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| Texas Instruments | TSB42AA9IPZT Overview100-TQFP contains it. This product is easy to carry due to its Tray-shaped packaging. Among other things, it contains 100 terminations. The supply voltage 3.3V can be used to achieve high efficiency. There are two TSB42AA9s in the number. It has SERIAL IO/COMMUNICATION CONTROLLER, SERIAL integrated circuits / uCs / peripherals. Default maximum supply voltage (Vsup) is 3.6V. It is recommended that the maximum operating temperature be 85°C°C to ensure stable operation. For the device to operate normally, the supply voltage (Vsup) must remain above 3V. TSB42AA9IPZT FeaturesMaximum temperature of 85°C TSB42AA9IPZT ApplicationsThere are a lot of Texas Instruments TSB42AA9IPZT Controllers Interface ICs applications.
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| NXP Semiconductors | PCA9665N,112 Overview20-DIP (0.300, 7.62mm) contains it. Easy-to-carry Tube-shaped packaging. It is important to regulate the temperature to -40°C~85°C in order to ensure reliable operation. Using a 2.3V~3.6VV power source should be fine. Among other things, it contains 20 terminations. The supply voltage 2.5V allows for high efficiency. It is a member of the PCA9665 family of numbers. In this device, the clock runs at a frequency of 1MHz. Currently, 100μA is available. 2.5/3.3V is the power supply setting for the component. PCA9665N,112 Features1MHz clock frequency PCA9665N,112 ApplicationsThere are a lot of NXP USA Inc. PCA9665N,112 Controllers Interface ICs applications.
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999
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| Texas Instruments | PCI1620PDV OverviewThe 208-LQFP package contains it. With its Tray-shaped packaging, it's easy to carry. With a 1.8V~5VV power source, you should be able to use it. There are terminations of type 208 in it. When 3.3V is used as the supply voltage, high efficiency can be achieved. It is a member of the PCI1620 family of numbers. 208 pins are used to operate the device. 3.33.3/5V is the power supply setting for the component. Ensure stable operation by keeping the temperature at 70°C°C at all times. PCI1620PDV FeaturesMaximum temperature of 70°C PCI1620PDV ApplicationsThere are a lot of Texas Instruments PCI1620PDV Controllers Interface ICs applications.
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999
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| Texas Instruments | TSB14AA1TPFB OverviewIt can be found in the 48-TQFP package that you can download. The packaging is shaped in a Tray-shape, which makes it easy to carry around. To ensure reliable operation, the temperature should be regulated to -40°C~105°C. The 3.3VV power source is all you need to use it. A number of 48 terminations are found in it. The supply voltage 3.3V allows for high efficiency. As a member of the TSB14AA1 family, it is a prime number. It has SERIAL IO/COMMUNICATION CONTROLLER, SERIAL integrated circuits / uCs / peripherals. In this device, the clock runs at a frequency of 100MHz. This part is equipped with 1 serial I/Os. TSB14AA1TPFB Features100MHz clock frequency TSB14AA1TPFB ApplicationsThere are a lot of Texas Instruments TSB14AA1TPFB Controllers Interface ICs applications.
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| Texas Instruments | PCI6420GHK OverviewIn the 288-LFBGA package, you'll find it. Easy-to-carry Tray-shaped packaging. A temperature of 0°C~70°C should be maintained for reliable operation. You should be able to use it as long as you use a 3V~3.6VV power source. In it, there are terminations that end in 288. When 1.8V is used as the supply voltage, high efficiency can be achieved. A PCI6420 number belongs to the family of numbers. 288 pins are used for operation. There is a 48MHz frequency involved in the clock of the device. It is set to 1.83.35V in the power supply settings for the component. PCI6420GHK Features48MHz clock frequency PCI6420GHK ApplicationsThere are a lot of Texas Instruments PCI6420GHK Controllers Interface ICs applications.
