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Part : AD1862N Supplier : Analog Devices Manufacturer : Rochester Electronics Stock : 66,143 Best Price : $25.29 Price Each : $31.13
Part : AD1862N Supplier : Analog Devices Manufacturer : Bristol Electronics Stock : 6 Best Price : - Price Each : -
Part : AD1862N Supplier : Analog Devices Manufacturer : ComSIT Stock : 25 Best Price : - Price Each : -
Part : AD1862NJ Supplier : Analog Devices Manufacturer : ComSIT Stock : 15 Best Price : - Price Each : -
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AD1862 Datasheet

Part Manufacturer Description PDF Type
AD1862 Analog Devices Ultralow Noise 20-Bit Audio DAC Original
AD1862N Analog Devices Ultralow Noise 20 Bit Audio DAC Original
AD1862N-J Analog Devices Ultralow Noise 20 Bit Audio DAC Original

AD1862

Catalog Datasheet MFG & Type PDF Document Tags

NE5534 pinout

Abstract: npc SM5818 NOISE (EIAJ)1 0 dB, 990.5 Hz AD1862N-J AD1862N ­20 dB, 990.5 Hz AD1862N, N-J ­60 dB, 990.5 Hz , AD1862N-J AD1862N 113 110 119 119 dB dB GAIN LINEARITY @ ­90 dB AD1862N-J AD1862N ±1 , AD1862 2 AD1862N-J GAIN LINEARITY ANALOG OUTPUT ERROR ­ dB ­30 ­40 THD +N ­ dB ­60dB ­50 , Option* AD1862N AD1862N-J ­25°C to +70°C ­25°C to +70°C ­92 dB, 0.0025% ­96 dB, 0.0016 , AD1862N has a minimum SNR of 110 dB. The higher performance AD1862N-J has a minimum SNR of 113 dB. 12V
Analog Devices
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AD1860 NE5534 pinout npc SM5818 CXD1125 CXD11XX SM5818 Digital Filter sm5818 npc 16-BIT AD1856 18-BIT AD1864 C1445
Abstract: HARMONIC DISTORTION 0 dB, 990.5 Hz AD1862N-J AD1862N - 2 0 dB, 990.5 Hz AD1862N, N-J - 60 dB, 990.5 Hz AD1862N, N-J D-Range, - 6 0 dB, A-Weight Filter SIGNAL-TO-NOISE RATIO2 (EIAJ)1 A-Weight Filter AD1862N-J AD1862N GAIN LINEARITY (a - 9 0 dB AD1862N-J AD1862N OUTPUT CURRENT Bipolar Range Tolerance Output , Package Option* N-16 N-16 Model AD1862N AD1862N-J TH D +N @ FS -9 2 dB, 0.0025% -9 6 dB, 0.0016 , AD1862N has a minimum SN R of 110 dB. The higher per formance AD1862N-J has a minimum SNR of 113 dB -
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20-BIT DSP56000 DSF56000 DSP56001
Abstract: Output Error TOTAL HARMONIC DISTORTION + NOISE (EIAJ)1 0 dB. 990.5 Hz AD1862N-J AD1862N - 2 0 dB , IxA 102 SIGNAL-TO-NOISE RATIO2 (EIAJ)1 A-Weight Filter AD1862N-J AD1862N % ±2 ±5  , LINEARITY (a - 9 0 dB AD1862N-J AD1862N =1 ±1 dB dB OUTPUT CURRENT Bipolar Range Tolerance , perature Range T H D + N @ FS SNR Package Option* AD1862N AD1862N-J -25°C to +70°C , AD1862N has a minimnm SNR of 110 dB. The higher per­ formance AD1862N-J has a minimum SNR of 113 dB -
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NE5534 pinout

Abstract: SM5818 Digital Filter DISTORTION + NOISE (EIAJ)1 0 dB, 990.5 Hz AD1862N-J AD1862N ­20 dB, 990.5 Hz AD1862N, N-J ­60 dB, 990.5 Hz AD1862N, N-J D-Range, ­60 dB, A-Weight Filter SIGNAL-TO-NOISE RATIO2: (EIAJ)1 A-Weight Filter AD1862N-J AD1862N GAIN LINEARITY @ ­90 dB AD1862N-J AD1862N OUTPUT CURRENT Bipolar Range Tolerance Output Impedance , AD1862 2 ­30 ­40 ­60dB ANALOG OUTPUT ERROR ­ dB AD1862N-J GAIN LINEARITY 1 THD +N ­ dB ­50 , 11 12 13 14 15 16 ORDERING GUIDE Model AD1862N AD1862N-J *N = Plastic DIP. Operating
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ne5534 application note sony cxd1125

