A64 TRANSISTOR Search Results

TRANSISTOR A64

Abstract: MMBT pnp
Contextual Info: MPS A64/MPSW64/MMBT A64 2 3 National Semiconductor MPSW64 MPSA64 MMBTA64 TO- 9 2 T L / G /1 0 1 0 Q - 5 T L / G /1 0 1 0 0 - 1 PNP Darlington Transistor Electrical Characteristics T * = 25‘ C unless otherw ise noted Param eter Sym bol Min Max Units OFF C HA R A C TER ISTIC S

pt 100 - to92

Abstract: pt 100 to92 MPS-A63 MPS-A64 MPSA63
Contextual Info: G Ql E SOLID STATE 3875081 G E SOLID STATE Signal Transistors_ DE § 3û750âl □G17tn G 01E 17990 1 D _ 2.7 MPS-A63, MPS-A64 Silicon Darlington Transistors TO-92 The GE/RCA MPS-A63 and A64 are planar epitaxial passivated PNP silicon Darlington transistors designed for preamplitier input applications where high im pedance is a

Contextual Info: Cascadable Amplifier 10 to 1200 MHz A64/ SMA64 V3 Features Product Image • LOW NOISE: 3.0 dB TYP. • HIGH GAIN - TWO STAGES: 26 dB (TYP.) • ULTRA LOW PHASE DEVIATION FROM LINEARITY: <±2O, 100-1000 MHz • LOW VSWR: 1.2:1 (TYP.) Description The A64 RF amplifier is a discrete hybrid design, which uses

TRANSISTOR A64

Abstract: a64 TRANSISTOR SMA64 CA64
Contextual Info: A64 / SMA64 Cascadable Amplifier 10 to 1200 MHz Rev. V3 Features Product Image • LOW NOISE: 3.0 dB TYP. • HIGH GAIN - TWO STAGES: 26 dB (TYP.) • ULTRA LOW PHASE DEVIATION FROM LINEARITY: <±2O, 100-1000 MHz • LOW VSWR: 1.2:1 (TYP.) Description The A64 RF amplifier is a discrete hybrid design, which uses

MBS 6-B5

Abstract: CY7C960 Family Users Guide VIC64 Users interrupt vhdl ld 18 CY7C960 CY7C961 Cypress VMEbus FF000000 MD32
Contextual Info: Using the Slave VIC CY7C960/961 Many VME boards, especially I/O Local Interrupts boards, need only be aware of VME Slave transactions. Most A64/A40 Support commercially available VME interface chips are caĆ pable of both Master and Slave VME transactions

marking A64 amplifier

Abstract: A64 sot23-5 transistor ic equivalent book
Contextual Info: OPA643 OP OPA 643 A64 OPA 3 658 Wideband Low Distortion, High Gain OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● LOW DISTORTION: –90dBc at 5MHz ● LOW NOISE: 2.3nV/√Hz ● GAIN-BANDWIDTH PRODUCT: 800MHz ● BASE STATION ADC PREAMP ● ADC/DAC BUFFER AMPLIFIER

ADS805

Abstract: OPA642 OPA643 OPA643P 1RF 630
Contextual Info: OPA643 OP OPA 643 A64 OPA 3 658 Wideband Low Distortion, High Gain OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● LOW DISTORTION: –90dBc at 5MHz ● LOW NOISE: 2.3nV/√Hz ● GAIN-BANDWIDTH PRODUCT: 800MHz ● BASE STATION ADC PREAMP ● ADC/DAC BUFFER AMPLIFIER

ADS805

Abstract: OPA642 OPA643 OPA643P 5v audio amplifier
Contextual Info: OPA643 OP OPA 643 A64 OPA 3 658 Wideband Low Distortion, High Gain OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● LOW DISTORTION: –90dBc at 5MHz ● LOW NOISE: 2.3nV/√Hz ● GAIN-BANDWIDTH PRODUCT: 800MHz ● BASE STATION ADC PREAMP ● ADC/DAC BUFFER AMPLIFIER

