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Datasheets found :: 40 Page: | 1 | 2 |
Nr. Part Name Description Manufacturer
1 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
2 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
3 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
4 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
5 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
6 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
7 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
8 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
9 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
10 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
11 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
12 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
13 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
14 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
15 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
16 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
17 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
18 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
19 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
20 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
21 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
22 AS8412 HIGH PERFORMANCE AUTOMOTIVE SONAR INTRUSION Austria Mikro Systems
23 AS8413 HIGH PERFORMANCE AUTOMOTIVE SONAR INTRUSION Austria Mikro Systems
24 PDSP16116A 0.5-7.0V; 18mA; 16 x 16bit complex multiplier. For fast fourier transform, digital filtering, radar and sonar processing Mitel Semiconductor
25 PDSP16116B0AC 25MHz ;5.0V; 16 x16 bit complex multiplier. For fast fourier transforms, digital filtering, radar and sonar processing, instrumentation, image processing Mitel Semiconductor
26 PDSP16116B0GG 31-35MHz ;5.0V; 16 x16 bit complex multiplier. For fast fourier transforms, digital filtering, radar and sonar processing, instrumentation, image processing Mitel Semiconductor
27 PDSP16116MC 0.5-7.0V; 18mA; 16 x 16bit complex multiplier. For fast fourier transform, digital filtering, radar and sonar processing Mitel Semiconductor
28 TL851 Sonar Ranging Control Texas Instruments
29 TL851CD Sonar Ranging Control Texas Instruments
30 TL851CDG4 Sonar Ranging Control 16-SOIC Texas Instruments


Datasheets found :: 40 Page: | 1 | 2 |


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