Search results for “AFS”

AFS-460-DSS from Automation Components, Inc. is a SENSOR 0.43PSID SPST-NC 1/4

AFS-460-112 from Automation Components, Inc. is a SENSOR 0.43PSID SPST-NC 1/4

AFS-460 from Automation Components, Inc. is a SENSOR 0.43PSID SPST-NC 1/4

AFS TUBE ADAPTE from Automation Components, Inc. is a SLIP ON 1/4"" TUBE FOR FLEXTUBE

AFS-222-112 from Automation Components, Inc. is a SENSOR 0.43PSID SPDT 1/4

AFS-222 from Automation Components, Inc. is a SENSOR 0.43PSID SPDT 1/4

AFS-460-137 from Automation Components, Inc. is a Differential Pressure Switch, 0.

AFS-262-112 from Automation Components, Inc. is a SENSOR 0.07PSID SPDT 1/4

AFS-262 from Automation Components, Inc. is a SENSOR 0.07PSID SPDT 1/4

AFE5832LPZAV from Texas Instruments is a Low-power 32-ch ultrasound AFE with 18.5mW/ch power, LVDS interface, and passive CW mixer - Ultrasound AFEs. The AFE5832LP is a highly integrated, analog front-end (AFE) solution specifically designed for portable ultrasound systems where high performance, low power, and small size are required. The device is realized through a multichip module (MCM) with two dies: 1 VCA die and 1 ADC die. The VCA die has 32 channels that interface with the 16 channels of the ADC die. Each ADC channel alternately converts an odd and an even VCA channel. Each channel in the VCA die can be configured in either of two modes: time-gain-compensation (TGC) mode or continuous wave (CW) mode. In the TGC mode, each channel includes a low-noise amplifier (LNA), a programmable attenuator (ATTEN), a programmable gain amplifier and a third-order, low-pass filter (LPF). The LNA gain is programmable to 21 dB, 18 dB, or 15 dB. The ATTEN supports an attenuation range of 0 dB to 36 dB, with digital control for the attenuation. The PGA provides gain options from 21 dB to 27 dB in steps of 3 dB. The LPF cutoff frequency can be set between 10 MHz and 25 MHz to support ultrasound applications with different frequencies. In the CW mode, the output of the LNA goes to a low-power passive mixer with 16 selectable phase delays. Different phase delays can be applied to each analog input signal to perform an on-chip beamforming operation. A harmonic filter in the CW mixer suppresses the third and fifth harmonic to enhance the sensitivity of the CW Doppler measurement. The 16 channels of the ADC die can be configured to operate with a resolution of 12 bits or 10 bits. The ADC resolution can be traded off with conversion rate and can operate at maximum speeds of 80 MSPS and 100 MSPS at 12-bit and 10-bit resolution, respectively. Because each ADC alternately converts two VCA channels, the resulting maximum sample rate of each of the 32 channels of the AFE is 40 MSPS and 50 MSPS in the 12-bit and 10-bit modes, respectively. The ADC is designed to scale its power with sampling rate. The output interface of the ADC comes out through a low-voltage differential signaling (LVDS), which can easily interface with low-cost field-programmable gate arrays (FPGAs). A very low-power AFE solution makes it suitable for system with strict battery-life requirement. The AFE is available in a 15 mm × 15 mm 289-pin NFBGA package and is pin-compatible with the AFE5832 family.

AFE7422IABJ from Texas Instruments is a ANALOG FRONT END

AFE4460YBGR from Texas Instruments is a High-SNR, ultra-low-power, integrated AFE for wearable optical biosensing with FIFO - Biosensing AFEs. The AFE4460 is an analog front-end for optical bio-sensing applications, such as heart-rate monitoring (HRM) and saturation of peripheral capillary oxygen (SpO2). The device supports up to 32 switching light-emitting diodes (LEDs) and up to four photodiodes (PDs). The AFE has two LED drivers each with 8-bit current control. The device has a high dynamic range transmit-and-receive circuitry that helps with the sensing of very small signal levels. Up to 16 signal phase sets can be defined, each phase set comprising a combination of LED and Ambient phases. Low noise offset DACs at the receiver inputs can be automatically controlled to cancel DC from Ambient and LED light. The current from each of the 4 PDs in each phase is converted into voltage by TIAs, filtered, and then digitized using a common ADC. The ADC code can be stored in a 256-sample FIFO block. The FIFO can be read out using a SPI or I 2 C interface.

AFE7681IABJ from Texas Instruments is a ANALOG FRONT END

VSP2582RHN from Texas Instruments is a IC AFE 1 CHAN 12BIT 36VQFN

AFE44S30YZT from Texas Instruments is a AFE4430 WITH SPI

LM98722CCMTX/NOPB from Texas Instruments is a Integrated Circuit 3 Ch 16-Bit 45 MSPS AFE w/ LVDS/CMOS Output & Integrated CCD/CIS Sensor Timing Generator - CCD & CIS imaging AFEs. The LM98722 is a fully integrated, high performance 16-Bit, 45 MSPS signal processing solution for digital color copiers, scanners, and other image processing applications. High-speed signal throughput is achieved with an innovative architecture utilizing Correlated Double Sampling (CDS), typically employed with CCD arrays, or Sample and Hold (S/H) inputs (for higher speed CCD or CMOS image sensors). The signal paths utilize 8 bit Programmable Gain Amplifiers (PGA), a +/-9-Bit offset correction DAC and independently controlled Digital Black Level correction loops for each input. The PGA and offset DAC are programmed independently allowing unique values of gain and offset for each of the three analog inputs. The signals are then routed to a 45-MHz high performance analog-to-digital converter (ADC). The fully differential processing channel shows exceptional noise immunity, having a very low noise floor of -74dB. The 16-bit ADC has excellent dynamic performance making the LM98722 transparent in the image reproduction chain. A very flexible integrated Spread Spectrum Clock Generation (SSCG) modulator is included to assist with EM compliance and reduce system costs.