PUMB15 Philips - Pnp/pnp Resistor-equipped Transistors; R1 = 4.7 Kohm, R2 = 4.7 Kohmfeatures Built-in Bias Resistors Simplifies Circuit Design Reduces Component Count Reduces Pick and Place Costs. Applications Low Current Peripheral Driver Replacement of General Purpose Transistors in Digital Applications Control of ic Inputs.
PUMD14 Philips - NPN/PNP resistor-equipped transistors; R1 = 47 kOhm, R2 = open NPN/PNP resistor-equipped transistors. FeaturesBuilt-in bias resistors Simplifies circuit design Reduces component count Reduces pick and place cost ApplicationsLow current peripheral driver Control of IC inputs Replacement of general-purpose transistors in digital applications
PUMD15 Philips - Npn/pnp Resistor-equipped Transistors; R1 = 4.7 Kohm, R2 = 4.7 Kohmfeatures Built-in Bias Resistors Simplified Circuit Design Reduction of Component Count Reduced Pick and Place Costs. Applications Low Current Peripheral Driver Replacement of General Purpose Transistors in Digital Applications Control of ic Inputs.
PX50-AD4S Hirose - Power Supply Connectors For Industrial Equipment
PX50-AF6S Hirose - Power Supply Connectors For Industrial Equipment
PX50-SC-131 Hirose - Power Supply Connectors For Industrial Equipment
PX50-SC-231 Hirose - Power Supply Connectors For Industrial Equipment
PX50-SC-TC Hirose - Power Supply Connectors For Industrial Equipment
PX5410 Zarlink - he growing use of the Internet and the increasing demand for storage area network (SAN) solutions has created the need for next generation physical layer ICs. In addition the introduction of 4 G Fiber Channel (4GFC) has introduced the need for next generation ICs to be backwards compatible with 1 G and 2 G Fiber Channel. The Zarlink PX5410 providesA multi-rate VCSEL driver solution for 1, 2, and 4GFC.The Zarlink PX5410 Multi-Rate VCSEL Driver is designed for various applications up to 4.25 Gbps. It consist
PX5419A Zarlink - he Zarlink PX5419A 12X3 Gbps VCSEL Driver* with ACJTAG isA twelve-channel VCSEL driver designed for various 12x3 Gbps parallel PMD applications. It consists ofA DC-coupled amplifier with selectable modulation and bias currents optimized for driving commercially available, common cathode VCSELs fromA single +3.3V supply.Individual channel settings are used to control the modulation and bias current and their temperature coefficients, allowing the optical output power and extinction ratio to be optimized.
PX5420 Zarlink - The Zarlink PX5420 optical receiver isA single channel TIA/LA optical receiver designed for various applications to 4.25 Gbps. It consists ofA transimpedance amplifier (TIA) and an AC-coupled differential limiting amplifier (LA).The transimpedance amplifier achievesA nominal bandwidth of 3 GHz overA wide range of photodiode input capacitance.A photodiode bias current monitor allows forA simple alignment procedure.The transimpedance amplifier is AC-coupled internally toA high-gain, high-bandwidth, lim
PX5514 Zarlink - The Zarlink PX5514 4x4 Gbps VCSEL Driver isA four-channel VCSEL driver designed for various 4x4 Gbps parallel optics and CWDM PMD applications. It consists ofA DC-coupled amplifier with selectable modulation and bias currents optimized for driving commercially available, common cathode VCSELs fromA single +3.3V supply.Individual channel settings are used to control the modulation and bias current and their temperature coefficients, allowing the optical output power and extinction ratio to be optimized.
PX5524 Zarlink - The growing use of the Internet has created increasingly higher demand for multi-Gbps I/O performance. The demand for 40+ Gbps WAN bandwidth fuels the growth of short-reach 10 Gbps infrastructures within high-end telco and datacom routers, switches, servers and other proprietary chassis-to-chassis links. The Zarlink PX5524 4 Gbps TIA/LA Receiver isA four-channel TIA/LA optical receiver designed for various 4x4 Gbps parallel optics and CWDM PMD applications. It consists ofA DC-coupled transimpedance amplif
PX6410 Zarlink - The Zarlink PX6410 10 Gbps serial VCSEL driver is designed for various 10 Gbps PMD applications. It consists ofA DC-coupled amplifier with adjustable modulation and bias currents optimized for driving commercially available VCSEL-based transmit optical sub assemblies (TOSAs) fromA single +3.3V supply.VCSEL modulation and bias currents can be programmed byA variety of means including external resistors, programmable potentiometers or microcontroller DAC outputs. Selectable current temperature coefficient
PX6419 Zarlink - The Zarlink PX6419 12X10 Gbps VCSEL Driver* isA 12-channel VCSEL driver designed for various 12x10 Gbps, 120 Gbps parallel optics and CWDM PMD applications. It consists ofA DC-coupled amplifier with selectable modulation and bias currents optimized for driving commercially available, common cathode VCSELs fromA single +3.3V supply.Individual channel settings are used to control the modulation and bias current and their temperature coefficients, allowing the optical output power and extinction ratio to b
