Cyan Technology is introducing the latest family of low-power, high-performance eCOG1X microcontrollers. eCOG1X makes Cyan a company with multiple products for new and demanding applications, including point-of-sale, telematics, security, access control, public telephones, consumer electronics, motor control and networking service. Cyan will showcase the eCOG1X silicon chip at the Embedded World show.
The eCOG1X product is highly configurable and offers a combination of USB 2.0 OTG, 10/100 Ethernet MAC and analog input and output options. Each combination can choose different on-chip memory, the maximum memory is 512K bytes, and the SRAM is 24K bytes. This 16-bit 70MHz microcontroller can achieve a processing speed of 42 MIPS – three times that of the existing eCOG1k microcontroller.
All Cyan's microcontrollers offer reconfigurable and flexible peripherals. Through Cyan IDE®, a free development platform from Sain, designers can develop the right application with minimal programming time. The latest release of CyanIDE version 1.4 fully supports the eCOG1X family, combining peripheral components and high-performance cores to meet challenging application requirements.
He added: "The eCOG1X carries significant USB functionality and requires only a few external components. This chip can be a USB 2.0 full-speed (12Mbs) component for master, slave or OTG mode. High speed (480Mbs) The transfer rate can be achieved with an external low-cost ULPI PHY. The eCOG1X is the only one that can implement this USB mode and transfer rate in today's 16-bit microcontrollers."
The eCOG1X is also included: a new analog section consists of two 12-bit DACs with a settling time of 4μs; an LCD controller supports direct and multiplexed control of 1 to 4 pedestal lines; and an eICE built-in emulator for programming memory. For motor control applications, dual ADCs can simultaneously sample voltage and current analog inputs with resolutions from 6 to 12 bits; as for three-phase motors, a dedicated 6-channel PWM clock is available. With fully configurable MMU and vectored interrupt modes, developers can meet the embedded application requirements of today's real-time response.
Existing packages include 68 and 100-pin QFNs, as well as 208-pin BGAs. More packaging and selection will be available in 2007. A comprehensive development environment is launched with the new version of CyanIDE. The single sales price for the eCOG1X series is $4 to $10 (calculated in quantities of 10,000). Cyan Technology is introducing the latest family of low-power, high-performance eCOG1X microcontrollers. eCOG1X makes Cyan a company with multiple products for new and demanding applications, including point-of-sale, telematics, security, access control, public telephones, consumer electronics, motor control and networking service. Cyan will showcase the eCOG1X silicon chip at the Embedded World show.
The eCOG1X product is highly configurable and offers a combination of USB 2.0 OTG, 10/100 Ethernet MAC and analog input and output options. Each combination can choose different on-chip memory, the maximum memory is 512K bytes, and the SRAM is 24K bytes. This 16-bit 70MHz microcontroller delivers 42 MIPS of processing speed – three times the size of existing eCOG1k microcontrollers. All Cyan microcontrollers offer reconfigurable and flexible peripherals. Through Cyan IDE®, a free development platform from Sain, designers can develop the right application with minimal programming time. The latest release of CyanIDE version 1.4 fully supports the eCOG1X family, combining peripheral components and high-performance cores to meet challenging application requirements.
He added: "The eCOG1X carries significant USB functionality and requires only a few external components. This chip can be a USB 2.0 full-speed (12Mbs) component for master, slave or OTG mode. High speed (480Mbs) The transfer rate can be achieved with an external low-cost ULPI PHY. The eCOG1X is the only one that can implement this USB mode and transfer rate in today's 16-bit microcontrollers."
The eCOG1X is also included: a new analog section consists of two 12-bit DACs with a settling time of 4μs; an LCD controller supports direct and multiplexed control of 1 to 4 pedestal lines; and an eICE built-in emulator for programming memory. For motor control applications, dual ADCs can simultaneously sample voltage and current analog inputs with resolutions from 6 to 12 bits; as for three-phase motors, a dedicated 6-channel PWM clock is available. With fully configurable MMU and vectored interrupt modes, developers can meet the embedded application requirements of today's real-time response.
Existing packages include 68 and 100-pin QFNs, as well as 208-pin BGAs. More packaging and selection will be available in 2007. A comprehensive development environment is launched with the new version of CyanIDE. The single sales price for the eCOG1X series is $4 to $10 (calculated in quantities of 10,000). Cyan Technology is introducing the latest family of low-power, high-performance eCOG1X microcontrollers. eCOG1X makes Cyan a company with multiple products for new and demanding applications, including point-of-sale, telematics, security, access control, public telephones, consumer electronics, motor control and networking service. Cyan will showcase the eCOG1X silicon chip at the Embedded World show.