SM5818 Digital Filter

Abstract: npc SM5818 (EIAJ)1 0 dB, 990.5 Hz AD1862N-J AD1862N ­20 dB, 990.5 Hz AD1862N, N-J ­60 dB, 990.5 Hz AD1862N , AD1862N-J AD1862N 113 110 GAIN LINEARITY @ ­90 dB AD1862N-J AD1862N OUTPUT CURRENT Bipolar , . ­2­ REV. A AD1862 2 AD1862N-J GAIN LINEARITY ANALOG OUTPUT ERROR ­ dB ­30 ­40 THD +N , @ FS SNR Package Option* AD1862N AD1862N-J ­25°C to +70°C ­25°C to +70°C ­92 dB , fixture. TE The AD1862N has a minimum SNR of 110 dB. The higher performance AD1862N-J has a minimum
Analog Devices
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VL811 npc SM5813 SM5813 NE5534 N-16 SE5534A

SM5818 Digital Filter

Abstract: ±2 T O TA L HARM ONIC D IST O R T IO N + N OISE (EIA J)1 OdB, 990.5 H z AD1862N-J AD1862N -2 0 d B , SIGNAL-TO-NOISE RA TIO 2 (EIAJ)1 A-Weight Filter AD1862N-J AD1862N 113 110 % |o.A -9 8 -9 4 -8 4 , ) (0.8) dB dB dB dB dB 119 119 dB dB GAIN LINEARITY @ - 9 0 dB AD1862N-J AD1862N  , Temperature Range T H D +N @ FS SNR Package Option* AD1862N AD1862N-J -25°C to +70°C , lev­ els. T he higher performance AD1862N-J produces a maximum of 0.0016% T H D + N at 0 dB signal
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SM5818

1862N

Abstract: D1862 Range -25°C to +70°C -25°C to +70"C Package Option* N-16 N-16 M odel AD1862N AD1862N-J T H D + N @ , AD1862- SPECIFICATIONS (T at +25°C and ±12 V supplies, see Figure 10 for test circuit schematic) a , . The AD1862 is available in two performance grades. The AD1862N produces a maximum of 0.0025% T H D + N at 0 dB signal lev els. The higher performance AD1862N-J produces a maximum of 0.0016% T H D + N at 0 , higher per formance AD1862N-J has a minimum SNR of 113 dB. Figure 10. R ecom m ended Test C ircuit
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1862N D1862 m5813 AD846
Abstract: , 990.5 Hz AD1862N-J AD1862N -2 0 dB, 990.5 Hz AD1862N, N-J - 6 0 dB, 990.5 Hz AD1862N, N-J D-Range , AD1862N-J AD1862N % ±5 ±2 -9 8 -9 4 -8 4 -4 5 (0.0012) (0.0019) (0.0063) (0.56) -9 , ) (%) 119 119 dB dB GAIN LINEARITY (a - 9 0 dB AD1862N-J AD1862N ±1 ±1 dB dB , Option* AD1862N AD1862N-J â'" 25°C to +70°C -25°C to +70°C - 9 2 dB, 0.0025% -9 6 dB , lev­ els. The higher performance AD1862N-J produces a maximum of 0.0016% T H D + N at 0 dB signal -
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SP56001

SM5818 Digital Filter

Abstract: DI862 , 990.5 Hz AD1862N-J AD1862N - 2 0 dB, 990.5 Hz AD1862N, N-J - 6 0 dB, 990.5 H z AD1862N, N-J D-Range, - 6 0 dB, A-Weight Filter SIGNAL-TO-NOISE RATIO2 (EIAJ)1 A-Weight Filter AD1862N-J AD1862N GAIN LINEARITY @ - 9 0 dB AD1862N-J AD1862N OU TPU T CURRENT Bipolar Range Tolerance O utput Impedance (±30% , +70°C M odel AD1862N AD1862N-J T H D + N @ FS - 9 2 dB, 0.0025% - 9 6 dB, 0.0016% SNR 110 dB , AD1862 7] DGND PRODUCT DESCRIPTION The AD 1862 is a monolithic 20-bit digital audio DAC. Each
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DI862 CP307 pin FOR PIN COMPATIBLE ADI ADI862

ad1862

Abstract: sm5818 npc (0.01) ­42 (0.8) OBS SIGNAL-TO-NOISE RATIO2: (EIAJ)1 A-Weight Filter AD1862N-J AD1862N GAIN LINEARITY @ ­90 dB AD1862N-J AD1862N OUTPUT CURRENT Bipolar Range Tolerance Output Impedance (± 30 , Specification Operation Storage TOTAL HARMONIC DISTORTION + NOISE (EIAJ)1 0 dB, 990.5 Hz AD1862N-J AD1862N , Reference Capacitor Midscale Adjust Bias Capacitor Positive Analog Supply Model AD1862N AD1862N-J *N = , the test fixture. The AD1862N has a minimum SNR of 110 dB. The higher performance AD1862N-J has a
Analog Devices
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op amp 110 MHZ NE5534 data
Abstract: -A ±2 ±2 TO TA L HARMONIC DISTORTION + NOISE (EIAJ)1 0 dB, 990.5 H z AD1862N-J AD1862N - , 102 SIGNAL-TO-NOISE RATIO2 (EIAJ)1 A-Weight Filter AD1862N-J AD1862N 113 110 ± 5 -9 8 , 0 dB AD1862N-J AD1862N ±1 ±1 dB dB OU TPU T CURRENT Bipolar Range Tolerance O utput , Operating T em perature Range T H D + N @ FS SNR Package Option* AD1862N AD1862N-J -25°C , -bit serial-to-parallel input register and voltage reference. The digital portion of the AD1862 is fabricated with CMOS -
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AD1865

