Semiconductors Parts begin by AD Page 25

AD408M92RCA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RCA-5

AD408M92RCB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RCB-5

AD408M92RLA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RLA-5

AD408M92RLB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RLB-5

AD408M92RPA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RPA-5

AD408M92RPB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RPB-5

AD408M92RQA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RQA-5

AD408M92RQB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RQB-5

AD408M92RSA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RSA-5

AD408M92RSB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RSB-5

AD408M92RTA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RTA-5

AD408M92RTB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 RTB-5

AD408M92VBA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VBA-5

AD408M92VBB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VBB-5

AD408M92VCA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VCA-5

AD408M92VCB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VCB-5

AD408M92VLA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VLA-5

AD408M92VLB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VLB-5

AD408M92VPA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VPA-5

AD408M92VPB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VPB-5

AD408M92VQA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VQA-5

AD408M92VQB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VQB-5

AD408M92VSA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VSA-5

AD408M92VSB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VSB-5

AD408M92VTA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VTA-5

AD408M92VTB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 92 VTB-5

AD408M94RBA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RBA-5

AD408M94RBB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RBB-5

AD408M94RCA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RCA-5

AD408M94RCB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RCB-5

AD408M94RLA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RLA-5

AD408M94RLB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RLB-5

AD408M94RPA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RPA-5

AD408M94RPB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RPB-5

AD408M94RQA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RQA-5

AD408M94RQB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RQB-5

AD408M94RSA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RSA-5

AD408M94RSB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RSB-5

AD408M94RTA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RTA-5

AD408M94RTB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 RTB-5

AD408M94VBA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VBA-5

AD408M94VBB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VBB-5

AD408M94VCA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VCA-5

AD408M94VCB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VCB-5

AD408M94VLA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VLA-5

AD408M94VLB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VLB-5

AD408M94VPA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VPA-5

AD408M94VPB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VPB-5

AD408M94VQA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VQA-5

AD408M94VQB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VQB-5

AD408M94VSA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VSA-5

AD408M94VSB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VSB-5

AD408M94VTA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VTA-5

AD408M94VTB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 94 VTB-5

AD408M96RBA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RBA-5

AD408M96RBB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RBB-5

AD408M96RCA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RCA-5

AD408M96RCB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RCB-5

AD408M96RLA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RLA-5

AD408M96RLB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RLB-5

AD408M96RPA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RPA-5

AD408M96RPB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RPB-5

AD408M96RQA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RQA-5

AD408M96RQB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RQB-5

AD408M96RSA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RSA-5

AD408M96RSB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RSB-5

AD408M96RTA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RTA-5

AD408M96RTB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 RTB-5

AD408M96VBA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VBA-5

AD408M96VBB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VBB-5

AD408M96VCA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VCA-5

AD408M96VCB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VCB-5

AD408M96VLA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VLA-5

AD408M96VLB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VLB-5

AD408M96VPA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VPA-5

AD408M96VPB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VPB-5

AD408M96VQA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VQA-5

AD408M96VQB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VQB-5

AD408M96VSA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VSA-5

AD408M96VSB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VSB-5

AD408M96VTA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VTA-5

AD408M96VTB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 96 VTB-5

AD408M98RBA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RBA-5

AD408M98RBB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RBB-5

AD408M98RCA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RCA-5

AD408M98RCB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RCB-5

AD408M98RLA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RLA-5

AD408M98RLB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RLB-5

AD408M98RPA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RPA-5

AD408M98RPB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RPB-5

AD408M98RQA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RQA-5

AD408M98RQB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RQB-5

AD408M98RSA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RSA-5

AD408M98RTA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RTA-5

AD408M98RTB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 RTB-5

AD408M98VBA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VBA-5

AD408M98VBB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VBB-5

AD408M98VCA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VCA-5

AD408M98VCB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VCB-5

AD408M98VLA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VLA-5

AD408M98VLB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VLB-5

AD408M98VPA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VPA-5

AD408M98VPB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VPB-5

AD408M98VQA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VQA-5

AD408M98VQB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VQB-5

AD408M98VSA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VSA-5

AD408M98VSB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VSB-5

AD408M98VTA-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VTA-5

AD408M98VTB-5 : Low Voltage Operation is More Suitable to be Used on Battery Backup, Portable El
AD 408 M 98 VTB-5