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| Texas Instruments | PCI7610GHK OverviewThe 209-LFBGA package contains it. Easy-to-carry Tray-shaped packaging. The power source must be 3.3V 5VV to work. There are terminations of type 209 in it. When 3.3V is used as the supply voltage, high efficiency can be achieved. As a member of the PCI7610 family, it is a prime number. In order for the device to function, 209 pins must be used. There is a 24.576MHz frequency involved in the clock of the device. Component 3.33.3/5V is set to power supply. Ensure stable operation by keeping the temperature at 70°C°C at all times. PCI7610GHK Features24.576MHz clock frequency Maximum temperature of 70°C PCI7610GHK ApplicationsThere are a lot of Texas Instruments PCI7610GHK Controllers Interface ICs applications.
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| Texas Instruments | DP83820BVUW OverviewIt is a part of the 208-BFQFP package. This product is easy to carry due to its Tube-shaped packaging. A temperature regulation of 0°C~70°C is necessary to ensure reliable operation. Using a 3.3VV power source should be fine. Among other things, it contains 208 terminations. 1.8V supply voltage allows high efficiency. As a member of the DP83820 family of numbers, it is a prime number. In order for the device to function, 208 pins must be used. A 150mA-current supply is provided to the gadget. At the time of writing, the clock of this device is running at a frequency of 25MHz. It is set to 1.83.3V in the power supply settings for the component. There are 8 serial I/Os incorporated in the part. DP83820BVUW Features25MHz clock frequency DP83820BVUW ApplicationsThere are a lot of Texas Instruments DP83820BVUW Controllers Interface ICs applications.
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| Texas Instruments | PCI1520IGHK OverviewThere is a package called 209-LFBGA that contains it, and you can find it there. Easy-to-carry Tray-shaped packaging. Keeping the temperature at -40°C~85°C will ensure reliable operation. With a 3.3V 5VV power source, you should be able to use it. In it, there are 209 terminations. 3.3V supply voltage allows high efficiency. PCI1520 numbers are members of the family. It operates by using 209 pins. At the time of writing, the clock of this device is running at a frequency of 33MHz. This component has a 3.33.3/5V power supply. PCI1520IGHK Features33MHz clock frequency PCI1520IGHK ApplicationsThere are a lot of Texas Instruments PCI1520IGHK Controllers Interface ICs applications.
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| Texas Instruments | PCI1510GGU Overview144-LFBGA contains it. It is easy to carry thanks to its Tube-shaped packaging. It should be able to operate on a 3.3V 5VV power supply. In it, there are terminations that end in 144. The supply voltage 3.3V can be used to achieve high efficiency. A PCI1510 number belongs to the family of numbers. Using 144 pins allows the device to operate. The device runs at a frequency of 33MHz, which is determined by its clock. There is a power supply set to 3.33.3/5V for the component that is being used. It is made possible by the maximum operating temperature of 70°C°C, enabling stable operation. For reliability, it must operate at a minimum temperature of 0°C degrees Celsius. PCI1510GGU Features33MHz clock frequency PCI1510GGU ApplicationsThere are a lot of Texas Instruments PCI1510GGU Controllers Interface ICs applications.
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| Microchip Technology | AT43312A-AC OverviewIt is a part of the 32-LQFP package. Easily transportable packaging in Tray-shape. Regulating the temperature to 0°C~70°C is crucial to ensuring reliable operation. The power source must be 4.4V~5.25VV to work. There are two AT43312As in the number. 24mA is currently in supply. AT43312A-AC FeaturesAT43312A-AC ApplicationsThere are a lot of Microchip Technology AT43312A-AC Controllers Interface ICs applications.
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| Texas Instruments | PCI7515ZHK OverviewIt is available in the 257-LFBGA package. It is easy to carry thanks to its Tray-shaped packaging. The temperature should be regulated to 0°C~70°C for reliable operation. The 3V~3.6VV power source is all you need to use it. Among other things, it contains 257 terminations. When 3.3V is used as the supply voltage, high efficiency can be achieved. PCI7515 numbers are members of this family. 257 pins are used for operation. There is a 33.33MHz frequency involved in the clock of the device. The component's power supply is set to 1.53.35V. PCI7515ZHK Features33.33MHz clock frequency PCI7515ZHK ApplicationsThere are a lot of Texas Instruments PCI7515ZHK Controllers Interface ICs applications.
