No. |
Part Name |
Description |
Manufacturer |
1 |
2003 |
HIGH-VOLTAGE/HIGH-CURRENTDARLINGTONARRAYS |
Allegro MicroSystems |
2 |
AD600AR-REEL |
Gain range:0 to 40dB ;+-7.5V; 600mW; daual, low noise, wideband variable gain amplifier. For ultrasound and sonar time-gain control, high performance audio and RF AGC systems and signal measurement |
Analog Devices |
3 |
AD600AR-REEL7 |
Gain range:0 to 40dB ;+-7.5V; 600mW; daual, low noise, wideband variable gain amplifier. For ultrasound and sonar time-gain control, high performance audio and RF AGC systems and signal measurement |
Analog Devices |
4 |
AD600JR-REEL |
Gain range:0 to 40dB ;+-7.5V; 600mW; daual, low noise, wideband variable gain amplifier. For ultrasound and sonar time-gain control, high performance audio and RF AGC systems and signal measurement |
Analog Devices |
5 |
AD600JR-REEL7 |
Gain range:0 to 40dB ;+-7.5V; 600mW; daual, low noise, wideband variable gain amplifier. For ultrasound and sonar time-gain control, high performance audio and RF AGC systems and signal measurement |
Analog Devices |
6 |
AD600SQ_883B |
Gain range:0 to 40dB ;+-7.5V; 600mW; daual, low noise, wideband variable gain amplifier. For ultrasound and sonar time-gain control, high performance audio and RF AGC systems and signal measurement |
Analog Devices |
7 |
AD605AR-REEL |
6.5V; 1.2-1.4W; dual, low-noise, single-supply variable gain amplifier. For ultrasound and sonar time-gain control, high performance AGC systems |
Analog Devices |
8 |
AD605AR-REEL7 |
6.5V; 1.2-1.4W; dual, low-noise, single-supply variable gain amplifier. For ultrasound and sonar time-gain control, high performance AGC systems |
Analog Devices |
9 |
AD605BR-REEL |
6.5V; 1.2-1.4W; dual, low-noise, single-supply variable gain amplifier. For ultrasound and sonar time-gain control, high performance AGC systems |
Analog Devices |
10 |
AD605BR-REEL7 |
6.5V; 1.2-1.4W; dual, low-noise, single-supply variable gain amplifier. For ultrasound and sonar time-gain control, high performance AGC systems |
Analog Devices |
11 |
AD7112AQ |
-0.3 to +7V; LC2MOS LOGDAC dual logarythmic D/A converter. For audio attenuators, sonar systems, function generators and digitally controlled AGC system |
Analog Devices |
12 |
AD7112BQ |
-0.3 to +7V; LC2MOS LOGDAC dual logarythmic D/A converter. For audio attenuators, sonar systems, function generators and digitally controlled AGC system |
Analog Devices |
13 |
AD7112JN |
-0.3 to +7V; LC2MOS LOGDAC dual logarythmic D/A converter. For audio attenuators, sonar systems, function generators and digitally controlled AGC system |
Analog Devices |
14 |
AD7112JR |
-0.3 to +7V; LC2MOS LOGDAC dual logarythmic D/A converter. For audio attenuators, sonar systems, function generators and digitally controlled AGC system |
Analog Devices |
15 |
AD7118TQ |
17V; 450mW; LOGDAC CMOS logarithmic D/A converter. For digitally controlled AGC systems, audio attenuators, wide dynamic range A/D converters, sonar systems, function generators |
Analog Devices |
16 |
AD7118UQ |
17V; 450mW; LOGDAC CMOS logarithmic D/A converter. For digitally controlled AGC systems, audio attenuators, wide dynamic range A/D converters, sonar systems, function generators |
Analog Devices |
17 |
ADC10065CIMTX |
V(cc): 3.9V; 10-bit, 65 MSPS, 3V; A/D converter. For ultrasound and imaging, instrumentation, cellular based stations/communications receivers, sonar/radar. xDSL, wireless local loops, etc. |
National Semiconductor |
18 |
ADC12040EVAL |
V(cc): 6.5V; 12-bit, 40 MSPS, 340 mW; A/D converter with internal sample-and-hold. For ultrasound and imaging, instrumentation, sonar/radar, cellular base stations/communications receivers, sDSL, etc. |
National Semiconductor |
19 |
ADSP-2100ASG_883G |
0.3-7V; speed: 8.192MHz; 12.5 MIPS microprocessor. For optimized for DSP algorithms including, digital filtering, fast fourier transforms,image processing, radar, sonar speech processing and telecommunications |
Analog Devices |
20 |
ADSP-2100ATG_883G |
0.3-7V; speed: 10.24MHz; 12.5 MIPS microprocessor. For optimized for DSP algorithms including, digital filtering, fast fourier transforms,image processing, radar, sonar speech processing and telecommunications |
Analog Devices |
21 |
ADSP-2100AUG_883G |
0.3-7V; speed: 12.50MHz; 12.5 MIPS microprocessor. For optimized for DSP algorithms including, digital filtering, fast fourier transforms,image processing, radar, sonar speech processing and telecommunications |
Analog Devices |
22 |
ADSP-2100SG_883G |
0.3-7V; speed: 6.144MHz; 12.5 MIPS microprocessor. For optimized for DSP algorithms including, digital filtering, fast fourier transforms,image processing, radar, sonar speech processing and telecommunications |
Analog Devices |
23 |
AS5C512K8DJ |
512K x 8 SRAM HIGH SPEED SRAM with REVOLUTIONARY PINOUT |
Austin Semiconductor |
24 |
AS5C512K8DJ-15E_883C |
512K x 8 SRAM - high speed with revolutionary pinout |
Austin Semiconductor |
25 |
AS5C512K8DJ-15E_IT |
512K x 8 SRAM - high speed with revolutionary pinout |
Austin Semiconductor |
26 |
AS5C512K8DJ-15E_XT |
512K x 8 SRAM - high speed with revolutionary pinout |
Austin Semiconductor |
27 |
AS5C512K8DJ-15L_883C |
512K x 8 SRAM - high speed with revolutionary pinout |
Austin Semiconductor |
28 |
AS5C512K8DJ-15L_IT |
512K x 8 SRAM - high speed with revolutionary pinout |
Austin Semiconductor |
29 |
AS5C512K8DJ-15L_XT |
512K x 8 SRAM - high speed with revolutionary pinout |
Austin Semiconductor |
30 |
AS5C512K8DJ-17E_883C |
512K x 8 SRAM - high speed with revolutionary pinout |
Austin Semiconductor |
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