| Part Number | Manufacturer | Description | Datasheet |
|---|---|---|---|
| KF8TS2516TN | ChipON | KF8TS2508/2510/2514 is a reduced instruction CPU with Harvard architecture. The KF8TS2508/2510/2514 chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, a 16-bit timer T3, and a 16-bit timer/counter. T4, a 12-bit 8/10/14-channel AD module, two 8-bit PWM modules, an 8/10/14-channel capacitive touch module, an I2C module, internal reference voltage module, hardware watchdog and low Voltage detection and low voltage reset module, etc. The chip integrates 400×8-bit user data memory and 4K×16-bit program memory. Note: KF8TS2508 has 8 AD channels and 8 capacitive touch channels; KF8TS2510 has 10 AD channels and 10 capacitive touch channels; KF8TS2514 has 14 AD channels and 14 capacitive touch channels; | download |
| KF8TS2516SN | ChipON | KF8TS2508/2510/2514 is a reduced instruction CPU with Harvard architecture. The KF8TS2508/2510/2514 chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, a 16-bit timer T3, and a 16-bit timer/counter. T4, a 12-bit 8/10/14-channel AD module, two 8-bit PWM modules, an 8/10/14-channel capacitive touch module, an I2C module, internal reference voltage module, hardware watchdog and low Voltage detection and low voltage reset module, etc. The chip integrates 400×8-bit user data memory and 4K×16-bit program memory. Note: KF8TS2508 has 8 AD channels and 8 capacitive touch channels; KF8TS2510 has 10 AD channels and 10 capacitive touch channels; KF8TS2514 has 14 AD channels and 14 capacitive touch channels; | download |
| KF8TS3514NG | ChipON | KF8TS3510/3514 is a Harvard architecture reduced instruction CPU. The KF8TS3510/3514 chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, a 16-bit timer T3, a 16-bit timer/counter T4, 1 12-bit 8/10/14-channel AD module, 1 comparator module, 1 operational amplifier module, 2 8-bit PWM modules, an 8/10/14-channel capacitive touch module, 1 I2C module, internal Reference voltage module, hardware watchdog, low voltage detection and low voltage reset module, etc. The chip integrates 400×8-bit user data memory and 4K×16-bit program memory. Note: KF8TS3510 has 10 AD channels and 10 capacitive touch channels; KF8TS3514 has 14 AD channels and 14 capacitive touch channels; | download |
| KF8TS3514SG | ChipON | KF8TS3510/3514 is a Harvard architecture reduced instruction CPU. The KF8TS3510/3514 chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, a 16-bit timer T3, a 16-bit timer/counter T4, 1 12-bit 8/10/14-channel AD module, 1 comparator module, 1 operational amplifier module, 2 8-bit PWM modules, an 8/10/14-channel capacitive touch module, 1 I2C module, internal Reference voltage module, hardware watchdog, low voltage detection and low voltage reset module, etc. The chip integrates 400×8-bit user data memory and 4K×16-bit program memory. Note: KF8TS3510 has 10 AD channels and 10 capacitive touch channels; KF8TS3514 has 14 AD channels and 14 capacitive touch channels; | download |
| KF8TS3510SE | ChipON | KF8TS3510/3514 is a Harvard architecture reduced instruction CPU. The KF8TS3510/3514 chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, a 16-bit timer T3, a 16-bit timer/counter T4, 1 12-bit 8/10/14-channel AD module, 1 comparator module, 1 operational amplifier module, 2 8-bit PWM modules, an 8/10/14-channel capacitive touch module, 1 I2C module, internal Reference voltage module, hardware watchdog, low voltage detection and low voltage reset module, etc. The chip integrates 400×8-bit user data memory and 4K×16-bit program memory. Note: KF8TS3510 has 10 AD channels and 10 capacitive touch channels; KF8TS3514 has 14 AD channels and 14 capacitive touch channels; | download |
| KF8TS3508SD | ChipON | KF8TS3510/3514 is a Harvard architecture reduced instruction CPU. The KF8TS3510/3514 chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, a 16-bit timer T3, a 16-bit timer/counter T4, 1 12-bit 8/10/14-channel AD module, 1 comparator module, 1 operational amplifier module, 2 8-bit PWM modules, an 8/10/14-channel capacitive touch module, 1 I2C module, internal Reference voltage module, hardware watchdog, low voltage detection and low voltage reset module, etc. The chip integrates 400×8-bit user data memory and 4K×16-bit program memory. Note: KF8TS3510 has 10 AD channels and 10 capacitive touch channels; KF8TS3514 has 14 AD channels and 14 capacitive touch channels; | download |
| KF8TS2514SG | ChipON | KF8TS2508/2510/2514 is a reduced instruction CPU with Harvard architecture. The KF8TS2508/2510/2514 chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, a 16-bit timer T3, and a 16-bit timer/counter. T4, a 12-bit 8/10/14-channel AD module, two 8-bit PWM modules, an 8/10/14-channel capacitive touch module, an I2C module, internal reference voltage module, hardware watchdog and low Voltage detection and low voltage reset module, etc. The chip integrates 400×8-bit user data memory and 4K×16-bit program memory. Note: KF8TS2508 has 8 AD channels and 8 capacitive touch channels; KF8TS2510 has 10 AD channels and 10 capacitive touch channels; KF8TS2514 has 14 AD channels and 14 capacitive touch channels; | download |
