Controller/Driver and ESP-compatible stages. The ESP300 is an advanced stand-alone controller with integrated motor drivers. It can control and drive up to 3 axes of motion in any stepper and DC motor configuration.
The ESP plug-and-play concept significantly increases user friendliness and improves overall motion performance.
The ESP300 is used as a stand-alone controller to drive an ESP motion device. All components are designed for optimal performance.
Newport ESP301-3G 3-Axis Motor Controller / Driver
This Newport ESP301-3G 3-Axis Motor Controller / Driver is used and in excellent condition.
Configuration:
? Number of Axis: 3
? Computer Interfaces: USB, GPIB
Features:
?Plug-and-Play with ESP Compatible Stages
?Cost Effective and Space Saving
?Compact, Standard 2U Height Rack Mountable or Bench-Top Enclosure
?200MHz Digital Signal Processing Architecture
?Real-Time High Speed Command Processing