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Index Z : ZSWA-4-30DR,ZSR800,ZR78L series,
ZSWA-4-30DR
Mfg:Mini-Circuits Pack:Switch D/C:07+ Vendor:Other Category:Other
ZSR800
Mfg:SOP8 D/C:95+ Vendor:Other Category:Other
ZSR500
Mfg:ZETEX Pack:SOP8 D/C:08+ Vendor:Other Category:Other
ZSR485
Mfg:103 Pack:ZETEX Vendor:Other Category:Other
The ZSR Series three terminal fixed positive voltage regulators feature internal circuit current limit and thermal shutdown making the devices difficult to destroy. The circuit design allows creation of any custom voltag...ZSR400
Vendor:Other Category:Other
The ZSR Series three terminal fixed positive voltage regulators feature internal circuit current limit and thermal shutdown making the devices difficult to destroy. The circuit design allows creation of any custom voltag...ZSR330
Vendor:Other Category:Other
The ZSR Series three terminal fixed positive voltage regulators feature internal circuit current limit and thermal shutdown making the devices difficult to destroy. The circuit design allows creation of any custom voltag...ZSR300
Vendor:Other Category:Other
The ZSR Series three terminal fixed positive voltage regulators feature internal circuit current limit and thermal shutdown making the devices difficult to destroy. The circuit design allows creation of any custom voltag...ZSR285
Vendor:Other Category:Other
The ZSR Series three terminal fixed positive voltage regulators feature internal circuit current limit and thermal shutdown making the devices difficult to destroy. The circuit design allows creation of any custom voltag...ZSR1200
Vendor:Other Category:Other
ZSR1000
Vendor:Other Category:Other
ZSR Series
Vendor:Other Category:Other
The ZSR Series three terminal fixed positive voltage regulators feature internal circuit current limit and thermal shutdown making the devices difficult to destroy. The circuit design allows creation of any custom voltag...ZSP540
Vendor:Other Category:Other
The ZSP540 processor core is a high-performance/power-efficient Quad-MAC/Six-ALU implementation of the ZSP® G2 architecture. The ZSP540 utilizes a 16-bit architecture with extensive 32-bit capabilities and sets an un...ZSP4422A
Mfg:Sipex Pack:MSOP-8 D/C:03+ Vendor:Other Category:Other
The ZSP4422A is a high voltage output DC-AC converter that can operate from a +2.2V to +5.0V power supply. The ZSP4422A is designed with our proprietary high voltage BiCMOS technology and is capable of supplying up to 16...ZSM561
Vendor:Other Category:Other
The ZSM561 is a three terminal under vol tage monitor circuit for use in microprocessor systems. The threshold voltage of the device has been set to 4.6 volts making it ideal for 5 volt circuits.Included in the device is...ZSM560
Vendor:Other Category:Other
The ZSM560 is a three terminal under vol tage monitor circuit for use in microprocessor systems. The threshold voltage of the device has been set to 4.6 volts making it ideal for 5 volt circuits.Included in the device is...ZSM530
Mfg:ZETEX Pack:SOT223 D/C:07+(pb-free) Vendor:Other Category:Other
The ZSM530 is a three terminal under voltage monitor circuit for use in microprocessor systems. The threshold voltage of the device has been set to 4.3 volts making it ideal for 5 volt circuits.Included in the device is ...ZSM380
Mfg:ZETEX Pack:SOT223 D/C:`06+(pb-free) Vendor:Other Category:Other
The ZSM380 is a three terminal under vol tage monitor circuit for use in microprocessor systems. The threshold voltage of the device has been set to 3.8 volts making it ideal for 5 volt circuits.Included in the device is...ZSM330
Mfg:38 Pack:ZETEX Vendor:Other Category:Other
The ZSM330 is a three terminal under vol tage monitor circuit for use in microprocessor systems. The threshold voltage of the device has been set to 3.1 volts making it ideal for 3.3 volt circuits.Included in the device ...ZSM300
Vendor:Other Category:Other
The ZSM300 is a three terminal under vol tage monitor circuit for use in microprocessor systems. The threshold voltage of the device has been set to 2.63 volts making it ideal for 3 volt circuits.Included in the device i...ZSH560
Vendor:Other Category:Other
The ZSH560 is a three terminal under voltage monitor circuit for use in microprocessor systems. The threshold voltage of the device has been set to 4.6 volts making it ideal for 5 volt circuits.Included in the device is...ZSH330
Vendor:Other Category:Other
The ZSH330 is a three terminal under voltage monitor circuit for use in microprocessor systems. The threshold voltage of the device has been set to 3.1 volts making it ideal for 3.3 volt circuits.Included in the device i...ZSGK94W
Mfg:SunLED D/C:07+ Vendor:Other Category:Other
ZSGK91W
Mfg:SunLED D/C:07+ Vendor:Other Category:Other
ZSG94W
Mfg:SunLED D/C:07+ Vendor:Other Category:Other
ZSG91W
Mfg:SunLED D/C:07+ Vendor:Other Category:Other
ZSF202Q-B
Mfg:ZETACOM Pack:BGA Vendor:Other Category:Other