ADS805

Abstract: OPA642 OPA643 OPA643P 1RF 630
Contextual Info: OPA643 OP OPA 643 A64 OPA 3 658 Wideband Low Distortion, High Gain OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● LOW DISTORTION: –90dBc at 5MHz ● LOW NOISE: 2.3nV/√Hz ● GAIN-BANDWIDTH PRODUCT: 800MHz ● BASE STATION ADC PREAMP ● ADC/DAC BUFFER AMPLIFIER

TRANSISTOR A64

Contextual Info: A64/SMA64 10 TO 1200 MHz CASCADABLE AMPLIFIER • LOW NOISE: 3.0 dB TYP. · HIGH GAIN - TWO STAGES: 26 dB (TYP.) · ULTRA LOW PHASE DEVIATION FROM LINEARITY: <±2°, 100-1000 MHz · LOW VSWR: 1.2:1 (TYP.) Typical Performance @ 25°C Specifications (Rev. Date: 11/00)*

WJ-A64

Abstract: wj 508 WJA64 BC 148 TRANSISTOR TRANSISTOR "BC 258" TRANSISTOR BC 252 transistor BC 148
Contextual Info: uuU A64 / SMA64 10 to 1200 MHz TO-8 CASCADABLE AMPLIFIER ♦ ♦ ♦ ♦ AVAILABLE IN SURFACE MOUNT LOW NOISE: 3.0 dB TYP. HIGH GAIN - TWO STAGES: 26 dB (TYP.) ULTRA LOW PHASE DEVIATION FROM LINEARITY: < ±2°,100-1000 MHz ♦ LOW VSWR: 1.2:1 (TYP.) Outline Drawings

Contextual Info: OPA643 OP OPA 643 A64 OPA 3 658 Wideband Low Distortion, High Gain OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● LOW DISTORTION: –90dBc at 5MHz ● LOW NOISE: 2.3nV/√Hz ● GAIN-BANDWIDTH PRODUCT: 800MHz ● BASE STATION ADC PREAMP ● ADC/DAC BUFFER AMPLIFIER

SOT23-5 MARKING V4

Abstract: opa 275
Contextual Info: OPA643 OP OPA 643 A64 OPA 3 658 Wideband Low Distortion, High Gain OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● LOW DISTORTION: –90dBc at 5MHz ● LOW NOISE: 2.3nV/√Hz ● GAIN-BANDWIDTH PRODUCT: 800MHz ● BASE STATION ADC PREAMP ● ADC/DAC BUFFER AMPLIFIER

carbon composition resistors

Abstract: PI sot23-5 fast photodiode amplifier ADS805 OPA642 OPA643 OPA643P 1RF 630
Contextual Info: OPA643 OP OPA 643 A64 OPA 3 658 Wideband Low Distortion, High Gain OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● LOW DISTORTION: –90dBc at 5MHz ● LOW NOISE: 2.3nV/√Hz ● GAIN-BANDWIDTH PRODUCT: 800MHz ● BASE STATION ADC PREAMP ● ADC/DAC BUFFER AMPLIFIER

ADS805

Abstract: OPA642 OPA643 OPA643P 1RF 630 CURRENT TRANSFORMER transimpedance
Contextual Info: OPA643 OP OPA 643 A64 OPA 3 658 Wideband Low Distortion, High Gain OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● LOW DISTORTION: –90dBc at 5MHz ● LOW NOISE: 2.3nV/√Hz ● GAIN-BANDWIDTH PRODUCT: 800MHz ● BASE STATION ADC PREAMP ● ADC/DAC BUFFER AMPLIFIER

1RF 630

Abstract: ADS805 OPA642 OPA643 OPA643P OPA643PB MARKING VB SOT23-5
Contextual Info: OPA643 OP OPA 643 A64 OPA 3 658 Wideband Low Distortion, High Gain OPERATIONAL AMPLIFIER FEATURES APPLICATIONS ● LOW DISTORTION: –90dBc at 5MHz ● LOW NOISE: 2.3nV/√Hz ● GAIN-BANDWIDTH PRODUCT: 800MHz ● BASE STATION ADC PREAMP ● ADC/DAC BUFFER AMPLIFIER