PX6420 Zarlink - The Primarion® PX6420 10 Gbps receiver isA single channel TIA/LA optical receiver designed for various 10 Gbps PMD applications. It consists ofA transimpedance amplifier and an AC-coupled differential limiting amplifier.The transimpedance amplifier achievesA nominal bandwidth of 8 GHz overA wide range of photodiode input capacitance.A photodiode bias current monitor allows forA simple alignment procedure.The transimpedance amplifier is AC-coupled internally toA high-gain, high-bandwidth, limiting amp
PX6514 Zarlink - The Zarlink PX6514 4x10 Gbps VCSEL Driver isA four-channel VCSEL driver designed for various 4x10 Gbps parallel optics and CWDM PMD applications. It consists ofA DC-coupled amplifier with selectable modulation and bias currents optimized for driving commercially available, common cathode VCSELs fromA single +3.3V supply.Individual channel settings are used to control the modulation and bias current and their temperature coefficients, allowing the optical output power and extinction ratio to be optimized
PX6524 Zarlink - The transimpedance amplifier is AC-coupled internally toA high-gain, high-bandwidth differential limiting amplifier. The limiting amplifier providesA differential back-terminated CML output that can be used to drive 10 Gbps per channel transceivers or other CML compatible clock and data recovery circuits. The limiting amplifier features an adjustable signal detect circuit that senses optical modulation amplitude (OMA) to provideA received signal indication for each channel.Features * 4-channel integr
PXA26x INTEL - Intel PXA26x Processor Family Electrical, Mechanical, and Thermal Specification
PXA270 INTEL - Electrical, Mechanical, and Thermal Specification
PXAC37 Philips - XA 16-bit microcontroller family 32K/1024 OTP CAN transport layer controller 1 UART, 1 SPI Port, CAN 2.0B, 32 CAN ID Filters, transport layer co-proce
PXAC37KB Philips - XA-C3; Xa 16-bit Microcontroller Family 32K/1024 Otp/rom CAN Transport Layer Controller 1 Uart, 1 Spi Port, CAN 2.0B, 32 CAN id Filters, Transport Layer Co-processor; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAC37KBA Philips - XA 16-bit microcontroller family 32K/1024 OTP CAN transport layer controller 1 UART, 1 SPI Port, CAN 2.0B, 32 CAN ID Filters, transport layer co-proce
PXAC37KBBD Philips - XA 16-bit microcontroller family 32K/1024 OTP CAN transport layer controller 1 UART, 1 SPI Port, CAN 2.0B, 32 CAN ID Filters, transport layer co-proce
PXAC37KF Philips - XA-C3; Xa 16-bit Microcontroller Family 32K/1024 Otp/rom CAN Transport Layer Controller 1 Uart, 1 Spi Port, CAN 2.0B, 32 CAN id Filters, Transport Layer Co-processor; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAC37KFA Philips - XA 16-bit microcontroller family 32K/1024 OTP CAN transport layer controller 1 UART, 1 SPI Port, CAN 2.0B, 32 CAN ID Filters, transport layer co-proce
PXAC37KFBD Philips - XA 16-bit microcontroller family 32K/1024 OTP CAN transport layer controller 1 UART, 1 SPI Port, CAN 2.0B, 32 CAN ID Filters, transport layer co-proce
PXAG30 Philips - XA-G30; Xa 16-bit Microcontroller Family 512 B RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAG30KBA Philips - XA 16-bit microcontroller family 512 B RAM, watchdog, 2 UARTs
PXAG30KBBD Philips - XA 16-bit microcontroller family 512 B RAM, watchdog, 2 UARTs
PXAG30KFA Philips - XA 16-bit microcontroller family 512 B RAM, watchdog, 2 UARTs
PXAG30KFBD Philips - XA 16-bit microcontroller family 512 B RAM, watchdog, 2 UARTs
PXAG30KFx Philips - XA-G30; Xa 16-bit Microcontroller Family 512 B RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAG37 Philips - XA-G37; Xa 16-bit Microcontroller Family 32K Otp, 512 B RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAG37KB Philips - XA-G37; Xa 16-bit Microcontroller Family 32K Otp, 512 B RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAG37KBA Philips - XA 16-bit microcontroller family 32K/512 OTP/ROM/ROMless, watchdog, 2 UARTs
PXAG37KBBD Philips - XA 16-bit microcontroller family 32K/512 OTP/ROM/ROMless, watchdog, 2 UARTs
PXAG37KF Philips - XA-G37; Xa 16-bit Microcontroller Family 32K Otp, 512 B RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAG37KFA Philips - XA 16-bit microcontroller family 32K/512 OTP/ROM/ROMless, watchdog, 2 UARTs
PXAG37KFBD Philips - XA 16-bit microcontroller family 32K/512 OTP/ROM/ROMless, watchdog, 2 UARTs
PXAG37KFx Philips - XA-G37; Xa 16-bit Microcontroller Family 32K Otp, 512 B RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAG39 Philips - XA-G39; Xa 16-bit Microcontroller Family 32K FLASH/1K RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44)
PXAG39KBA Philips - XA 16-bit microcontroller family XA 16-bit microcontroller 32K FLASH/1K RAM, watchdog, 2 UARTs
PXAG49 Philips - XA 16-bit microcontroller family 64K FLASH/2K RAM, watchdog, 2 UARTs
PXAG49KB Philips - XA-G49; Xa 16-bit Microcontroller Family 64K FLASH/2K RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAG49KBA Philips - XA 16-bit microcontroller family 64K FLASH/2K RAM, watchdog, 2 UARTs
PXAG49KBBD Philips - XA-G49; Xa 16-bit Microcontroller Family 64K FLASH/2K RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAG49KF Philips - XA-G49; Xa 16-bit Microcontroller Family 64K FLASH/2K RAM, Watchdog, 2 UARTs; Package: SOT187-2 (PLCC44), SOT389-1 (LQFP44)