| KF8TS2510SE | ChipON | KF8TS2508/2510/2514 is a reduced instruction CPU with Harvard architecture. The KF8TS2508/2510/2514 chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, a 16-bit timer T3, and a 16-bit timer/counter. T4, a 12-bit 8/10/14-channel AD module, two 8-bit PWM modules, an 8/10/14-channel capacitive touch module, an I2C module, internal reference voltage module, hardware watchdog and low Voltage detection and low voltage reset module, etc. The chip integrates 400×8-bit user data memory and 4K×16-bit program memory. Note: KF8TS2508 has 8 AD channels and 8 capacitive touch channels; KF8TS2510 has 10 AD channels and 10 capacitive touch channels; KF8TS2514 has 14 AD channels and 14 capacitive touch channels; | download |
| KF8TS2508SD | ChipON | KF8TS2508/2510/2514 is a reduced instruction CPU with Harvard architecture. The KF8TS2508/2510/2514 chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, a 16-bit timer T3, and a 16-bit timer/counter. T4, a 12-bit 8/10/14-channel AD module, two 8-bit PWM modules, an 8/10/14-channel capacitive touch module, an I2C module, internal reference voltage module, hardware watchdog and low Voltage detection and low voltage reset module, etc. The chip integrates 400×8-bit user data memory and 4K×16-bit program memory. Note: KF8TS2508 has 8 AD channels and 8 capacitive touch channels; KF8TS2510 has 10 AD channels and 10 capacitive touch channels; KF8TS2514 has 14 AD channels and 14 capacitive touch channels; | download |
| KF8TS2414SG | ChipON | KF8TS24XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM, 2K×16-bit program memory and 64×16-bit BEE. | download |
| KF8TS2414OG | ChipON | KF8TS24XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM, 2K×16-bit program memory and 64×16-bit BEE. | download |
| KF8TS2410SE | ChipON | KF8TS24XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM, 2K×16-bit program memory and 64×16-bit BEE. | download |
| KF8TS2408SD | ChipON | KF8TS24XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM, 2K×16-bit program memory and 64×16-bit BEE. | download |
| KF8TS2402SB | ChipON | KF8TS24XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM, 2K×16-bit program memory and 64×16-bit BEE. | download |
| KF8TS2314SG | ChipON | KF8TS23XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM and 2K×16-bit program memory. | download |
| KF8TS2314OG | ChipON | KF8TS23XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM and 2K×16-bit program memory. | download |
| KF8TS2310SE | ChipON | KF8TS23XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM and 2K×16-bit program memory. | download |
| KF8TS2308SD | ChipON | KF8TS23XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM and 2K×16-bit program memory. | download |
| KF8TS2302SB | ChipON | KF8TS23XX is a dedicated touch button control MCU. The program and data buses are independent of each other. The instruction byte length is 16 bits, and most instructions can be executed within one machine cycle. There are 69 instructions in total, which is highly efficient and easy to expand. The chip integrates a variety of peripherals, including an 8-bit timer/counter T0, a 16-bit timer/counter T1, two 8-bit PWM modules, a multi-channel capacitive touch button module, a 12-bit Bit 12/9/8/4 channel AD module, hardware watchdog and low voltage detection and low voltage reset module, etc. The chip integrates 272×8-bit data memory RAM and 2K×16-bit program memory. | download |
| CS1233 | Chipsea Technologies | CS1233 has a built-in ADC signal chain and a Sigma-delta ADC and digital filter; among them, the ADC signal chain includes input MUXP/MUXN and programmable low-noise gain amplifier (PGA); MUXP/MUXN each has 8 input channels, including 5 external analog input channels and 3 internal input channels; there is a level shift module LVSHIFT after MUXP/MUXN, which can shift the input signal near the ground rail and send it to the PGA; in addition, CS1233 also has an adjustable current source IDAC1/ 0, you can adjust the common-mode voltage of the input signal or compensate for the offset voltage. The PGA and ADC have multiple gain options, and the digital filters can be configured for a variety of output rates. | download |
| CS1259B | Chipsea Technologies | CS1259B is a 24-bit high-precision ADC that integrates a high-precision ADC signal chain, low-drift LDO, low-temperature drift reference voltage, high-precision oscillator and 3-wire communication interface. Among them, the ADC signal chain includes: input MUXP/MUXN, level shift module (LVSHIFT), low-noise programmable gain amplifier (PGA), 24-bit Sigma-delta ADC, digital filter, supports bridge sensors, infrared thermopile, etc. The sensor is very suitable for the currently popular forehead thermometer application. | download |
| CS1251 | Chipsea Technologies | CS1251 is a device that includes an ADC signal chain and human body impedance measurement module (BIM), a Sigma-delta ADC and digital filter. The ADC signal chain includes input MUXP/MUXN and programmable low-noise gain amplifier (PGA); The MUXP/MUXN has 3 internal input channels; the PGA and ADC have multiple gain selections, and the digital filters can be configured for multiple output rates. The human body impedance measurement module uses a sinusoidal excitation source to convert the human body impedance into a voltage signal and sends it to the ADC signal chain for measurement. It can support multi-electrode and multi-frequency human body impedance measurement. | download |
