Semiconductors Parts begin by SP Page 6

SP4423CU : Electroluminescent Lamp Driver Low Power Applications
SP 4423 CU

SP4423CX : Electroluminescent Lamp Driver Low Power Applications
SP 4423 CX

SP4423NEB : Electroluminescent Lamp Driver Low Power Applications
SP 4423 NEB

SP4423UEB : Electroluminescent Lamp Driver Low Power Applications
SP 4423 UEB

SP4424 : Electroluminescent Lamp Driver Dual Oscillators
SP 4424

SP4424CN : Electroluminescent Lamp Driver Dual Oscillators
SP 4424 CN

SP4424CU : Electroluminescent Lamp Driver Dual Oscillators
SP 4424 CU

SP4424CX : Electroluminescent Lamp Driver Dual Oscillators
SP 4424 CX

SP4424NEB : Electroluminescent Lamp Driver Dual Oscillators
SP 4424 NEB

SP4424UEB : Electroluminescent Lamp Driver Dual Oscillators
SP 4424 UEB

SP4425 : Electroluminescent Lamp Driver Low Voltage Applications
SP 4425

SP4425CN : Electroluminescent Lamp Driver Low Voltage Applications
SP 4425 CN

SP4425CU : Electroluminescent Lamp Driver Low Voltage Applications
SP 4425 CU

SP4425CX : Electroluminescent Lamp Driver Low Voltage Applications
SP 4425 CX

SP4425NEB : Electroluminescent Lamp Driver Low Voltage Applications
SP 4425 NEB

SP4425Q : Electroluminescent Lamp Driver Low Voltage Applications
SP 4425Q

SP4425UEB : Electroluminescent Lamp Driver Low Voltage Applications
SP 4425 UEB

SP4428 : Electroluminescent Lamp Driver High Drive Capability For Lowvoltage Applications
SP 4428

SP4428CN : Electroluminescent Lamp Driver High Drive Capability For Lowvoltage Applications
SP 4428 CN

SP4428NEB : Electroluminescent Lamp Driver High Drive Capability For Lowvoltage Applications
SP 4428 NEB

SP4438 : Ultra-quiet Electroluminescent Lamp Driver For Cellular Phone Applications
SP 4438

SP4438EU : Ultra-quiet Electroluminescent Lamp Driver For Cellular Phone Applications
SP 4438 EU

SP4438UEB : Ultra-quiet Electroluminescent Lamp Driver For Cellular Phone Applications
SP 4438 UEB

SP4439 : Ultra-quiet Electroluminescent Lamp Driver With Programmable Wave Shape
SP 4439

SP4439EU : Ultra-quiet Electroluminescent Lamp Driver With Programmable Wave Shape
SP 4439 EU

SP4446 : Iout = 75mA ;; Vin Min. = 1V ;; Vin Max. = 8V ;; Fixed Outputs = N/a ;; Output R
SP 4446

SP4446EK : Iout = 75mA ;; Vin Min. = 1V ;; Vin Max. = 8V ;; Fixed Outputs = N/a ;; Output R
SP 4446 EK

SP4446EK/TR : Iout = 75mA ;; Vin Min. = 1V ;; Vin Max. = 8V ;; Fixed Outputs = N/a ;; Output R
SP 4446 EK/TR

SP4460 : Zener Voltage Regulator Diode
SP 4460

SP4460US : Zener Voltage Regulator Diode
SP 4460 US

SP4461 : Zener Voltage Regulator Diode
SP 4461

SP4461US : Zener Voltage Regulator Diode
SP 4461 US

SP4462 : Zener Voltage Regulator Diode
SP 4462

SP4462US : Zener Voltage Regulator Diode
SP 4462 US

SP4463 : Zener Voltage Regulator Diode
SP 4463

SP4463US : Zener Voltage Regulator Diode
SP 4463 US

SP4480 : Dual Electroluminscent Lamp Driver
SP 4480

SP4480EN : Dual Electroluminscent Lamp Driver
SP 4480 EN

SP4480EY : Dual Electroluminscent Lamp Driver
SP 4480 EY

SP4480NEB : Dual Electroluminscent Lamp Driver
SP 4480 NEB

SP4490 : Two Panel Electroluminscent Lamp Driver
SP 4490

SP4490EU : Two Panel Electroluminscent Lamp Driver
SP 4490 EU

SP4490UEB : Two Panel Electroluminscent Lamp Driver
SP 4490 UEB

SP4491 : Two Panel Electroluminscent Lamp Driver
SP 4491

SP4491EU : Two Panel Electroluminscent Lamp Driver
SP 4491 EU

SP4491UEB : Two Panel Electroluminscent Lamp Driver
SP 4491 UEB

SP4501 : el Plus Piezo Driver
SP 4501

SP4501EN : el Plus Piezo Driver
SP 4501 EN

SP4501EY : el Plus Piezo Driver
SP 4501 EY

SP4501NEB : el Plus Piezo Driver
SP 4501 NEB

SP4632 :
SP 4632

SP4642 :
SP 4642

SP4652 :
SP 4652

SP4653 :
SP 4653

SP4666 : SP4666 - 1.3GHz Divide 64/256 Prescaler With Low Current And Low Radiation
SP 4666