PXAG49KFA Philips - XA 16-bit microcontroller family 64K FLASH/2K RAM, watchdog, 2 UARTs
PY1101F Stanley - PKG Type = Right Angle ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 4.4 ; Luminous Intensity iv (mcd) TYP = 8.8 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 150
PY1101W Stanley - PKG Type = Standard Flat Lens (3216/1206) ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 4.0 ; Luminous Intensity iv (mcd) TYP = 8.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 150
PY1102W Stanley - PKG Type = Standard Inner Lens (3216/1206) ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 12.0 ; Luminous Intensity iv (mcd) TYP = 24.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 70
PY1105CK Stanley - PKG Type = Super Wide Angle ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 4.7 ; Luminous Intensity iv (mcd) TYP = 8.0 ; Luminous Intensity iv (mcd) Max = 10 ; Viewing Angle (2 θ 1/2) = 180
PY1111C Stanley - PKG Type = Ultra Compact (1608/0603) ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 7.0 ; Luminous Intensity iv (mcd) TYP = 11.7 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 150
PY1111R Stanley - PKG Type = Reverse Mount (3216/1206) ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 7.6 ; Luminous Intensity iv (mcd) TYP = 12.7 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 150
PY1112C Stanley - PKG Type = Ultra Compact (1608/0603) ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 7.0 ; Luminous Intensity iv (mcd) TYP = 11.7 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 150
PY1112CK Stanley - PKG Type = Ultra Compact (1608/0603) ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 7.0 ; Luminous Intensity iv (mcd) TYP = 11.7 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 150
PY1112H Stanley - PKG Type = Thin(2012/0805) ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 7.0 ; Luminous Intensity iv (mcd) TYP = 11.7 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 160
PY1113F Неопределенные - 1113F Series, Right Angle SMT LED
PY1114CK Stanley - PKG Type = Super Thin ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 3.3 ; Luminous Intensity iv (mcd) TYP = 5.6 ; Luminous Intensity iv (mcd) Max = 10 ; Viewing Angle (2 θ 1/2) = 140
PY2202S Stanley - PKG Type = 1.6 ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 12.0 ; Luminous Intensity iv (mcd) TYP = 24.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 60
PY2222S Stanley - PKG Type = 1.6 ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 12.0 ; Luminous Intensity iv (mcd) TYP = 24.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 60
PY3365S Stanley - PKG Type = 3 ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 3.0 ; Luminous Intensity iv (mcd) TYP = 6.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 110
PY3822K Stanley - PKG Type = 2x3 ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 2.0 ; Luminous Intensity iv (mcd) TYP = 4.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 140
PY3889S Stanley - PKG Type = 3 ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 2.5 ; Luminous Intensity iv (mcd) TYP = 5.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 130
PY5262X Неопределенные - Single Color phi 5 Flush Mount Round Shape Type
PY5304S Stanley - PKG Type = 5 ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 40.0 ; Luminous Intensity iv (mcd) TYP = 80.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 20
PY5305S Stanley - PKG Type = 5 ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 25.0 ; Luminous Intensity iv (mcd) TYP = 50.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 35
PY5307S Stanley - PKG Type = 5 ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 5.0 ; Luminous Intensity iv (mcd) TYP = 10.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 100
PY5334S Stanley - PKG Type = 5 ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 15.0 ; Luminous Intensity iv (mcd) TYP = 30.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 30
PY5335S Stanley - PKG Type = 5 ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 15.0 ; Luminous Intensity iv (mcd) TYP = 30.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 45
PY5351K Stanley - PKG Type = 2x5 ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 2.0 ; Luminous Intensity iv (mcd) TYP = 4.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 140
PY5362X Stanley - PKG Type = 5 ; Emitted Color = Yellow Green ; Lens Type = Clear ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 3.0 ; Luminous Intensity iv (mcd) TYP = 6.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 100
PY5385X Stanley - PKG Type = 5 ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 3.0 ; Luminous Intensity iv (mcd) TYP = 6.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 140
PY7351K Stanley - PKG Type = 2.4x7.2 ; Emitted Color = Yellow Green ; Lens Type = Diffused ; Peak Wavelength λ P (nm) = 570 ; Luminous Intensity iv (mcd) Min = 2.0 ; Luminous Intensity iv (mcd) TYP = 4.0 ; Luminous Intensity iv (mcd) Max = 20 ; Viewing Angle (2 θ 1/2) = 150
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