Thermal Cutoff (Thermal Fuse)

Description: Twenty One Thermal Cut−offs (also known as Thermal Fuses) are now included in the NTE product line. They are miniature, NON−RESETTABLE temperature sensitive devices designed to prevent appliances and electronic equipment from overheating. NTE thermal cutoffs are UL and CSA listed. L

Thermal Cutoff

Description: Twenty One Thermal Cut−offs (also known as Thermal Fuses) are now included in the NTE product line. They are miniature, NON−RESETTABLE temperature sensitive devices designed to prevent appliances and electronic equipment from overheating. NTE thermal cutoffs are UL and CSA listed. L

Cross point mixer for telephones

The BU8241F, BU8241FS, BU8242F, and BU8244F are ICs developed for use with cordless telephones, and are equipped with switching and mixing functions. In addition, these ICs are provided with an internal power save function which enables the circuit to be run on line current if the power supply fai

24 dB GAIN 860 MHz 128-CHANNEL CATV AMPLIFIER

The RF Line 128-Channel (860 MHz) CATV Line Extender Amplifier • Specified for 128–Channel Performance • Broadband Power Gain ― @ f = 40–860 MHz Gp = 24 dB (Typ) • Broadband Noise Figure NF = 7.5 dB (Max) @ 860 MHz • Superior Gain, Return Loss and DC Current Stability with Temperatu

24 dB GAIN 860 MHz 128-CHANNEL CATV AMPLIFIER

The RF Line 128-Channel (860 MHz) CATV Amplifier Line Extender Amplifier • Specified for 128–Channel Performance • Broadband Power Gain - @ f = 40–860 MHz Gp = 24 dB (Typ) • Broadband Noise Figure NF = 7.5 dB (Max) @ 860 MHz • Superior Gain, Return Loss and DC Current Stability with T

CATV Amplifier Module

Description • 24 Vdc Supply, 40 to 860 MHz, CATV Forward Amplifier Module • Replaced MHW8242A. There are no form, fit or function changes with this part replacement. • RoHS Compliant Features • Specified for 77- and 128-Channel Loading • Excellent Distortion Performance • Silicon Bipolar Tr

UNIVERSAL PERIPHERAL INTERFACE 8-BIT SLAVE MICROCONTROLLER

The Intel UPI-41AH and UPI-42AH are general-purpose Universal Peripheral Interfaces that allow the designer to develop customized solutions for peripheral device control. They are essentially ``slave microcontrollers, or microcontrollers with a slave interface included on the chip. Interface regi