No. |
Part Name |
Description |
Manufacturer |
31 |
APPLICATION NOTE 1025 |
Realiability considerations in design and use of RF integrated circuits |
Motorola |
32 |
BAV40 |
Multiple Diode, diode array consisting of 8 silicon planar epitaxial diodes |
Philips |
33 |
BCR400 |
Application Considerations for the Integrated Bias Control Circuits |
Infineon |
34 |
CA3019 |
Diode array, consists of one diode Quad and two isolated diodes on a common substrate |
RCA Solid State |
35 |
CQY13 |
Solid-state photo-relays consisting of a GaAs electroluminiscent diode and a silicon n-p-n photo-transistor |
Mullard |
36 |
CQY23 |
Solid-state photo-relays consisting of a GaAs electroluminiscent diode and a silicon n-p-n photo-transistor |
Mullard |
37 |
CSZ5316 |
APPLICATION NOTE 1 - Antialiasing Considerations |
Crystal Semiconductor Corporation |
38 |
DESIGN CONSIDERATIONS |
Selecting TTL Logic, Noise Immunity, Electrical Characteristics, power consumption, absolute maximum ratings |
Motorola |
39 |
DME150 |
150 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
40 |
DME150-2 |
150 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
41 |
DME150-3 |
150 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
42 |
DME500 |
500 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
43 |
DME500-2 |
500 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
44 |
DME500-3 |
500 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
45 |
DMEG250 |
250 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
46 |
DMEG250-2 |
250 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
47 |
DMEG250-3 |
250 W, 50 V all devices utilize the most advanced design and process technologies, there features provide the most consistent and reliable chip |
Acrian |
48 |
EB107 |
Application Note - Mounting considerations for Motorola RF power modules |
Motorola |
49 |
FJH261/7442N |
BCD-to-decimal decoder consisting of eight inverters and ten 4-input NAND gates |
Mullard |
50 |
FJJ151/7491AN |
8-bit shift register consisting of eight R-S master-slave flip-flops with input gating and clock driver |
Mullard |
51 |
FJJ271 |
8-bit shift register consisting of eight R-S master-slave flip-flops with input gating and clock driver |
Mullard |
52 |
H24B1 |
THE H24B SERIES CONSISTS OF A GALLIUM ARSENIDE INFRARED EMITTING DIODE COUPLED WITH A SILICON PHOTOTRANSISTOR |
QT Optoelectronics |
53 |
H24B2 |
THE H24B SERIES CONSISTS OF A GALLIUM ARSENIDE INFRARED EMITTING DIODE COUPLED WITH A SILICON PHOTOTRANSISTOR |
QT Optoelectronics |
54 |
IRIS-G6651 |
IRIS-G6651 is a hybrid IC consists from power MOSFET and a controller IC |
International Rectifier |
55 |
K-Series |
Application Information - Direct Access Arrangement (DAA), Design and Layout Considerations |
Silicon Systems |
56 |
K101 |
Photocoupler(These Photocouplers consist of a Gallium Arsenide Infrared Emitting) |
Kodenshi Corp |
57 |
K101 |
Photocoupler(These Photocouplers consist of a Gallium Arsenide Infrared Emitting) |
Kondenshi Corp |
58 |
K102 |
Photocoupler(These Photocouplers consist of a Gallium Arsenide Infrared Emitting) |
Kodenshi Corp |
59 |
K102 |
Photocoupler(These Photocouplers consist of a Gallium Arsenide Infrared Emitting) |
Kondenshi Corp |
60 |
K104 |
Photocoupler(These Photocouplers consist of a Gallium Arsenide Infrared Emitting) |
Kodenshi Corp |
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