Semiconductors Parts begin by S0 Page 22

S-875041AUP-AAC-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875041 AUP-AAC-T2

S-875041B : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875041B

S-875041BUP-ABC-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875041 BUP-ABC-T2

S-875041C : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875041C

S-875041CUP-ACC-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875041 CUP-ACC-T2

S-875043 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875043

S-875043A : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875043A

S-875043AUP-AAB-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875043 AUP-AAB-T2

S-875043B : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875043B

S-875043BUP-ABB-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875043 BUP-ABB-T2

S-875043C : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875043C

S-875043CUP-ACB-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875043 CUP-ACB-T2

S-875045 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875045

S-875045A : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875045A

S-875045AUP-AAA-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875045 AUP-AAA-T2

S-875045B : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875045B

S-875045BUP-ABA-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875045 BUP-ABA-T2

S-875045C : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875045C

S-875045CUP-ACA-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875045 CUP-ACA-T2

S-875061C : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875061C

S-875061CUP-ACH-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875061 CUP-ACH-T2

S-875061E : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875061E

S-875061EUP-AJH-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875061 EUP-AJH-T2

S-875077AUP-AAF-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875077 AUP-AAF-T2

S-875077C : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875077C

S-875077CUP-ACF-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875077 CUP-ACF-T2

S-875077E : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875077E

S-875077EUP-AJF-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875077 EUP-AJF-T2

S-875087EUP-AJG-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875087 EUP-AJG-T2

S-875087FUP-AKA-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875087 FUP-AKA-T2

S-8750B0C : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-8750 B 0C

S-8750B0CUP-ACG-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-8750 B 0 CUP-ACG-T2

S-8750B0EUP-AJI-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-8750 B 0 EUP-AJI-T2

S-8750xxC : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-8750 xxC

S-8750xxx : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-8750 xxx

S-875255C : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875255C

S-875255CUP-AHB-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875255 CUP-AHB-T2

S-875271C : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875271C

S-875271CUP-AHA-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875271 CUP-AHA-T2

S-875294CUP-AHC-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875294 CUP-AHC-T2

S-875635BUP-AGA-T2 : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-875635 BUP-AGA-T2

S-87x : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87x

S-87XSeries :
S-87 XSeries

S-87XSeries : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87 XSeries

S-87xxxxA : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87 xxxxA

S-87xxxxB : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87 xxxxB

S-87xxxxC : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87 xxxxC

S-87xxxxCUP : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87 xxxxCUP

S-87xxxxE : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87 xxxxE

S-87xxxxEUP : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87 xxxxEUP

S-87xxxxF : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87 xxxxF

S-87xxxxG : Feature = High Withstand-voltage Voltage Regulator With Reset Function ;; Compos
S-87 xxxxG

S-8813 : Type = 3-channel White LCD Driver ;; Efficiency = 82% ;; Operating Voltage = 2.7
S-8813

S-881300 : Type = 3-channel White LCD Driver ;; Efficiency = 82% ;; Operating Voltage = 2.7
S-881300

S-881300BPE : Type = 3-channel White LCD Driver ;; Efficiency = 82% ;; Operating Voltage = 2.7
S-881300 BPE

S-881300CPE : Type = 3-channel White LCD Driver ;; Efficiency = 82% ;; Operating Voltage = 2.7
S-881300 CPE

S-8821 : Type = Voltage Regulation Step-up ;; Efficiency = 90% ;; Operating Voltage = 1.6
S-8821

S-882133A : Type = Voltage Regulation Step-up ;; Efficiency = 90% ;; Operating Voltage = 1.6
S-882133A

S-882150A : Type = Voltage Regulation Step-up ;; Efficiency = 90% ;; Operating Voltage = 1.6
S-882150A

S-89110A : Type = Low Current Consumption Single ;; Rail-to-Rail* Operation = Output Full S
S-89110A

S-89110ANC-1A1-TF : Type = Low Current Consumption Single ;; Rail-to-Rail* Operation = Output Full S
S-89110 ANC-1 A 1-TF

S-89120A : Type = Low Current Consumption Single ;; Rail-to-Rail* Operation = Output Full S
S-89120A

S-89120ANC-1A2-TF : Type = Low Current Consumption Single ;; Rail-to-Rail* Operation = Output Full S
S-89120 ANC-1 A 2-TF

S-891XXSeries :
S-891 XXSeries

S-89210A : Type = Low Current Consumption Single ;; Rail-to-Rail* Operation = Output Full S
S-89210A

S-89210ACNC-1C0-TF : Type = Low Current Consumption Single ;; Rail-to-Rail* Operation = Output Full S
S-89210 ACNC-1 C 0-TF

