8-pin Single-chip AM Radio with Built-in Power Amplifier

Description The CXA1600M/P is an 8-pin single-chip bipolar IC for AM radios. This IC includes all functions from the front-end to the power amplifier. The CXA1600M/P doesn’t require any external filter, making external ceramic filter attachment unnecessary. Features • EIAJ output=10

8-pin Single-chip AM Radio with Built-in Power Amplifier

8-pin Single-chip AM Radio with Built-in Power Amplifier

Description The CXA1600M/P is an 8-pin single-chip bipolar IC for AM radios. This IC includes all functions from the front-end to the power amplifier. The CXA1600M/P doesn’t require any external filter, making external ceramic filter attachment unnecessary. Features • EIAJ output=10

8-pin Single-chip AM Radio with Built-in Power Amplifier

Description The CXA1600M/P is an 8-pin single-chip bipolar IC for AM radios. This IC includes all functions from the front-end to the power amplifier. The CXA1600M/P doesn’t require any external filter, making external ceramic filter attachment unnecessary. Features • EIAJ output=10

8-pin Single-chip AM Radio with Built-in Power Amplifier

8-pin Single-chip AM Radio with Built-in Power

Dual and Quad Data-bus Isolators

DESCRIPTION TThe 1600 series are dual or quad isolation transformer packs for use in digital circuits. They are particularly suited to isolating microprocessor bus connections and performing logic level translation. Being completely passive, power savings are offered over opto-coupled or emitter

T-1 Lamps, Visible-Infrared

T-1 Lamps, Visible-Infrared

Single, Dual, Triple Output DC/DC Converter

DESCRIPTIONS The 1600 series 16 watts high performance DC/DC converters are cost effective solution to the high reliability and performance requirements of power distribution systems in applications ranging from high speed data communications equipment to industrial robotic systems. FEATURE

TT-Jax (.173) JACK PANELS

TT-Jax® (.173) JACK PANELS

Tubular Vitreous Enamelled Wirewound Resistors

General Information Vitreous enamelled wirewound resistors are capable of withstanding a higher dissipation size for size, than any other protected type; this is attributable to the higher operating temperature which the wire and enamel can withstand. Vitreous enamel provides exceptionally good p