| CS1256 | Chipsea Technologies | CS1256 is a module that includes an ADC signal chain and human body impedance measurement module (BIM), a Sigma-delta ADC and digital filter; the ADC signal chain includes input MUXP/MUXN and programmable low-noise gain amplifier (PGA); MUXP/MUXN has 3 internal input channels; PGA and ADC have multiple gain selections, and digital filters can be configured for multiple output rates. The human body impedance measurement module uses a sinusoidal excitation source to convert the human body impedance into a voltage signal and sends it to the ADC signal chain for measurement. It can support multi-electrode and multi-frequency human body impedance measurement. | download |
| CS1257 | Chipsea Technologies | CS1257 is a device that includes an ADC signal chain and a human body impedance measurement module (BIM), a Sigma-delta ADC and a digital filter; the ADC signal chain includes input MUXP/MUXN, programmable low-noise gain amplifier (PGA); MUXP /MUXN has 6 input channels respectively, including 2 external analog input channels and 3 internal input channels; MUXP/MUXN has a level shift module LVSHIFT after it, which can shift the input signal near the ground rail and send it to the PGA; PGA and The ADC has a variety of gain options, and the digital filter can be configured for a variety of output rates. The human body impedance measurement module uses a sinusoidal excitation source to convert the human body impedance into a voltage signal and sends it to the ADC signal chain for measurement. It can support multi-electrode and multi-frequency human body impedance measurement. | download |
| CS1258 | Chipsea Technologies | CS1258, a high-performance analog front-end product independently developed by Chipsea Technology, consists of an ADC signal chain and human body impedance measurement module. It has 8 input channels and supports multi-electrode and multi-frequency human body impedance measurement and analysis. It supports impedance and phase angle measurement, respiration, etc. rate and heart rate measurement. | download |
| CS1259 | Chipsea Technologies | CS1259 is a module that includes an ADC signal chain and human body impedance measurement module (BIM), a Sigma-delta ADC and digital filter; the ADC signal chain includes input MUXP/MUXN and programmable low-noise gain amplifier (PGA); MUXP/MUXN each has 8 input channels, including 5 external analog input channels and 3 internal input channels; MUXP/MUXN has a level shift module LVSHIFT after it, which can shift the input signal near the ground rail and send it to the PGA; also It has an adjustable current source IDAC1/0, which can adjust the common-mode voltage of the input signal or compensate for the offset voltage. The PGA and ADC have multiple gain options, and the digital filters can be configured for a variety of output rates. The human body impedance measurement module uses a sinusoidal excitation source to convert the human body impedance into a voltage signal and sends it to the ADC signal chain for measurement. It can support multi-electrode and multi-frequency human body impedance measurement. | download |
| CSU8RP1186 | Chipsea Technologies | The CSU8RP1186 chip is an 8-bit RISC architecture high-performance microcontroller that integrates a 24-bit high-precision ADC and LCD display module. The peripheral devices of common measurement systems only require 7 ordinary capacitors. This chip enables any system calibration data to be saved into OTP within the operating voltage range (2.4~3.6V). | download |
| CSU8RP1186B | Chipsea Technologies | The CSU8RP1186B chip is an 8-bit RISC architecture high-performance microcontroller that integrates a 24-bit high-precision ADC and LCD display module. The peripheral devices of common measurement systems only require 7 ordinary capacitors. This chip enables any system calibration data to be saved into OTP within the operating voltage range (2.4~3.6V). | download |
| CSU8RP1001 | Chipsea Technologies | In traditional weighing instrument systems, sensors and chip measurement modules account for more than 90% of the power consumption. Therefore, using high-speed pulse power supply to reduce measurement time is the key to reducing the power consumption of the weighing instrument system. Chipsea Technology's CSU8RP1001 SOC chip has achieved a breakthrough in high-speed and high-precision measurement. When the ADC output rate is 1.9khz, PGA=136, Vref=2.6V, the effective bits still reach 16bit. The high-speed and high-precision characteristics of this core ADC unit make it possible to use high-speed pulse measurement, which greatly reduces the average power consumption of the system. Although the current consumed by the MCU core and LCD driver module of traditional weighing instruments is very small, it is also very large for the microamp level power supply of solar weighing instruments. CSU8RP1001 uses an innovative method to obtain the LCD bias voltage on the LCD driver module, so that the current consumed by this module is less than 1uA, but it can drive larger-sized LCD displays. | download |
| CSU1181B | Chipsea Technologies | The CSU1181 chip is an 8-bit RISC architecture high-performance microcontroller that integrates a 24-bit high-precision ADC and LCD display module. The peripheral devices of commonly used measurement systems only require 7 ordinary capacitors. This chip enables any system calibration data to be saved into the OTP within the range of the working voltage (3.3+/-0.1V). | download |
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