S-89220A : Type = Low Current Consumption Single ;; Rail-to-Rail* Operation = Output Full S
S-89220A

S-89220ACNC-1C1-TF : Type = Low Current Consumption Single ;; Rail-to-Rail* Operation = Output Full S
S-89220 ACNC-1 C 1-TF

S-892XXSeries :
S-892 XXSeries

S-89400A : Type = Wide-band Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage Ra
S-89400A

S-89400ALMD-HNL-TF : Type = Wide-band Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage Ra
S-89400 ALMD-HNL-TF

S-89410A : Type = Middle-band Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage
S-89410A

S-89410ALMD-HNO-TF : Type = Middle-band Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage
S-89410 ALMD-HNO-TF

S-89430A : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89430A

S-89430ACNC-HBU-TF : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89430 ACNC-HBU-TF

S-89430B : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89430B

S-89430BCFN-HEU-T2 : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89430 BCFN-HEU-T2

S-89430BCPN-HEU-TF : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89430 BCPN-HEU-TF

S-89431A : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89431A

S-89431ACNC-HBV-TF : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89431 ACNC-HBV-TF

S-89431B : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89431B

S-89431BCFN-HEV-T2 : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89431 BCFN-HEV-T2

S-89431BCPN-HEV-TF : Type = 0.5 µA Rail-to-rail ;; Rail-to-Rail* Operation = Yes ;; Operating V
S-89431 BCPN-HEV-TF

S-8944xA/BSeries :
S-8944 xA/BSeries

S-89510A : Type = Middle-speed Single ;; Rail-to-Rail* Operation = Output Full Swing Only ;
S-89510A

S-89510ALMD-HN5-TF : Type = Middle-speed Single ;; Rail-to-Rail* Operation = Output Full Swing Only ;
S-89510 ALMD-HN 5-TF

S-89530A : Type = 0.7µA Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage R
S-89530A

S-89530ACNC-HCB-TF : Type = 0.7µA Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage R
S-89530 ACNC-HCB-TF

S-89530B : Type = 0.7µA Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage R
S-89530B

S-89530BCPN-HFB-TF : Type = 0.7µA Dual ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage Ran
S-89530 BCPN-HFB-TF

S-89531A : Type = 0.7µA Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage R
S-89531A

S-89531ACNC-HCC-TF : Type = 0.7µA Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage R
S-89531 ACNC-HCC-TF

S-89531B : Type = 0.7µA Single ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage R
S-89531B

S-89531BCPN-HFC-TF : Type = 0.7µA Dual ;; Rail-to-Rail* Operation = Yes ;; Operating Voltage Ran
S-89531 BCPN-HFC-TF