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| Texas Instruments | PCI7411GHK OverviewIn the 288-LFBGA package, you'll find it. It is very easy to carry because of the Tray-shaped packaging. Using a 3.3V 5VV power source should be fine. There are terminations of type 288 in it. When 3.3V is used as the supply voltage, high efficiency can be achieved. PCI7411 numbers are members of this family. There are 288 pins used in order to operate the device. The clock of the device runs at {0} frequency. This component is powered by 1.51.83.33.3/5V. You can also use this device to generate the number ALSO REQUIRES 5V SUPPLY. It is recommended that the maximum operating temperature be 70°C°C to ensure stable operation. PCI7411GHK Features48MHz clock frequency Maximum temperature of 70°C PCI7411GHK ApplicationsThere are a lot of Texas Instruments PCI7411GHK Controllers Interface ICs applications.
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| Texas Instruments | PCI4515GHK OverviewIt is a part of the 257-LFBGA package. This packaging has a Tube-shape, making it convenient to carry around. Keeping the temperature at 0°C~70°C will ensure reliable operation. You should be able to use it as long as you use a 3V~3.6VV power source. In it, there are terminations that end in 257. High efficiency is possible with a supply voltage of 3.3V. This number is part of the PCI4515 family. Using 257 pins, the device operates. As far as the device's clock is concerned, it runs at the frequency of 33.33MHz. It is set to 1.53.35V for the power supply of the component. PCI4515GHK Features33.33MHz clock frequency PCI4515GHK ApplicationsThere are a lot of Texas Instruments PCI4515GHK Controllers Interface ICs applications.
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999
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| Microchip Technology | AT43301-SU OverviewIn the 24-SOIC (0.295, 7.50mm Width) package, you'll find it. Carrying is easy with the Tube-shaped packaging. To ensure reliable operation, the temperature should be regulated to -40°C~85°C. You should be able to use it as long as you use 4.4V~5.25VV power. There are two AT43301s in the number. 24mA supplies are available at the moment. AT43301-SU FeaturesAT43301-SU ApplicationsThere are a lot of Microchip Technology AT43301-SU Controllers Interface ICs applications.
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999
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| Infineon Technologies | ADM6996A1T3 Overview128-BFQFP contains it. With its Tray-shaped packaging, it's easy to carry. Regulating the temperature to 0°C~115°C is crucial to ensuring reliable operation. You should be able to use it as long as you use 2.8V~3.465VV power. ADM6996 numbers are members of the family. ADM6996A1T3 FeaturesADM6996A1T3 ApplicationsThere are a lot of Infineon Technologies ADM6996A1T3 Controllers Interface ICs applications.
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| Infineon Technologies | ADM6996A2T1 OverviewIt is available in the 128-BFQFP package. It is very easy to carry because of the Tray-shaped packaging. To ensure reliable operation, the temperature should be regulated to 0°C~115°C. It should work as long as you use a 2.8V~3.465VV power source. As a member of the ADM6996 family of numbers, it is a prime number. ADM6996A2T1 FeaturesADM6996A2T1 ApplicationsThere are a lot of Infineon Technologies ADM6996A2T1 Controllers Interface ICs applications.
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| Infineon Technologies | ADM6995LAAT1 OverviewThe 128-BFQFP package contains it. This product is easy to carry due to its Tray-shaped packaging. Regulating the temperature to 0°C~115°C is crucial to ensuring reliable operation. It should be able to operate on a 3.135V~3.465VV power supply. ADM6995 numbers are members of the family. Using 128 pins allows the device to operate. Its maximum operating temperature of 115°C°C enables stable operation. Reliability is ensured by operating it at a minimum temperature of 0°C degrees Celsius. ADM6995LAAT1 FeaturesADM6995LAAT1 ApplicationsThere are a lot of Infineon Technologies ADM6995LAAT1 Controllers Interface ICs applications.
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| Infineon Technologies | ADM6999X-A2-T-1 OverviewThe 128-BFQFP package contains it. Carrying is easy with the Tray-shaped packaging. A temperature of 0°C~115°C should be maintained for reliable operation. It should work as long as you use a 2.8V~3.465VV power source. ADM6999 numbers are members of the family. ADM6999X-A2-T-1 FeaturesADM6999X-A2-T-1 ApplicationsThere are a lot of Infineon Technologies ADM6999X-A2-T-1 Controllers Interface ICs applications.
