DC16C Search Results

DC16C

Abstract: 16-way
Contextual Info: 16-WAY IN-PHASE DIVIDER/COMBINER MODEL DC16 Guaranteed Specifications Frequency MHz Insertion Loss dB Isolation dB Amplitude Balance dB Phase Balance Degrees VSWR Max. DC16A 750 to 850 1.5 20 ±0.6 ±5 1.2:1 DC16B 800 to 1000 1.5 18 ±0.6 ±5 1.2:1 DC16C 900 to 1100

Westinghouse diode

Abstract: 1530A 106a2sec DC16C SW02-20CXC16C 1OMS WESTINGHOUSE diode DO 6340A 5655a
Contextual Info: lilESTCODE SEMICONDUCTORS 3^E D • ^70^55 DDDB5 1 5 0 W ESTC O D E @ SEMICONDUCTORS L . i i T ■ lilE S B /-o f - 2 3 Adva nce Data DC16C iBBue A Jan. 198' ^ i C ap su le Diode Type S W 0 2 - 2 0 C X C 1 6 C 63mm d iam et er silicon. C o l d weld ceramic capsule.

HAL3007

Contextual Info: HA13007 Quad Driver Description The HA 13007 monolithic, bipolar, high-voltage, high-current quad driver is especially designed for s w itc h in g a p p lic a tio n s . T h is d e v ic e is recom m ended for interfacing low -level logic to peripheral loads such as relays, solenoids, stepping

Contextual Info: HA13007 Quad Driver Description The HA13007 monolithic, bipolar, high-voltage, high-current quad driver is especially designed for sw itching ap p licatio n s. This device is recommended for interfacing low-level logic to peripheral loads such as relays, solenoids, stepping

HA13007

Abstract: Hitachi Scans-001
Contextual Info: HA13007 Quad Driver Description The HA13007 monolithic, bipolar, high-voltage, high-current quad driver is especially designed for sw itching applications. This device is recommended for interfacing low-level logic to peripheral loads such as relays, solenoids, stepping