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THORLABS MTD415T User Manual

THORLABS MTD415T
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Data Sheet
Miniature Temperature Controller MTD415T
Features
·
Small, safe and very high accuracy complete single-module controller
·
High speed, ultra stable digital PID Loop
·
Up to ± 1.5 A TEC current
·
Very low output current noise
·
Very small footprint (21.0 x 12.4 mm)
·
Circuit Height 3.1 mm
·
Supports 10 k
W
thermistor temperature sensor
·
Single power supply operation
Applications
·
Active cooling and temperature stabilization for a wide range of laser modules and diodes
·
WDM, DWDM Laser-Diode Temperature Control
·
EDFA Optical Amplifiers
·
Temperature stabilization of photo detectors and photodiodes
·
ATE
Short Description and Typical Application Diagram
The MTD415T is a compact and highly integrated temperature controller optimized for use in
high performance thermoelectric temperature control applications.
The on-chip power stage and the thermal control loop circuitry minimize external components
while maintaining high efficiency.
The output current is directly controlled to eliminate current surges. An adjustable TEC current
limit provides the highest level of TEC protection.
The MTD415T is operated from a single power supply and provides a bipolar ±1.5 A output by
connecting the TEC to the output of a bipolar power stage. True bipolar operation ensures
temperature control without “dead zones or other nonlinearities at low TEC current values.
The digital control interface allows quick access to all system parameters as well as to digital
measurement data, this way enabling a simple integration into different systems.
MTD415T Data Sheet Rev. 1.0
1

Questions and Answers:

THORLABS MTD415T Specifications

General IconGeneral
BrandTHORLABS
ModelMTD415T
CategoryTemperature Controller
LanguageEnglish

Summary

Short Description and Typical Application Diagram

Pin Configuration and Functions

TEC Output Pins

Connections for the Thermoelectric Cooler (TEC) element.

Technical Data

Absolute Maximum Ratings

Electrical limits beyond which permanent damage to the product may occur.

Recommended Operating Conditions

Conditions under which the product is designed to operate reliably.

Electrical Characteristics

Detailed electrical specifications for output, limits, sensor, and interface.

Typical Output Characteristics

Functional Block Diagram

Product Description and Features

Typical Application Circuit

Programmers Reference

PID Control Loop Configuration

Commands for adjusting PID gain, period, shares, and cycle time for optimal control.

PID Tutorial

Troubleshooting

Mechanical Drawing and Dimensions

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