The eCOG1X product is highly configurable and offers a combination of USB 2.0 OTG, 10/100 Ethernet MAC and analog input and output options. Each combination can choose different on-chip memory, the maximum memory is 512K bytes, and the SRAM is 24K bytes. This 16-bit 70MHz microcontroller can achieve a processing speed of 42 MIPS – three times that of the existing eCOG1k microcontroller.
All Cyan's microcontrollers offer reconfigurable and flexible peripherals. Through Cyan IDE®, a free development platform from Sain, designers can develop the right application with minimal programming time. The latest release of CyanIDE version 1.4 fully supports the eCOG1X family, combining peripheral components and high-performance cores to meet challenging application requirements.
He added: "The eCOG1X carries significant USB functionality and requires only a few external components. This chip can be a USB 2.0 full-speed (12Mbs) component for master, slave or OTG mode. High speed (480Mbs) The transfer rate can be achieved with an external low-cost ULPI PHY. The eCOG1X is the only one that can implement this USB mode and transfer rate in today's 16-bit microcontrollers."
The eCOG1X is also included: a new analog section consists of two 12-bit DACs with a settling time of 4μs; an LCD controller supports direct and multiplexed control of 1 to 4 pedestal lines; and an eICE built-in emulator for programming memory. For motor control applications, dual ADCs can simultaneously sample voltage and current analog inputs with resolutions from 6 to 12 bits; as for three-phase motors, a dedicated 6-channel PWM clock is available. With fully configurable MMU and vectored interrupt modes, developers can meet the embedded application requirements of today's real-time response.
Existing packages include 68 and 100-pin QFNs, as well as 208-pin BGAs. More packaging and selection will be available in 2007. A comprehensive development environment is launched with the new version of CyanIDE. The single sales price for the eCOG1X series is $4 to $10 (calculated in quantities of 10,000). Cyan Technology is introducing the latest family of low-power, high-performance eCOG1X microcontrollers. eCOG1X makes Cyan a company with multiple products for new and demanding applications, including point-of-sale, telematics, security, access control, public telephones, consumer electronics, motor control and networking service. Cyan will showcase the eCOG1X silicon chip at the Embedded World show.
The eCOG1X product is highly configurable and offers a combination of USB 2.0 OTG, 10/100 Ethernet MAC and analog input and output options. Each combination can choose different on-chip memory, the maximum memory is 512K bytes, and the SRAM is 24K bytes. This 16-bit 70MHz microcontroller can achieve a processing speed of 42 MIPS – three times that of the existing eCOG1k microcontroller.
All Cyan's microcontrollers offer reconfigurable and flexible peripherals. Through Cyan IDE®, a free development platform from Sain, designers can develop the right application with minimal programming time. The latest release of CyanIDE version 1.4 fully supports the eCOG1X family, combining peripheral components and high-performance cores to meet challenging application requirements.
He added: "The eCOG1X carries significant USB functionality and requires only a few external components. This chip can be a USB 2.0 full-speed (12Mbs) component for master, slave or OTG mode. High speed (480Mbs) The transfer rate can be achieved with an external low-cost ULPI PHY. The eCOG1X is the only one that can implement this USB mode and transfer rate in today's 16-bit microcontrollers."
The eCOG1X is also included: a new analog section consists of two 12-bit DACs with a settling time of 4μs; an LCD controller supports direct and multiplexed control of 1 to 4 pedestal lines; and an eICE built-in emulator for programming memory. For motor control applications, dual ADCs can simultaneously sample voltage and current analog inputs with resolutions from 6 to 12 bits; as for three-phase motors, a dedicated 6-channel PWM clock is available. With fully configurable MMU and vectored interrupt modes, developers can meet the embedded application requirements of today's real-time response. Existing packages include 68 and 100-pin QFNs, as well as 208-pin BGAs. More packaging and selection will be available in 2007. A comprehensive development environment is launched with the new version of CyanIDE. The single sales price for the eCOG1X series is $4 to $10 (calculated in quantities of 10,000).
The eCOG1X product is highly configurable and offers a combination of USB 2.0 OTG, 10/100 Ethernet MAC and analog input and output options. Each combination can choose different on-chip memory, the maximum memory is 512K bytes, and the SRAM is 24K bytes. This 16-bit 70MHz microcontroller can achieve a processing speed of 42 MIPS – three times that of the existing eCOG1k microcontroller.
