CP1.0-7-08L
Laird Thermal Systems, Inc.
CP1.0-7-08L
Laird Thermal Systems, Inc.
THERMOELECT
Reference Price (USD)
1+
$0.00000
500+
$0
1000+
$0
1500+
$0
2000+
$0
2500+
$0
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
CP1.0-7-08L
$0.00
Product details
Laird Thermal Systems, Inc.'s CP1.0-7-08L sets new standards for precision cooling in Thermal - Thermoelectric, Peltier Modules applications. Developed for semiconductor test equipment, this Peltier module delivers milli-Kelvin temperature stability and rapid thermal cycling capabilities. Its ultra-clean design prevents contamination in sensitive wafer probing and IC testing environments.<p>The precision-machined Square - 8.00mm L x 8.00mm W surfaces ensure perfect thermal interface with probe card assemblies while maintaining strict flatness tolerances.</p><p>With 1.2W @ 25°C heat pumping capacity, the module maintains exacting temperature control for advanced semiconductor characterization.</p><p>The 67°C @ 25°C maximum temperature differential enables comprehensive device testing across military temperature ranges.</p><p>The 4.00mm vertical dimension has been minimized to reduce thermal mass while maintaining structural integrity in high-cycle test applications.</p><p>The 1-stage architecture provides the gradual temperature transitions required for reliable semiconductor reliability testing.</p><p>Precision current regulation up to 2.5 A enables sub-degree temperature control for sensitive IC characterization.</p><p>The 0.9 V voltage rating accommodates both benchtop and automated test equipment power requirements.</p><p>The Lead Wires design prevents particulate generation and outgassing in cleanroom test environments.</p>
Product Attributes
- Product Status: Obsolete
- Size / Dimension: Square - 8.00mm L x 8.00mm W
- Qmax @ Th: 1.2W @ 25°C
- Delta Tmax @ Th: 67°C @ 25°C
- Height: 4.00mm
- Number of Stages: 1
- Current - Max: 2.5 A
- Voltage - Max: 0.9 V
- Resistance: -
- Operating Temperature: -
- Features: Lead Wires
You May Also Be Interested In