AD420 : Serial Input 16-Bit 4 20 MA, 0 20 ma DAC
AD 420

AD420-EB :
AD 420-EB

AD420A :
AD 420A

AD420AN-32 : Serial Input 16-bit 4_20 Ma, 0_20 ma DAC
AD 420 AN-32

AD420AR-32 : Serial Input 16-bit 4_20 Ma, 0_20 ma DAC
AD 420 AR-32

AD421 : Loop-powered 4-20 ma DAC
AD 421

AD421BN : Loop-powered 4 ma to 20 ma DAC
AD 421 BN

AD421BR : Loop-powered 4 ma to 20 ma DAC
AD 421 BR

AD421BRRL : Loop-powered 4-20 ma DAC
AD 421 BRRL

AD42211-H : 400V, 120mA, 35 Ohms
AD 42211-H

AD42211-S : 400V, 120mA, 35 Ohms
AD 42211-S

AD42211-TR : 400V, 120mA, 35 Ohms
AD 42211-TR

AD45048 : Rail-to-Rail, High Output Current, Upstream Adsl Line Driver<<<>>>the AD45048 is
AD 45048

AD45048AR : Rail-to-Rail, High Output Current, Upstream Adsl Line Driver<<<>>>the AD45048 is
AD 45048 AR

AD45048AR-REEL : Rail-to-Rail, High Output Current, Upstream Adsl Line Driver<<<>>>the AD45048 is
AD 45048 AR-REEL

AD45048AR-REEL7 : Rail-to-Rail, High Output Current, Upstream Adsl Line Driver<<<>>>the AD45048 is
AD 45048 AR-REEL7

AD484M1644VTA : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA

AD484M1644VTA-10I : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-10I

AD484M1644VTA-10L : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-10L

AD484M1644VTA-10LI : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-10 LI

AD484M1644VTA-15 : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-15

AD484M1644VTA-5.5 : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-5.5

AD484M1644VTA-6 : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-6

AD484M1644VTA-7 : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-7

AD484M1644VTA-7I : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-7I

AD484M1644VTA-7L : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-7L

AD484M1644VTA-7LI : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-7 LI

AD484M1644VTA-8I : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-8I

AD484M1644VTA-8L : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-8L

AD484M1644VTA-8LI : Ascend Semiconductor Corporation ( 64mb Sdram )
AD 484 M 1644 VTA-8 LI