SP4666MP : SP4666 - 1.3GHz Divide 64/256 Prescaler With Low Current And Low Radiation
SP 4666 MP

SP4666MPT : SP4666 - 1.3GHz Divide 64/256 Prescaler With Low Current And Low Radiation
SP 4666 MPT

SP4666NA : SP4666 - 1.3GHz Divide 64/256 Prescaler With Low Current And Low Radiation
SP 4666 NA

SP4740 : SP4740 - 1.3GHz Divide 256 Prescaler With Low Current And Low Radiation
SP 4740

SP4740DP : SP4740 - 1.3GHz Divide 256 Prescaler With Low Current And Low Radiation
SP 4740 DP

SP4740MP : SP4740 - 1.3GHz Divide 256 Prescaler With Low Current And Low Radiation
SP 4740 MP

SP4740MPT : SP4740 - 1.3GHz Divide 256 Prescaler With Low Current And Low Radiation
SP 4740 MPT

SP4740NA : SP4740 - 1.3GHz Divide 256 Prescaler With Low Current And Low Radiation
SP 4740 NA

SP4742 :
SP 4742

SP4780 :
SP 4780

SP481 : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481

SP481CN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 CN

SP481CS : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 CS

SP481E : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481E

SP481ECN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 ECN

SP481ECP : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 ECP

SP481EEN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 EEN

SP481EEP : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 EEP

SP481EN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 EN

SP481ES : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 ES

SP481R : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481R

SP481RCN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 RCN

SP481RCP : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 481 RCP

SP483 : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 483

SP483CN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 483 CN

SP483CP :
SP 483 CP

SP483CS : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 483 CS

SP483E : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 483E

SP483ECN : Enhanced Low Emi Half-duplex RS-485 Transceiver
SP 483 ECN

SP483ECP : Enhanced Low Emi Half-duplex RS-485 Transceiver
SP 483 ECP

SP483EEN : Enhanced Low Emi Half-duplex RS-485 Transceiver
SP 483 EEN

SP483EEP : Enhanced Low Emi Half-duplex RS-485 Transceiver
SP 483 EEP

SP483EN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 483 EN

SP483EP :
SP 483 EP

SP483ES : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 483 ES

SP485 : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485

SP485CN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485 CN

SP485CS : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485 CS

SP485E : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485E

SP485ECN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485 ECN

SP485ECP : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485 ECP

SP485EEN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485 EEN

SP485EEP : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485 EEP

SP485EMN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485 EMN

SP485EN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485 EN

SP485ES : no of Tx/rx = 1Tx/1Rx ;; Duplex = Half ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 485 ES

SP485R : High-fanout RS-485 Transceiver
SP 485R

SP485RCN : High-fanout RS-485 Transceiver
SP 485 RCN

SP485RCP : High-fanout RS-485 Transceiver
SP 485 RCP

SP486 : no of Tx/rx = 4Tx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 486

SP486CS : no of Tx/rx = 4Tx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 486 CS

SP486CT : no of Tx/rx = 4Tx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 486 CT

SP486E : Enhanced Quad Rs-485/rs-422 Line Driver
SP 486E

SP486ECP : Enhanced Quad Rs-485/rs-422 Line Driver
SP 486 ECP

SP486ECT : Enhanced Quad Rs-485/rs-422 Line Driver
SP 486 ECT

SP486EEP : Enhanced Quad Rs-485/rs-422 Line Driver
SP 486 EEP

SP486EET : Enhanced Quad Rs-485/rs-422 Line Driver
SP 486 EET

SP486ES : no of Tx/rx = 4Tx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 486 ES

SP486ET : no of Tx/rx = 4Tx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 486 ET

SP487 : no of Tx/rx = 4 TX ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 487

SP487CS : no of Tx/rx = 4 TX ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 487 CS

SP487CT : no of Tx/rx = 4 TX ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 487 CT

SP487E : Enhanced Quad Rs-485/rs-422 Line Driver
SP 487E

SP487ECP : Enhanced Quad Rs-485/rs-422 Line Driver
SP 487 ECP

SP487ECT : Enhanced Quad Rs-485/rs-422 Line Driver
SP 487 ECT

SP487EEP : Enhanced Quad Rs-485/rs-422 Line Driver
SP 487 EEP

SP487EET : Enhanced Quad Rs-485/rs-422 Line Driver
SP 487 EET

SP487ES : no of Tx/rx = 4 TX ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 487 ES