ZSF202Q-B: SWITCH FABRIC QUEUINGZSF200X-A
Mfg:ZETTACOM Pack:0335+ D/C:BGA Vendor:Other Category:Other
ZSF200X-A: SWITCH FABRICZ-SERIES
Vendor:Other Category:Other
The Z-Series of DC/DC converter modules has been specifically designed in response to the need for low voltage at moderate current levels supplied with the high efficiency and tight regulation dictated by modern digital ...ZSDR-425
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZSDR-230+
Mfg:mini-circuits D/C:07+ Vendor:Other Category:Other
ZSDR-230
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZSD100
Vendor:Other Category:Other
The ZSD100 is a frequency swept alarm signal generator designed specifically for static and automotive security alarm systems. One ZSD100, two t iming capacitors, an in-expensive TO92 darlington, piezo transducer and cou...ZSCT1555
Vendor:Other Category:Other
These ZSCT1555 devices are precision timing circuits for generation of accurate time delays or oscillation. Advanced circuit design means that these ZSCT1555 devices can operate from a single battery cell with the minimu...ZSC-3-1
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZSC-2-4
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZSC-2-1-75+
Mfg:mini-circuits D/C:07+ Vendor:Other Category:Other
ZSC-2-1-75
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZSAT600
Vendor:Other Category:Other
The ZSAT600 is an enhanced three terminal fixed positive 6 volt regulator. The device is designed particularly for use in Satellite receiver low noise blocks where a high degree of supply rejection is required to extende...ZSAT500
Vendor:Other Category:Other
The ZSAT500 is an enhanced three terminal fixed positive 5 volt regulator. The device is designed particularly for use in Satellite receiver low noise blocks where a high degree of supply rejection is required to extende...ZSA5MA27
D/C:05 Vendor:Other Category:Other
ZS4753A
Vendor:Other Category:Other
ZS4728A
Vendor:Other Category:Other
ZS330L
Vendor:Other Category:Other
ZS330
Vendor:Other Category:Other
ZS300-BL
Vendor:Other Category:Other
ZS100L
Vendor:Other Category:Other
ZS100
Vendor:Other Category:Other
ZS 1092B
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1092
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052-12
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052-11 UL
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052-11
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052-10B UL
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052-10 B
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052-1 UL
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052-1
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052 UL6
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052 AC UL
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052 AC
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1052
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1032 UL
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1032
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1031-7A
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1031-15
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1031-11
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZS 1031
Vendor:Other Category:Other
The process which effects the initial ionization within a flashlamp is know as "Triggering". Triggering creates a voltage gradient in the gas of sufficient magnitude to cause ionization of the lamps. Most flashlamp appli...ZRT100
Vendor:Other Category:Other
The ZRT100 is a monolithic integrated circuit providing a precise stable reference voltage of 9.8V at 500mA.The ZRT100 circuit features a knee current of 150mA and operation over a wide range of temperatures and currents...ZRT062
Vendor:Other Category:Other
The ZRT062 is a monolithic integrated circuit providing a precise stable reference voltage of 6.17V at 500mA.The ZRT062 circuit features a knee current of 150mA and operation over a wide range of temperatures and current...ZRT050
Vendor:Other Category:Other
The ZRT050 is a monolithic integrated circuit providing a precise stable reference voltage of 4.9V at 500mA.The ZRT050 circuit features a knee current of 150mA and operation over a wide range of temperatures and currents...ZRT040
Vendor:Other Category:Other
The ZRT040 is a monolithic integrated circuit providing a precise stable reference voltage of 4.01V at 500mA.The ZRT040 circuit features a knee current of 150mA and operation over a wide range of temperatures and current...ZRT025
Vendor:Other Category:Other
The ZRT025 is a monolithic integrated circuit providing a precise stable reference voltage of 2.5V at 500mA.The ZRT025 circuit features a knee current of 150mA and operation over a wide range of temperatures and currents...ZRON-8G
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZRL-700
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZRL-400