RF TRANSISTOR 1.5 GHZ A64

Abstract: TRANSISTOR A64 CA64 SMA64
Contextual Info: A64/SMA64 10 TO 1200 MHz CASCADABLE AMPLIFIER • LOW NOISE: 3.0 dB TYP. · HIGH GAIN - TWO STAGES: 26 dB (TYP.) · ULTRA LOW PHASE DEVIATION FROM LINEARITY: <±2°, 100-1000 MHz · LOW VSWR: 1.2:1 (TYP.) Typical Performance @ 25°C Specifications (Rev. Date: 11/00)*

WJ-A64

Contextual Info: WJ-A64 / SMA64 10 to 1200 MHz TO-8 CASCADABLE AMPLIFIER m ♦ ♦ ♦ ♦ AVAILABLE IN SURFACE MOUNT LOW NOISE: 3.0 dB TYP. HIGH GAIN - TWO STAGES: 26 dB (TYP.) ULTRA LOW PHASE DEVIATION FROM LINEARITY: <±2°, 100-1000 MHz ♦ LOW VSWR: 1.2:1 (TYP.) Outline Drawings

transistor TA78

Abstract: TA57 ta76 ic TA76 TA54/TA57/TA60/TA61/TA64/TA76/TA78 ta64
Contextual Info: h -7 > y 7s £ /T ra n sisto rs TA54/T A57/T A60/T A61 /T A64/T A76/T A78 T A 5 4 /T A 5 7 /T A 6 0 /T A 6 1 T A 6 4 /T A 7 6 /T A 78 1 f c f T i i - ' f i ' - i - M y ' =i > Epitaxial Planar Silicon Transistor Arrays • W F ^ T liill/ D im e n s io n s U n it: mm)

RF TRANSISTOR 1.5 GHZ A64

Abstract: TRANSISTOR A64 A64 marking amplifier MMIC A64 marking SGA-6489 marking A64 amplifier MMIC transistor tl 187 RF 1.5 GHZ A64 RF TRANSISTOR A64
Contextual Info: Product Description Stanford Microdevices’ SGA-6489 is a high performance SiGe Heterojunction Bipolar Transistor MMIC Amplifier. A Darlington configuration featuring 1 micron emitters provides high FT and excellent thermal perfomance. The heterojunction increases

TRANSISTOR A64

Abstract: RF TRANSISTOR 1.5 GHZ A64 MMIC A64 marking SGA-6486 A64 marking amplifier marking A64 amplifier
Contextual Info: Product Description Stanford Microdevices’ SGA-6486 is a high performance SiGe Heterojunction Bipolar Transistor MMIC Amplifier. A Darlington configuration featuring 1 micron emitters provides high FT and excellent thermal perfomance. The heterojunction increases

RF TRANSISTOR 1.5 GHZ A64

Abstract: MMIC A64 marking A64 marking amplifier
Contextual Info: Product Description Stanford Microdevices’ SGA-6486 is a high performance SiGe Heterojunction Bipolar Transistor MMIC Amplifier. A Darlington configuration featuring 1 micron emitters provides high FT and excellent thermal perfomance. The heterojunction increases

vme 3u board standards

Abstract: CY7C960 CY7C961 CY7C964 FF000000 MD32 VME64 vme bus specification vhdl Cypress VMEbus Interface Handbook CY7C960 Family Users Guide
Contextual Info: faxid: 5709 Using the Slave VIC CY7C960/961 Many VME boards, especially I/O boards, need only be aware of VME Slave transactions. Most commercially available VME interface chips are capable of both Master and Slave VME transactions and require some local intelligence, such as a

vme bus specification vhdl

Abstract: VIC64 Users CY7C960 CY7C961 CY7C964 FF000000 MD32 VIC64 VME64 vhdl code for simple microprocessor
Contextual Info: faxid 5709 Using the Slave VIC CY7C960/961 Many VME boards, especially I/O boards, need only be aware of VME Slave transactions. Most commercially available VME interface chips are capable of both Master and Slave VME transactions and require some local intelligence, such as a