SP487ET : no of Tx/rx = 4 TX ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 0.5
SP 487 ET

SP488 : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488

SP488A : High Speed Quad RS-485/RS-422 Line Receivers
SP 488A

SP488ACP : High Speed Quad RS-485/RS-422 Line Receivers
SP 488 ACP

SP488ACT : High Speed Quad RS-485/RS-422 Line Receivers
SP 488 ACT

SP488AEP : High Speed Quad RS-485/RS-422 Line Receivers
SP 488 AEP

SP488AET : High Speed Quad RS-485/RS-422 Line Receivers
SP 488 AET

SP488CS : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488 CS

SP488CT : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488 CT

SP488E : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488E

SP488ECP : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488 ECP

SP488ECT : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488 ECT

SP488EEP : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488 EEP

SP488EET : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488 EET

SP488ES : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488 ES

SP488ET : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 488 ET

SP489 : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489

SP489A : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489A

SP489ACP : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 ACP

SP489ACT : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 ACT

SP489AEP : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 AEP

SP489AET : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 AET

SP489CS : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 CS

SP489CT : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 CT

SP489E : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489E

SP489ECP : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 ECP

SP489ECT : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 ECT

SP489EEP : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 EEP

SP489EET : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 EET

SP489ES : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 ES

SP489ET : no of Tx/rx = 4Rx ;; Duplex = N/a ;; VCC (V) = 5 ;; Typ. Icc Current (mA) = 1 ;;
SP 489 ET

SP490 : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490

SP490CN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490 CN

SP490CS : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490 CS

SP490E : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490E

SP490ECN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490 ECN

SP490ECP : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490 ECP

SP490EDS/14 : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490 EDS/14

SP490EEN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490 EEN

SP490EEP : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490 EEP

SP490EN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490 EN

SP490ES : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 490 ES

SP491 : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491

SP491CN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491 CN

SP491CS : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491 CS

SP491E : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491E

SP491ECN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491 ECN

SP491ECP : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491 ECP

SP491EEN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491 EEN

SP491EEP : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491 EEP

SP491EN : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491 EN

SP491ES : no of Tx/rx = 1Tx/1Rx ;; Duplex = Full ;; VCC (V) = 5 ;; Typ. Icc Current (mA) =
SP 491 ES

SP495 : no of Tx/rx = 4Tx/4Rx ;; Duplex = Half ;; VCC (V) = +5 ;; Typ. Icc Current (mA)
SP 495

SP495CT : no of Tx/rx = 4Tx/4Rx ;; Duplex = Half ;; VCC (V) = +5 ;; Typ. Icc Current (mA)
SP 495 CT

SP495ET : no of Tx/rx = 4Tx/4Rx ;; Duplex = Half ;; VCC (V) = +5 ;; Typ. Icc Current (mA)
SP 495 ET

SP4982 : SP4982 - 2.5GHz Divide 8192 Prescaler
SP 4982

SP4982DP : SP4982 - 2.5GHz Divide 8192 Prescaler
SP 4982 DP

SP4982MP : SP4982 - 2.5GHz Divide 8192 Prescaler
SP 4982 MP

SP4982MPT : SP4982 - 2.5GHz Divide 8192 Prescaler
SP 4982 MPT

SP4982NA : SP4982 - 2.5GHz Divide 8192 Prescaler
SP 4982 NA

SP4993 : Zener Voltage Regulator Diode
SP 4993

SP4993US : Zener Voltage Regulator Diode
SP 4993 US

SP4994 : Zener Voltage Regulator Diode
SP 4994

SP4994US : Zener Voltage Regulator Diode
SP 4994 US

SP4995 : Zener Voltage Regulator Diode
SP 4995

SP4995US : Zener Voltage Regulator Diode
SP 4995 US

SP4996 : Zener Voltage Regulator Diode
SP 4996

SP4996US : Zener Voltage Regulator Diode
SP 4996 US

SP502 : Multi Mode Serial Transceiver
SP 502

SP5024 : 1.3GHz 3-Wire Bus Controlled Synthesizer
SP 5024

SP5024 :
SP 5024

SP5024B : SP5024 - 1.3GHz 3-Wire Bus Controlled Synthesizer
SP 5024B

SP5024BDPAS : SP5024 - 1.3GHz 3-Wire Bus Controlled Synthesizer
SP 5024 BDPAS

SP5024BKG : SP5024 - 1.3GHz 3-Wire Bus Controlled Synthesizer
SP 5024 BKG

SP5024BS : SP5024 - 1.3GHz 3-Wire Bus Controlled Synthesizer
SP 5024 BS

SP5024BSKG : SP5024 - 1.3GHz 3-Wire Bus Controlled Synthesizer
SP 5024 BSKG

SP5024BSMPAD : SP5024 - 1.3GHz 3-Wire Bus Controlled Synthesizer
SP 5024 BSMPAD

 
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