All Cyan's microcontrollers offer reconfigurable and flexible peripherals. Through Cyan IDE®, a free development platform from Sain, designers can develop the right application with minimal programming time. The latest release of CyanIDE version 1.4 fully supports the eCOG1X family, combining peripheral components and high-performance cores to meet challenging application requirements.
He added: "The eCOG1X carries significant USB functionality and requires only a few external components. This chip can be a USB 2.0 full-speed (12Mbs) component for master, slave or OTG mode. High speed (480Mbs) The transfer rate can be achieved with an external low-cost ULPI PHY. The eCOG1X is the only one that can implement this USB mode and transfer rate in today's 16-bit microcontrollers."
The eCOG1X is also included: a new analog section consists of two 12-bit DACs with a settling time of 4μs; an LCD controller supports direct and multiplexed control of 1 to 4 pedestal lines; and an eICE built-in emulator for programming memory. For motor control applications, dual ADCs can simultaneously sample voltage and current analog inputs with resolutions from 6 to 12 bits; as for three-phase motors, a dedicated 6-channel PWM clock is available. With fully configurable MMU and vectored interrupt modes, developers can meet the embedded application requirements of today's real-time response.
Existing packages include 68 and 100-pin QFNs, as well as 208-pin BGAs. More packaging and selection will be available in 2007. A comprehensive development environment is launched with the new version of CyanIDE. The single sales price for the eCOG1X series is $4 to $10 (calculated in quantities of 10,000). Cyan Technology is introducing the latest family of low-power, high-performance eCOG1X microcontrollers. eCOG1X makes Cyan a company with multiple products for new and demanding applications, including point-of-sale, telematics, security, access control, public telephones, consumer electronics, motor control and networking service. Cyan will showcase the eCOG1X silicon chip at the Embedded World show.
The eCOG1X product is highly configurable and offers a combination of USB 2.0 OTG, 10/100 Ethernet MAC and analog input and output options. Each combination can choose different on-chip memory, the maximum memory is 512K bytes, and the SRAM is 24K bytes. This 16-bit 70MHz microcontroller delivers 42 MIPS of processing speed – three times the size of existing eCOG1k microcontrollers. All Cyan microcontrollers offer reconfigurable and flexible peripherals. Through Cyan IDE®, a free development platform from Sain, designers can develop the right application with minimal programming time. The latest release of CyanIDE version 1.4 fully supports the eCOG1X family, combining peripheral components and high-performance cores to meet challenging application requirements.
He added: "The eCOG1X carries significant USB functionality and requires only a few external components. This chip can be a USB 2.0 full-speed (12Mbs) component for master, slave or OTG mode. High speed (480Mbs) The transfer rate can be achieved with an external low-cost ULPI PHY. The eCOG1X is the only one that can implement this USB mode and transfer rate in today's 16-bit microcontrollers."
The eCOG1X is also included: a new analog section consists of two 12-bit DACs with a settling time of 4μs; an LCD controller supports direct and multiplexed control of 1 to 4 pedestal lines; and an eICE built-in emulator for programming memory. For motor control applications, dual ADCs can simultaneously sample voltage and current analog inputs with resolutions from 6 to 12 bits; as for three-phase motors, a dedicated 6-channel PWM clock is available. With fully configurable MMU and vectored interrupt modes, developers can meet the embedded application requirements of today's real-time response.
Existing packages include 68 and 100-pin QFNs, as well as 208-pin BGAs. More packaging and selection will be available in 2007. A comprehensive development environment is launched with the new version of CyanIDE. The single sales price for the eCOG1X series is $4 to $10 (calculated in quantities of 10,000). Cyan Technology is introducing the latest family of low-power, high-performance eCOG1X microcontrollers. eCOG1X makes Cyan a company with multiple products for new and demanding applications, including point-of-sale, telematics, security, access control, public telephones, consumer electronics, motor control and networking service. Cyan will showcase the eCOG1X silicon chip at the Embedded World show.
The eCOG1X product is highly configurable and offers a combination of USB 2.0 OTG, 10/100 Ethernet MAC and analog input and output options. Each combination can choose different on-chip memory, the maximum memory is 512K bytes, and the SRAM is 24K bytes. This 16-bit 70MHz microcontroller can achieve a processing speed of 42 MIPS – three times that of the existing eCOG1k microcontroller.