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| Microchip Technology | MIC2012-2PCQS-TR OverviewThere is a package called 16-SSOP (0.154, 3.90mm Width) that contains it, and you can find it there. It is very easy to carry because of the Tape & Reel (TR)-shaped packaging. It is important to regulate the temperature to 0°C~70°C in order to ensure reliable operation. Using a 4.5V~5.5VV power source should be fine. MIC2012 numbers are members of this family. There is currently a supply of 16μA in the market. MIC2012-2PCQS-TR FeaturesMIC2012-2PCQS-TR ApplicationsThere are a lot of Microchip Technology MIC2012-2PCQS-TR Controllers Interface ICs applications.
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| Microchip Technology | MIC2010-2PBQS TR OverviewThere is a package called 16-SSOP (0.154, 3.90mm Width) that contains it, and you can find it there. With its Tape & Reel (TR)-shaped packaging, it's easy to carry. Keeping the temperature at 0°C~70°C will ensure reliable operation. It should be able to operate on a 4.5V~5.5VV power supply. In the world of numbers, it is a member of the MIC2010 family. There is currently a supply of 16μA in the market. MIC2010-2PBQS TR FeaturesMIC2010-2PBQS TR ApplicationsThere are a lot of Microchip Technology MIC2010-2PBQS TR Controllers Interface ICs applications.
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| Microchip Technology | MIC2010-1PZQS-TR OverviewIn the 16-SSOP (0.154, 3.90mm Width) package, you'll find it. It's packaged in the shape of a Tape & Reel (TR). It is important to regulate the temperature to 0°C~70°C in order to ensure reliable operation. The power source must be 4.5V~5.5VV to work. As a member of the MIC2010 family of numbers, it is a prime number. It operates by using 16 pins. There is a setting on the gadget that sets the supply current to 16μA. There is a supply of 16μA at the moment. Having a maximum operating temperature of 70°C°C supports stable operation. A minimum working temperature of 0°C degrees Celsius is required to ensure the device's reliability. As of right now, 2 channels are available. The device is capable of withstanding a supply voltage of 5.5VV. MIC2010-1PZQS-TR FeaturesMIC2010-1PZQS-TR ApplicationsThere are a lot of Microchip Technology MIC2010-1PZQS-TR Controllers Interface ICs applications.
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| Microchip Technology | MIC2012-2ZQS TR OverviewIn the 16-SSOP (0.154, 3.90mm Width) package, you can find it. It's packaged in the shape of a Tape & Reel (TR). Keeping the temperature at 0°C~70°C will ensure reliable operation. You should be able to use it as long as you use a 4.5V~5.5VV power source. MIC2012 numbers are members of this family. The current supply of 16μA is sufficient. MIC2012-2ZQS TR FeaturesMIC2012-2ZQS TR ApplicationsThere are a lot of Microchip Technology MIC2012-2ZQS TR Controllers Interface ICs applications.
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| Microchip Technology | MIC2012CM OverviewThere is a copy of it in the 8-SOIC (0.154, 3.90mm Width) package. The packaging is shaped in a Tube-shape, which makes it easy to carry around. It is important to regulate the temperature to 0°C~70°C in order to ensure reliable operation. The power source must be 4.5V~5.5VV to work. MIC2012 numbers are members of this family. The current supply of 16μA is sufficient. MIC2012CM FeaturesMIC2012CM ApplicationsThere are a lot of Microchip Technology MIC2012CM Controllers Interface ICs applications.
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| Microchip Technology | MIC2010-2PCQS OverviewThere is a package called 16-SSOP (0.154, 3.90mm Width) that contains it, and you can find it there. With its Tube-shaped packaging, it's easy to carry. Keeping the temperature at 0°C~70°C will ensure reliable operation. It should work as long as you use a 4.5V~5.5VV power source. MIC2010 numbers are members of the family. Currently, 16μA is available. MIC2010-2PCQS FeaturesMIC2010-2PCQS ApplicationsThere are a lot of Microchip Technology MIC2010-2PCQS Controllers Interface ICs applications.