AD4A : Quadrature to Rs232 Adapter
AD 4A

AD4C111-E : 350V, 100mA, 50 Ohms
AD 4 C 111-E

AD4C111-H : 400V, 120mA, 35 Ohms
AD 4 C 111-H

AD4C111-L : 400V, 120mA, 35 Ohms, Current Limiting
AD 4 C 111-L

AD4C111-S : 400V, 120mA, 35 Ohms
AD 4 C 111-S

AD4C111-TR : 400V, 120mA, 35 Ohms
AD 4 C 111-TR

AD4C112-H : 400v, 125mA, 35 Ohms
AD 4 C 112-H

AD4C112-S : 400v, 125mA, 35 Ohms
AD 4 C 112-S

AD4C112-TR : 400v, 125mA, 35 Ohms
AD 4 C 112-TR

AD4C113-H : 400V, 120mA, 35 Ohms
AD 4 C 113-H

AD4C113-S : 400V, 120mA, 35 Ohms
AD 4 C 113-S

AD4C113-TR : 400V, 120mA, 35 Ohms
AD 4 C 113-TR

AD4C211-H : 400V, 150mA, 20 Ohms
AD 4 C 211-H

AD4C211-L : 400V, 150mA, 20 Ohms, Current Limiting
AD 4 C 211-L

AD4C211-S : 400V, 150mA, 20 Ohms
AD 4 C 211-S

AD4C211-TR : 400V, 150mA, 20 Ohms
AD 4 C 211-TR

AD4C212-H : 400V, 120mA, 25 Ohms
AD 4 C 212-H

AD4C212-S : 400V, 120mA, 25 Ohms
AD 4 C 212-S

AD4C212-TR : 400V, 120mA, 25 Ohms
AD 4 C 212-TR

AD4C213-H : 400V, 150mA, 25 Ohms
AD 4 C 213-H

AD4C213-S : 400V, 150mA, 25 Ohms
AD 4 C 213-S

AD4C213-TR : 400V, 150mA, 25 Ohms
AD 4 C 213-TR

AD4C250-H : 250V, 25mA, Hi-speed Turn-on (0.05msec Typ.)
AD 4 C 250-H

AD4C250-S : 250V, 25mA, Hi-speed Turn-on (0.05msec Typ.)
AD 4 C 250-S

AD4C250-TR : 250V, 25mA, Hi-speed Turn-on (0.05msec Typ.)
AD 4 C 250-TR

AD4C311-H : 400V, 200mA, 10 Ohms
AD 4 C 311-H

AD4C311-S : 400V, 200mA, 10 Ohms
AD 4 C 311-S

AD4C311-TR : 400V, 200mA, 10 Ohms
AD 4 C 311-TR

AD4C312-H : Discontinued--replaced BY AD4C332
AD 4 C 312-H

AD4C312-S : Discontinued--replaced BY AD4C332
AD 4 C 312-S

AD4C312-TR : Discontinued--replaced BY AD4C332
AD 4 C 312-TR

AD4C313-H : Discontinued--replaced BY AD4C333
AD 4 C 313-H

AD4C313-S : Discontinued--replaced BY AD4C333
AD 4 C 313-S

AD4C313-TR : Discontinued--replaced BY AD4C333
AD 4 C 313-TR

AD4C321-H : Discontinued
AD 4 C 321-H

AD4C321-S : Discontinued
AD 4 C 321-S

AD4C321-TR : Discontinued
AD 4 C 321-TR

AD4C323-H : Discontinued
AD 4 C 323-H

AD4C323-S : Discontinued
AD 4 C 323-S

AD4C323-TR : Discontinued
AD 4 C 323-TR

AD4C333-H : 250V, 200mA, 10 Ohms
AD 4 C 333-H

AD4C333-S : 250V, 200mA, 10 Ohms
AD 4 C 333-S

AD4C333-TR : 250V, 200mA, 10 Ohms
AD 4 C 333-TR

AD4PS-1 : Power Splitter
AD 4 PS-1

AD5 : Four Quadrature Encoders to Sei Adapter
AD5

AD5011 : 2 Pair/1 PaIR Etsi Compatible HDSL Analog Front End
AD 5011

AD5011B : 2 Pair/1 PaIR Etsi Compatible HDSL Analog Front End
AD 5011B

AD5040 : Full Accurate 3 V/5 V 14-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5040

AD5040 : Full Accurate 3 V/5 V 14-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5040

AD5040BRJZ-500RL7 : Full Accurate 3 V/5 V 14-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5040 BRJZ-500 RL7

AD5040BRJZ-500RL7 : Full Accurate 3 V/5 V 14-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5040 BRJZ-500 RL7

AD5040BRJZ-REEL7 : Full Accurate 3 V/5 V 14-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5040 BRJZ-REEL7

AD5040BRJZ-REEL7 : Full Accurate 3 V/5 V 14-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5040 BRJZ-REEL7

AD5060 : Full Accurate 3 V/5 V 16-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5060

AD5060 : Full Accurate 3 V/5 V 16-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5060

AD5060ARJZ-1500RL7 : Full Accurate 3 V/5 V 16-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5060 ARJZ-1500 RL7

AD5060ARJZ-1500RL7 : Full Accurate 3 V/5 V 16-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5060 ARJZ-1500 RL7

AD5060ARJZ-1REEL7 : Full Accurate 3 V/5 V 16-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5060 ARJZ-1 REEL7

AD5060ARJZ-1REEL7 : Full Accurate 3 V/5 V 16-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5060 ARJZ-1 REEL7

AD5060ARJZ-2500RL7 : Full Accurate 3 V/5 V 16-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5060 ARJZ-2500 RL7

AD5060ARJZ-2500RL7 : Full Accurate 3 V/5 V 16-Bit Vout nanoDAC™ Converter, Output Buffered, in a Sot
AD 5060 ARJZ-2500 RL7

 
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