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TOROID INDUCTORS

FEATURE 1. Useful in a wide variety of power conversion and line filter applications 2. Wound on Iron Powder material toroids 3. High saturation current 4. Coated with varnish 5. Inductance range : 1.0uH to 10000uH APPLICATIONS 1. Power supplies 2. Swithing Circuits 3. SCR and Triac Contr

TOROID INDUCTORS

FEATURE 1. Useful in a wide variety of power conversion and line filter applications 2. Wound on Iron Powder material toroids 3. High saturation current 4. Coated with varnish 5. Inductance range : 1.0uH to 10000uH APPLICATIONS 1. Power supplies 2. Swithing Circuits 3. SCR and Triac Contr

TOROID INDUCTORS

FEATURE 1. Useful in a wide variety of power conversion and line filter applications 2. Wound on Iron Powder material toroids 3. High saturation current 4. Coated with varnish 5. Inductance range : 1.0uH to 10000uH APPLICATIONS 1. Power supplies 2. Swithing Circuits 3. SCR and Triac Contr

TOROID INDUCTORS

FEATURE 1. Useful in a wide variety of power conversion and line filter applications 2. Wound on Iron Powder material toroids 3. High saturation current 4. Coated with varnish 5. Inductance range : 1.0uH to 10000uH APPLICATIONS 1. Power supplies 2. Swithing Circuits 3. SCR and Triac Contr

TOROID INDUCTORS

FEATURE 1. Useful in a wide variety of power conversion and line filter applications 2. Wound on Iron Powder material toroids 3. High saturation current 4. Coated with varnish 5. Inductance range : 1.0uH to 10000uH APPLICATIONS 1. Power supplies 2. Swithing Circuits 3. SCR and Triac Contr

TOROID INDUCTORS

FEATURE 1. Useful in a wide variety of power conversion and line filter applications 2. Wound on Iron Powder material toroids 3. High saturation current 4. Coated with varnish 5. Inductance range : 1.0uH to 10000uH APPLICATIONS 1. Power supplies 2. Swithing Circuits 3. SCR and Triac Contr

Low Noise Micropower Precision Voltage References

GENERAL DESCRIPTION The ADR290, ADR291 and ADR292 are low noise, micropower precision voltage references that use an XFET™ reference circuit. The new XFET architecture offers significant performance improvements over traditional bandgap and Zener-based references. Improvements include: one quarte

Low Noise Micropower Precision Voltage References

GENERAL DESCRIPTION The ADR290, ADR291 and ADR292 are low noise, micropower precision voltage references that use an XFET™ reference circuit. The new XFET architecture offers significant performance improvements over traditional bandgap and Zener-based references. Improvements include: one quarte

Low Noise Micropower Precision Voltage References

GENERAL DESCRIPTION The ADR290, ADR291 and ADR292 are low noise, micropower precision voltage references that use an XFET™ reference circuit. The new XFET architecture offers significant performance improvements over traditional bandgap and Zener-based references. Improvements include: one quarte

Low Noise Micropower Precision Voltage References

GENERAL DESCRIPTION The ADR290, ADR291 and ADR292 are low noise, micropower precision voltage references that use an XFET™ reference circuit. The new XFET architecture offers significant performance improvements over traditional bandgap and Zener-based references. Improvements include: one quarte

Silicon Complementary Transistors Medium Power Amp, Switch

Description: The NTE291 (NPN) and NTE292 (PNP) are General–Purpose Medium–Power silicon complementary transistors in a TO220 type package designed for switching and amplifier applications. They are especially designed for series and shunt regulators and as a driver and output stage of high–fide