Phononic Solid-State Cascaded Freezer Pump (SCP88)
Phononic’s high-performance SCP88 is a solid-state freezer pump based on cascaded thermoelectric cooling technology. Our devices deliver uniquely large heat pumping capacity in a small package while still providing accurate temperature control.
Superior reliability and performance.
Thermoelectric technology provides cooling or heating without sound or vibration, and Phononic’s compact and robust mechanical design facilitates integration into heat exchange systems with superior reliability and performance in a wide variety of applications. Phononic’s SCP88 is designed for low temperature applications. It delivers ideal heat pumping capacity for higher temperature differential conditions.
Benefits.
High heat pumping performance
High heat pumping performanceReach temperatures and reliability unmatched by typical thermoelectric devices.
Precise temperature control
Precise temperature controlProvide accurate and selectable freezing temperature ranges.
Exceptional design support
Exceptional design supportBenefit from Design with Phononic program expertise, resulting in faster time to market with a design done right the first time.
Ready to design with Phononic? Let’s make it together.
Resources.
Replacing Heat Sinks with Solid-State
A heat sink is an exchanger that transfers heat from a device to aid with temperature management. Read more about solid-state and heat sink technology.
Read moreThe Seebeck Effect and Thermoelectric Coolers
Seebeck Effect is when a temperature difference between two dissimilar electrical conductors produces a voltage difference between the two substances.
Read morePhononic Semiconductor Applications
A semiconductor has an electrical conductivity value that falls between that of a conductor and that of an insulator. Read more about applications!
Read moreSolid-State Technology and It’s Applications
Phononic uses solid-state technology to deliver a better & more sustainable way to create cooling. Learn more about solid state technology & applications.
Read more