Abstract: AD1866 AD1868 AD1862 AD1862 16 16 16 18 18 18 18 18 18 20 20 1 1 2 1 1 2 2 2 2 1 1 16 16 8 16 16 16 16 8 8 16 16
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AD1866 AD1865 AD1851 AD1861 PAGE-59

n-k AD1865

Abstract: AD1851 18 2 16 5 26 5 26 1 AD1868 AD1868 AD1862 AD1862 18 2 8 5 14
Analog Devices
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n-k AD1865 ad1865 application notes

ad1865 application notes

Abstract: AD1851 25 18 2 16 5 26 AD1868 AD1868 AD1862 AD1862 18 2 8 5 5 12 1
Analog Devices
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AD1859 AD1858 AD1857 PAGE-32

AD1865

Abstract: AD1851 26 AD1868 AD1868 AD1862 AD1862 18 2 8 5 5 12 1 16 5 or 12 15 5
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PAGE-78

pioneer audio ic

Abstract: SAD1851 supply (the AD1862). These DACs inte grate the serial-to-parallel digital input interface, voltage refer , er (typ) P in s AD 1851 AD 1861 AD1862 AD1865 AD1866 AD 1868 16 18 20 18 16 18 Single Single
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pioneer audio ic SAD1851 AD1879 ADMOD79 AD1890 AD1891 AD1893

SSM2275

Abstract: Condenser Microphone Amp performance with a 1 VRMS output. The AD1862 has a built in 3 k resistor that is connected from the inverting input to the output of the amplifier. The full-scale output current of the AD1862 is ± 1 mA , = 1 mA × 3 k + RFB +12V VCC ( ) (10) 16 AD1862 ACOM 12 IOUT 11 100pF RF 10 TO LPF , 40 shows how the SSM2275 can be used with the AD1862, a current output 20-bit DAC. REV. 0 10F
Analog Devices
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Condenser Microphone Amp OP41 ad1848 2829E 2N4416 equivalent SSM2275/SSM2475 SSM2475 OP275 RU-14 C3239

PD2026A

Abstract: CXD2562Q ) 2x PCM67PJ (Sync Lock) PCM1738 PCM1704 AD1862 AD1855 PCM1716 PCM1710 AD1865 PCM63 SAA7341 CS4329 , PCM1702 PCM53 4x AD1862 4x PCM1702J PCM1702J PCM56P-K PCM64 PCM58P-K PCM1702 PCM1748 PCM1710 PCM61 TDA1543 , WADIA 850 WADIA 860 YDC103 Y3015 TC9218F YM7121B SAA7350 PCM1702 PCM1702 TDA1547 AD1862J PCM53 PCM53
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SL-PS670D PD2026A CXD2562Q saa7321gp PD2029A saa7321 PD2026B CD-07 DAC10 DAC20 DC801 DP55V DP500

SSM2275

Abstract: 2n2222 spice model 10k 2 8 1 29 +5V 0.1 F 35/36 34/37 32 10 F The AD1862 has a built in 3 k resistor that is connected from the inverting input to the output of the amplifier. The full-scale output current of the AD1862 is , will be: VOUT ,MAX = 1 mA × 3 k + RFB +12V VCC ( ) (10) 16 AD1862 ACOM 12 IOUT 11 , source used to power the D/A converter. Figure 40 shows how the SSM2275 can be used with the AD1862, a
Analog Devices
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2n2222 spice model FET 2N4416

2n2222 spice model

Abstract: condenser microphone balanced microphone schematic 39 shows the device's THD+N performance with a 1 VRMS output. The AD1862 has a built in 3 k , current of the AD1862 is ± 1 mA, resulting in a maximum output voltage of ± 3 V. Additional feedback , output voltage will be: ( VOUT ,MAX = 1 mA × 3 k + RFB +12V AD1862 12 ACOM SSM2275-A , used with the AD1862, a current output 20-bit DAC. ­13­ 237 1.05k FILT GND GND A2
Analog Devices
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condenser microphone balanced microphone schematic 2n2222a spice model 2n4416 transistor spice AD-186 AV116 SSM2275P

elektor receiver

Abstract: elektor facilitate adjustment of the low level linearity trim of the AD1862 DAC. This signal is a low level sine wave which allows trimming the MSB transition of the AD1862. This also improves the low level linearity , waveform. The D/A converter used is the AD1862. It is a conventional multibit 20-bit converter. Although , noise and transient performance. The AD1862 uses a digital offset technique to minimize the
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AN-394 ADSP-2115 elektor receiver elektor rick miller 1n7548 Digital-To-Analog Converter elektor 1992 rs-422 TO TTL CONVERTERS E2061-9-9/95
Abstract: '™s T H D + N perform ance with a 1 Vrms output. V, U T ,M A X = 1mA X 13 kQ. O AD1862 ( 10 -
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