S-8953xA/BSeries :
S-8953 xA/BSeries

S-90N0113SMA : VDSS = 30 V ;; VGSS = ±20 V ;; Id = 1 a ;; RDS = 90 MΩ (Vgs=10 V, Id=0
S-90 N 0113 SMA

S-90N0113SMA-TF : VDSS = 30 V ;; VGSS = ±20 V ;; Id = 1 a ;; RDS = 90 MΩ (Vgs=10 V, Id=0
S-90 N 0113 SMA-TF

S-90N0133SUA : VDSS = 30 V ;; VGSS = ±20 V ;; Id = 3 a ;; RDS = 80 MΩ (Vgs=10 V, Id=1
S-90 N 0133 SUA

S-90N0133SUA-TF : VDSS = 30 V ;; VGSS = ±20 V ;; Id = 3 a ;; RDS = 80 MΩ (Vgs=10 V, Id=1
S-90 N 0133 SUA-TF

S-90N0212SMA : VDSS = 20 V ;; VGSS = ±12 V ;; Id = 1 a ;; RDS = 75 MΩ (Vgs=4.5 V, Id=
S-90 N 0212 SMA

S-90N0212SMA-TF : VDSS = 20 V ;; VGSS = ±12 V ;; Id = 1 a ;; RDS = 75 MΩ (Vgs=4.5 V, Id=
S-90 N 0212 SMA-TF

S-90N0232SUA : VDSS = 20 V ;; VGSS = ±12 V ;; Id = 3 a ;; RDS = 80 MΩ (Vgs=4.5 V, Id=
S-90 N 0232 SUA

S-90N0232SUA-TF : VDSS = 20 V ;; VGSS = ±12 V ;; Id = 3 a ;; RDS = 80 MΩ (Vgs=4.5 V, Id=
S-90 N 0232 SUA-TF

S-90N0312SMA : VDSS = 20 V ;; VGSS = ±8 V ;; Id = 1 a ;; RDS = 75 MΩ (Vgs=4.5 V, Id=0
S-90 N 0312 SMA

S-90N0312SMA-TF : VDSS = 20 V ;; VGSS = ±8 V ;; Id = 1 a ;; RDS = 75 MΩ (Vgs=4.5 V, Id=0
S-90 N 0312 SMA-TF

S-90N0332SUA : VDSS = 20 V ;; VGSS = ±8 V ;; Id = 3 a ;; RDS = 70 MΩ (Vgs=4.5 V, Id=1
S-90 N 0332 SUA

S-90N0332SUA-TF : VDSS = 20 V ;; VGSS = ±8 V ;; Id = 3 a ;; RDS = 70 MΩ (Vgs=4.5 V, Id=1
S-90 N 0332 SUA-TF

S-90N0442SUA : VDSS = 20 V ;; VGSS = ±8 V ;; Id = 4 a ;; RDS = 37 MΩ (Vgs=4.5 V, Id=2
S-90 N 0442 SUA

S-90N0442SUA-TF : VDSS = 20 V ;; VGSS = ±8 V ;; Id = 4 a ;; RDS = 37 MΩ (Vgs=4.5 V, Id=2
S-90 N 0442 SUA-TF

S-90N0513SPN : VDSS = 30 V ;; VGSS = ±20 V ;; Id = 0.5 a ;; RDS = 140 MΩ (Vgs=10 V, I
S-90 N 0513 SPN

S-90N0513SPN-TF : VDSS = 30 V ;; VGSS = ±20 V ;; Id = 0.5 a ;; RDS = 140 MΩ (Vgs=10 V, I
S-90 N 0513 SPN-TF

S-93A66A : Size (bit), Organization (bit) = 4K (256×16) ;; Instruction Code = NM93CSxx
S-93 A 66A

S-93A66AD0A-J8T20B : Size (bit), Organization (bit) = 4K (256×16) ;; Instruction Code = NM93CSxx
S-93 A 66 AD 0 A-J 8 T 20B

S-93C46A :
S-93 C 46A

S-93C46A : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46A

S-93C46ADFJ : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 ADFJ

S-93C46ADP-1A : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 ADP-1A

S-93C46AFJ : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 AFJ

S-93C46AFT : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 AFT

S-93C46AMFN : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 AMFN

S-93C46B : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46B

S-93C46BD0H-J8T2 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 BD 0 H-J 8 T2

S-93C46BD0I-D8S1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 BD 0 I-D 8 S1

S-93C46BD0I-J8T1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 BD 0 I-J 8 T1

S-93C46BD0I-T8T1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 BD 0 I-T 8 T1

S-93C46BR0I-J8T1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 46 BR 0 I-J 8 T1

S-93C56A :
S-93 C 56A

S-93C56A : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56A

S-93C56ADFJ : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 ADFJ

S-93C56ADP-1A : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 ADP-1A

S-93C56AFJ : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 AFJ

S-93C56AFT : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 AFT

S-93C56AMFN : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 AMFN

S-93C56B : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56B

S-93C56BD0H-J8T2 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 BD 0 H-J 8 T2

S-93C56BD0I-D8S1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 BD 0 I-D 8 S1

S-93C56BD0I-J8T1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 BD 0 I-J 8 T1

S-93C56BD0I-T8T1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 BD 0 I-T 8 T1

S-93C56BR0I-J8T1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 56 BR 0 I-J 8 T1

S-93C66A :
S-93 C 66A

S-93C66A : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66A

S-93C66ADFJ : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 ADFJ

S-93C66ADP-1A : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 ADP-1A

S-93C66AFJ : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 AFJ

S-93C66AFT : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 AFT

S-93C66AMFN : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 AMFN

S-93C66B : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66B

S-93C66BD0H-J8T2 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 BD 0 H-J 8 T2

S-93C66BD0I-D8S1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 BD 0 I-D 8 S1

S-93C66BD0I-J8T1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 BD 0 I-J 8 T1

S-93C66BD0I-T8T1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 BD 0 I-T 8 T1

S-93C66BR0I-J8T1 : Size (bit), Organization (bit) = 1K (64×16) 2K (128×16) 4K (256×1
S-93 C 66 BR 0 I-J 8 T1

S-93C76A : Size (bit), Organization (bit) = 8K (512×16) ;; Instruction Code = NM93CSxx
S-93 C 76A

S-93C76ADFJ : Size (bit), Organization (bit) = 8K (512×16) ;; Instruction Code = NM93CSxx
S-93 C 76 ADFJ

S-93C76ADP : Size (bit), Organization (bit) = 8K (512×16) ;; Instruction Code = NM93CSxx
S-93 C 76 ADP