All Cyan's microcontrollers offer reconfigurable and flexible peripherals. Through Cyan IDE®, a free development platform from Sain, designers can develop the right application with minimal programming time. The latest release of CyanIDE version 1.4 fully supports the eCOG1X family, combining peripheral components and high-performance cores to meet challenging application requirements.
He added: "The eCOG1X carries significant USB functionality and requires only a few external components. This chip can be a USB 2.0 full-speed (12Mbs) component for master, slave or OTG mode. High speed (480Mbs) The transfer rate can be achieved with an external low-cost ULPI PHY. The eCOG1X is the only one that can implement this USB mode and transfer rate in today's 16-bit microcontrollers."
The eCOG1X is also included: a new analog section consists of two 12-bit DACs with a settling time of 4μs; an LCD controller supports direct and multiplexed control of 1 to 4 pedestal lines; and an eICE built-in emulator for programming memory. For motor control applications, dual ADCs can simultaneously sample voltage and current analog inputs with resolutions from 6 to 12 bits; as for three-phase motors, a dedicated 6-channel PWM clock is available. With fully configurable MMU and vectored interrupt modes, developers can meet the embedded application requirements of today's real-time response.
Existing packages include 68 and 100-pin QFNs, as well as 208-pin BGAs. More packaging and selection will be available in 2007. A comprehensive development environment is launched with the new version of CyanIDE. The single sales price for the eCOG1X series is $4 to $10 (calculated in quantities of 10,000). Cyan Technology is introducing the latest family of low-power, high-performance eCOG1X microcontrollers. eCOG1X makes Cyan a company with multiple products for new and demanding applications, including point-of-sale, telematics, security, access control, public telephones, consumer electronics, motor control and networking service. Cyan will showcase the eCOG1X silicon chip at the Embedded World show.
The eCOG1X product is highly configurable and offers a combination of USB 2.0 OTG, 10/100 Ethernet MAC and analog input and output options. Each combination can choose different on-chip memory, the maximum memory is 512K bytes, and the SRAM is 24K bytes. This 16-bit 70MHz microcontroller can achieve a processing speed of 42 MIPS – three times that of the existing eCOG1k microcontroller.
All Cyan's microcontrollers offer reconfigurable and flexible peripherals. Through Cyan IDE®, a free development platform from Sain, designers can develop the right application with minimal programming time. The latest release of CyanIDE version 1.4 fully supports the eCOG1X family, combining peripheral components and high-performance cores to meet challenging application requirements.
He added: "The eCOG1X carries significant USB functionality and requires only a few external components. This chip can be a USB 2.0 full-speed (12Mbs) component for master, slave or OTG mode. High speed (480Mbs) The transfer rate can be achieved with an external low-cost ULPI PHY. The eCOG1X is the only one that can implement this USB mode and transfer rate in today's 16-bit microcontrollers."
The eCOG1X is also included: a new analog section consists of two 12-bit DACs with a settling time of 4μs; an LCD controller supports direct and multiplexed control of 1 to 4 pedestal lines; and an eICE built-in emulator for programming memory. For motor control applications, dual ADCs can simultaneously sample voltage and current analog inputs with resolutions from 6 to 12 bits; as for three-phase motors, a dedicated 6-channel PWM clock is available. With fully configurable MMU and vectored interrupt modes, developers can meet the embedded application requirements of today's real-time response. Existing packages include 68 and 100-pin QFNs, as well as 208-pin BGAs. More packaging and selection will be available in 2007. A comprehensive development environment is launched with the new version of CyanIDE. The single sales price for the eCOG1X series is $4 to $10 (calculated in quantities of 10,000).
Smaller scale bottling line
Next the bottle enters a labelling machine ("labeller") where a label is applied. To ensure traceability of the product, a lot number, generally the date and time of bottling, may also be printed on the bottle. The product is then packed into boxes and warehoused, ready for sale.
Depending on the magnitude of the bottling endeavor, there are many different types of bottling machinery available. Liquid level machines fill bottles so they appear to be filled to the same line on every bottle, while volumetric filling machines fill each bottle with exactly the same amount of liquid. While gravity filling machines are most cost effective. In terms of automation, inline filling machines are most popular, but rotary machines are much faster albeit much more expensive.
Some bottling lines incorporate a fill height detector which reject under or over-filled bottles, and also a metal detector.
After filling and corking, a plastic or tin capsule is applied to the neck of the bottle in a capsular. Next the bottle enters a labeller where a label is applied. The product is then packed into boxes and warehoused, ready for sale.
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