Cet Technology

Electronic Components & Devices

Ultra Small, Custom Inductor for Acoustic Tags to Track Migration Patterns of Fish

In recent years, acoustic tags have become the standard in fish telemetry for the study of the behavior of fish in research for example focusing on fish migration, fish predator and prey dynamics, fish dam – bypass survival rates, among others that can use acoustic tag applications.Â-  A leading supplier of acoustic telemetry equipment contracted CET Technology to develop and manufacture...

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Electronic Components & Devices

Inductors are designed for high-power Class D amplifiers.

Inductors with DC current ratings up to 30 A use compact ferrite core made from high-saturation, low-loss material; employs flat wire for high-frequency operation; and uses transistors as on/off switches. Converted to series of pulses via PWM, signal is amplified and converted into analog signal as it goes through low-pass filter. Enclosed shape of core provides added shielding, and inductance...

Read More »
Electronic Components & Devices

Ultra Small, Custom Inductor for Acoustic Tags to Track Migration Patterns of Fish

In recent years, acoustic tags have become the standard in fish telemetry for the study of the behavior of fish in research for example focusing on fish migration, fish predator and prey dynamics, fish dam – bypass survival rates, among others that can use acoustic tag applications.Â-  A leading supplier of acoustic telemetry equipment contracted CET Technology to develop and manufacture...

Read More »
Electronic Components & Devices

Inductors are designed for high-power Class D amplifiers.

Inductors with DC current ratings up to 30 A use compact ferrite core made from high-saturation, low-loss material; employs flat wire for high-frequency operation; and uses transistors as on/off switches. Converted to series of pulses via PWM, signal is amplified and converted into analog signal as it goes through low-pass filter. Enclosed shape of core provides added shielding, and inductance...

Read More »

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