S-93C76AFT : Size (bit), Organization (bit) = 8K (512×16) ;; Instruction Code = NM93CSxx
S-93 C 76 AFT

S-AU26 : RF Power Amplifier Module
S-AU 26

S-AU27AH : Package Dimensions = 5-53Q ;; Output Power po (W) = 32 ;; Input Power pi (W) = 0
S-AU 27 AH

S-AU27AL : Package Dimensions = 5-53Q ;; Output Power po (W) = 32 ;; Input Power pi (W) = 0
S-AU 27 AL

S-AU27AM : Package Dimensions = 5-53Q ;; Output Power po (W) = 32 ;; Input Power pi (W) = 0
S-AU 27 AM

S-AU35 : RF Power Amplifier Module
S-AU 35

S-AU35AH : Package Dimensions = 5-22L ;; Output Power po (W) = 2.6 ;; Input Power pi (W) =
S-AU 35 AH

S-AU35AL : Package Dimensions = 5-22L ;; Output Power po (W) = 2.6 ;; Input Power pi (W) =
S-AU 35 AL

S-AU39 : RF Power Amplifier Module
S-AU 39

S-AU50H : Package Dimensions = 5-23E ;; Output Power po (W) = 6.5 ;; Input Power pi (W) =
S-AU 50H

S-AU50L : Package Dimensions = 5-23E ;; Output Power po (W) = 7 ;; Input Power pi (W) = 0.
S-AU 50L

S-AU50M : Package Dimensions = 5-23E ;; Output Power po (W) = 7 ;; Input Power pi (W) = 0.
S-AU 50M

S-AU57 : Package Dimensions = 5-23E ;; Output Power po (W) = 7 ;; Input Power pi (W) = 0.
S-AU 57

S-AU68L : Package Dimensions = 5-23E ;; Output Power po (W) = 7 ;; Input Power pi (W) = 0.
S-AU 68L

S-AU68M : Package Dimensions = 5-23E ;; Output Power po (W) = 7 ;; Input Power pi (W) = 0.
S-AU 68M

S-AU70 : RF Power Amplifier Module
S-AU 70

S-AU76 : RF Power Amplifier Module
S-AU 76

S-AU77 : RF Power Amplifier Module
S-AU 77

S-AV10 : RF Power Amplifier Module
S-AV 10

S-AV10H : Package Dimensions = 5-53P ;; Output Power po (W) = 14 ;; Input Power pi (W) = 0
S-AV 10H

S-AV10L : Package Dimensions = 5-53P ;; Output Power po (W) = 14 ;; Input Power pi (W) = 0
S-AV 10L

S-AV17 : Package Dimensions = 5-53L ;; Output Power po (W) = 60 ;; Input Power pi (W) = 0
S-AV 17

S-AV22A : RF Power Amplifier Module
S-AV 22A

S-AV23A : RF Power Amplifier Module
S-AV 23A

S-AV28 : RF Power Amplifier Module
S-AV 28

S-AV30H : RF Power Amplifier Module
S-AV 30H

S-AV6 : Package Dimensions = 5-53P ;; Output Power po (W) = 28 ;; Input Power pi (W) = 0
S-AV6

S-AV7 : Package Dimensions = 5-53P ;; Output Power po (W) = 28 ;; Input Power pi (W) = 0
S-AV7

S-L2980 : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980

S-L2980A15 : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 15

S-L2980A15PN-C6ATF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 15 PN-C 6 ATF

S-L2980A17MC-C6CTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 17 MC-C 6 CTF

S-L2980A17PN-C6CTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 17 PN-C 6 CTF

S-L2980A18MC-C6DTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 18 MC-C 6 DTF

S-L2980A18PN-C6DTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 18 PN-C 6 DTF

S-L2980A19PN-C6ETF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 19 PN-C 6 ETF

S-L2980A25MC-C6KTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 25 MC-C 6 KTF

S-L2980A25PN-C6KTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 25 PN-C 6 KTF

S-L2980A27MC-C6MTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 27 MC-C 6 MTF

S-L2980A27PN-C6MTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 27 PN-C 6 MTF

S-L2980A28MC-C6NTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 28 MC-C 6 NTF

S-L2980A28PN-C6NTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 28 PN-C 6 NTF

S-L2980A29PN-C6OTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 29 PN-C 6 OTF

S-L2980A30 : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 30

S-L2980A30MC-C6PTF : Features = RR 70dB LDO ;; Input Voltage = 10V Max. ;; Output Voltage = 1.5-6.0V
S-L 2980 A 30 MC-C 6 PTF

 
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