| No. |
Part Name |
Description |
Manufacturer |
| 31 |
AD640TD/883B |
DC-Coupled Demodulating 120 MHz Logarithmic Amplifier |
Analog Devices |
| 32 |
AD640TE |
DC-Coupled Demodulating 120 MHz Logarithmic Amplifier |
Analog Devices |
| 33 |
AD640TE/883B |
DC-Coupled Demodulating 120 MHz Logarithmic Amplifier |
Analog Devices |
| 34 |
AD640]N |
DC-Coupled Demodulating 120 MHz Logarithmic Amplifier |
Analog Devices |
| 35 |
AD8336 |
General-Purpose, −55°C to +125°C, Wide Bandwidth, DC-Coupled VGA |
Analog Devices |
| 36 |
AD8337 |
General-Purpose, Low Cost, DC-Coupled VGA |
Analog Devices |
| 37 |
AT71201MCREN |
Atmels AT71201M is a full-frame sensor based on charge-coupled device (CCD) technology |
Atmel |
| 38 |
AT71201MCRER |
Atmels AT71201M is a full-frame sensor based on charge-coupled device (CCD) technology |
Atmel |
| 39 |
CMX589A, MX909A, MX029 |
Using Two-Point Modulation to Reduce Synthesizer Problems When Designing DC-Coupled GMSK Modulators |
CONSUMER MICROCIRCUITS LIMITED |
| 40 |
FCD820 |
OPTICALLY-COUPLED ISOLATOR |
Fairchild Semiconductor |
| 41 |
FCD820C |
OPTICALLY-COUPLED ISOLATOR |
Fairchild Semiconductor |
| 42 |
FCJ111 |
Direct-coupled master-slave JK flip-flop |
Mullard |
| 43 |
FCJ121 |
Dual direct-coupled JK flip-flop with common SET input |
Mullard |
| 44 |
FCJ201 |
Direct-coupled master-slave JK flip-flop with 3J and 3K inputs |
Mullard |
| 45 |
IS6091 |
6V; 60mA schmitt trigger opto-coupler |
ISOCOM |
| 46 |
ISO100 |
Optically-Coupled Linear ISOLATION AMPLIFIER |
Burr Brown |
| 47 |
ISO100AP |
Optically-Coupled Linear ISOLATION AMPLIFIER |
Burr Brown |
| 48 |
ISO100BP |
Optically-Coupled Linear ISOLATION AMPLIFIER |
Burr Brown |
| 49 |
ISO100CP |
Optically-Coupled Linear ISOLATION AMPLIFIER |
Burr Brown |
| 50 |
LT3573 |
Isolated Flyback Converter without an Opto-Coupler |
Linear Technology |
| 51 |
LT3573EMSE#PBF |
Isolated Flyback Converter without an Opto-Coupler |
Linear Technology |
| 52 |
LT3573EMSE#TRPBF |
Isolated Flyback Converter without an Opto-Coupler |
Linear Technology |
| 53 |
LT3573IMSE#PBF |
Isolated Flyback Converter without an Opto-Coupler |
Linear Technology |
| 54 |
LT3573IMSE#TRPBF |
Isolated Flyback Converter without an Opto-Coupler |
Linear Technology |
| 55 |
LT3574 |
Isolated Flyback Converter Without an Opto-Coupler |
Linear Technology |
| 56 |
LT3574EMS#PBF |
Isolated Flyback Converter Without an Opto-Coupler |
Linear Technology |
| 57 |
LT3574EMS#TRPBF |
Isolated Flyback Converter Without an Opto-Coupler |
Linear Technology |
| 58 |
LT3574IMS#PBF |
Isolated Flyback Converter Without an Opto-Coupler |
Linear Technology |
| 59 |
LT3574IMS#TRPBF |
Isolated Flyback Converter Without an Opto-Coupler |
Linear Technology |
| 60 |
LT3575 |
Isolated Flyback Converter without an Opto-Coupler |
Linear Technology |
| | | |