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZRL-2400LN
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZRL-2300
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZRL-2150
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZRL-1200
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZRL-1150LN
Mfg:MINI Pack:N/A D/C:N/A Vendor:Other Category:Other
ZREF50
Mfg:4 Pack:ZETEX Vendor:Other Category:Other
The ZREF50 uses a bandgap circuit design to achieve a precision micropower voltage reference of 5.0 volts. The device is available in a small outline surface mount package, ideal for applications where space saving is im...ZREF25
Vendor:Other Category:Other
The ZREF25 uses a bandgap circuit design to achieve a precision micropower voltage reference of 2.5 volts. The device is available in a small outline surface mount package, ideal for applications where space saving is im...ZREF12
Vendor:Other Category:Other
The ZREF12 uses a bandgap circuit design to achieve a precision micropower voltage reference of 1.24 volts. The device is available in a small outline surface mount package, ideal for applications where space saving is i...ZRC500A
Vendor:Other Category:Other
ZRC500
Vendor:Other Category:Other
The ZRC500 uses a bandgap circuit design to achieve a precision micropower voltage reference of 5.0 volts. The device is available in small outline surface mount packages, ideal for applications where space saving is imp...ZRC400A
Vendor:Other Category:Other
ZRC400
Vendor:Other Category:Other
The ZRC400 uses a bandgap circuit design to achieve a precision micropower voltage reference of 4.096 volts. The device is available in a small outline surface mount package, ideal for applications where space saving is ...ZRC330A
Vendor:Other Category:Other
ZRC330
Vendor:Other Category:Other
The ZRC330 uses a bandgap circuit design to achieve a precision micropower voltage reference of 3.3 volts. The device is available in small outline surface mount packages, ideal for applications where space saving is imp...ZRC250A03
Vendor:Other Category:Other
The ZRC250A03 uses a bandgap circuit design to achieve a precision micropower voltage reference of 2.5 volts. The ZRC250A03 is available in a small outline surface mount package, ideal for applications where space saving...ZRC250A
Vendor:Other Category:Other
ZRC250
Vendor:Other Category:Other
achieve a precision micropower voltage reference of 2.5 volts. The ZRC250 is available in small outline surface mount packages, ideal for applications where space saving is important, as well as packages for through hole...ZRB500
Vendor:Other Category:Other
The ZRB500 uses a bandgap circuit design to achieve a precision micropower voltage reference of 5.0 volts. The device is available in small outline surface mount packages, ideal for applications where space saving is imp...ZRA400
Vendor:Other Category:Other
The ZRA400 uses a bandgap circuit design to achieve a precision micropower voltage reference of 4.096 volts. The device is available in small outline surface mount packages, ideal for applications where space saving is i...ZRA250
Mfg:17 Pack:ZETEX Vendor:Other Category:Other
The ZRA250 uses a bandgap circuit design to achieve a precision micropower voltage reference of 2.5 volts. The device is available in small outline surface mount packages, ideal for applications where space saving is imp...ZRA245
Vendor:Other Category:Other
The ZRA245 uses a bandgap circuit design to achieve a precision voltage reference of 2.45 volts. The device is available in small outline surface mount packages, ideal for applications where space saving is important.The...ZRA125
Vendor:Other Category:Other
The ZRA125 uses a bandgap circuit design to achieve a precision micropower voltage reference of 1.25 volts. The device is available in small outline surface mount packages, ideal for applications where space saving is im...ZRA124
Vendor:Other Category:Other
The ZRA124 uses a bandgap circuit design to achieve a precision micropower voltage reference of 1.24 volts. The device is available in a small outline surface mount packages, ideal for applications where space saving is ...ZR83647009
Vendor:Other Category:Other
Zoran's CamMini 9 is a copy-ready reference camera that is based on Zoran's COACH™ 9 (Camera On a CHip) processor. The ZR83647009 is offered in two versions; CamMini 9 CCD and CamMini 9 CMOS. Features include TFT L...ZR836442
Vendor:Other Category:Other
Zoran's CamMini 8 is a copy ready reference camera that is based on Zoran's COACH™ 8 (Camera On a CHip) processor. The ZR836442 is offered in two version; CamMini 8 CCD and CamMini 8 CMOS. The main features include...ZR78L series
Vendor:Other Category:Other
This is the DEVICE DESCRIPTION of ZR78L series: The ZR78L Series three terminal fixed positive voltage regulators feature internal circuit current limit and thermal shutdown making the ZR78L series difficult to des...