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| Microchip Technology | MIC2010-2PZQS OverviewThe package 16-SSOP (0.154, 3.90mm Width) contains it. This product is easy to carry due to its Tube-shaped packaging. To ensure reliable operation, the temperature should be regulated to 0°C~70°C. The 4.5V~5.5VV power source is all you need to use it. MIC2010 numbers are members of this family. To operate, 16 pins are required. There is a setting on the gadget that sets the supply current to 16μA. It is currently possible to obtain 16μA. Its maximum operating temperature of 70°C°C enables stable operation. For reliability, it operates at a temperature of 0°C degrees Celsius at all times. As of right now, there are 2 channels available. It can withstand a supply voltage of 5.5VV. MIC2010-2PZQS FeaturesMIC2010-2PZQS ApplicationsThere are a lot of Microchip Technology MIC2010-2PZQS Controllers Interface ICs applications.
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| Infineon Technologies | ADM6999UA2T1 OverviewIn the 128-BFQFP package, you can find it. The packaging is shaped in a Tray-shape, which makes it easy to carry around. The temperature should be regulated to 0°C~115°C for reliable operation. With a 2.8V~3.465VV power source, you should be able to use it. It is a member of the ADM6999 family of numbers. It operates by using 128 pins. In order for stable operation, the temperature must not exceed 115°C°C. To ensure reliability, it requires a minimum temperature of 0°C degrees Celsius. ADM6999UA2T1 FeaturesADM6999UA2T1 ApplicationsThere are a lot of Infineon Technologies ADM6999UA2T1 Controllers Interface ICs applications.
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| Microchip Technology | MIC2010-2PCQS-TR OverviewIn the 16-SSOP (0.154, 3.90mm Width) package, you'll find it. This packaging has a Tape & Reel (TR)-shape, making it convenient to carry around. Keeping the temperature at 0°C~70°C will ensure reliable operation. Using a 4.5V~5.5VV power source should be fine. As a member of the MIC2010 family, it is a prime number. 16μA supplies are available at the moment. MIC2010-2PCQS-TR FeaturesMIC2010-2PCQS-TR ApplicationsThere are a lot of Microchip Technology MIC2010-2PCQS-TR Controllers Interface ICs applications.
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| Microchip Technology | ENC28J60/SO Overview28-SOIC (0.295, 7.50mm Width) contains it. It is easy to carry thanks to its Tube-shaped packaging. A reliable operation requires a temperature that is regulated to -40°C~85°C. It should work as long as you use a 3.1V~3.6VV power source. ENC28J60 numbers are members of the family. To operate, 28 pins are required. 3.3V is the best voltage setting for maximum efficiency. The current supply of 160mA is sufficient. It is made possible by the maximum operating temperature of 70°C°C, enabling stable operation. A minimum working temperature of 0°C degrees Celsius is required for the system to operate reliably. It has 1 ports. Despite a supply voltage of 3.6VV, it can withstand it. As low a source voltage as possible 3.1V can be used. ENC28J60/SO Features1 ports ENC28J60/SO ApplicationsThere are a lot of Microchip Technology ENC28J60/SO Controllers Interface ICs applications.
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| Microchip Technology | AT43312A-SC Overview32-SOIC (0.445, 11.30mm Width) contains it. It is very easy to carry because of the Tube-shaped packaging. It is important to regulate the temperature to 0°C~70°C in order to ensure reliable operation. Using a 4.4V~5.25VV power source should be fine. As a member of the AT43312A family, it is a prime number. There is a supply of 24mA at the moment. AT43312A-SC FeaturesAT43312A-SC ApplicationsThere are a lot of Microchip Technology AT43312A-SC Controllers Interface ICs applications.
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| Microchip Technology | MIC2012PCM OverviewIn the 8-SOIC (0.154, 3.90mm Width) package, you'll find it. Carrying is easy with the Tube-shaped packaging. Keeping the temperature at 0°C~70°C will ensure reliable operation. Using a 4.5V~5.5VV power source should be fine. MIC2012 numbers are members of the family. There is currently 16μA supply on the market. MIC2012PCM FeaturesMIC2012PCM ApplicationsThere are a lot of Microchip Technology MIC2012PCM Controllers Interface ICs applications.
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